N-1Application
79 passages
Nova Scotia Utility and Review Board IN THE MATTER OF Section 35 of The Public Utilities Act, R.S.N.S. 1989, c.380, as amended - and - IN THE MATTER OF An Application by Nova Scotia Power Inc. for Approval of Capital Work Orders: CI 39323,...
AI summary Nova Scotia Power Inc. has applied for approval of capital work orders related to the Digby Wind Project, including substation, network upgrades, and interconnection. The proceeding is under Section 35 of the Public Utilities Act, R.S.N.S. 1989, c.380, as amended.
2 - 3 Nova Scotia Power Inc. (NSPI, the Company) has purchased the assets and development rights - 4 associated with the Digby Wind Project (the Project) located near Gulliver's Cove at the - 5 northeast end of the Digby Neck peninsula, ap...
AI summary Nova Scotia Power Inc. (NSPI) has acquired the Digby Wind Project, a 30 MW wind energy project, and seeks approval from the Nova Scotia Utility and Review Board to proceed with the project at a forecast cost of $82.8 million. The project was originally selected in 2007 and continued after the original developer faced financial difficulties.
- 28 rate base thereby preserving the renewable energy from the Project for customers. 1 2 NSPI's completion of the Digby project will mean that all but one of the projects selected in the 3 2007 renewables energy solicitation are targeted...
AI summary NSPI's completion of the Digby project will allow most of the projects from the 2007 renewables energy solicitation to be in-service by 2010. The project, which includes renewable energy generation, will provide cost savings for customers and qualify for inclusion in the 2013 RES portfolio. NSPI requests a decision on the application by December 20, 2010.
1 2.0 PROJECT BACKGROUND 2 - 3 In 2007, NSPI conducted a market solicitation for renewable energy. The Company's renewable - 4 energy procurement process was reviewed by the Board which offered the following conclusions - 5 in a letter to...
AI summary In 2007, NSPI conducted a renewable energy procurement process reviewed by the Board, which concluded that the process met the RES requirements. The Board highlighted that NSPI oversubscribed the RES target, used threshold considerations to evaluate proposals, and included performance measures in the PPAs.
An important element of the cost competitiveness of these projects was the projects' access to the Federal ecoENERGY incentive program. This program provides an incentive of $10/MWh of eligible low-impact renewable electricity for the firs...
AI summary The project's cost competitiveness was enhanced by its eligibility for the Federal ecoENERGY incentive program, which provides financial support of $10/MWh for low-impact renewable electricity over the first 10 years of operation. The project was approved for the incentive in March 2010 and must be in-service by March 31, 2011.
3 Site Configuration 4 - 5 The Project site is located near Gulliver's Cove at the northeast end of the Digby Neck - 6 peninsula, approximately 15 km southwest of the town of Digby, Nova Scotia. The site covers - 7 an area of about 2.7 squ...
AI summary The wind energy project near Gulliver's Cove includes 20 General Electric 1.5 MW turbines, with a P50 energy yield of 110.4 GWh. Garrad Hassan's study and prior Skypower reports support the project's energy projections, considering site layout, wind data, and turbine spacing.
1 6.0 EQUIPMENT AND SERVICES SELECTION 2 3 The contract for the 20 General Electric 1.5sle wind turbines was originally executed by 4 Skypower effective March 2009, before the involvement of NSPI or 324 NSL. Each turbine has 5 the followin...
AI summary The document details the selection of General Electric 1.5sle wind turbines for a project, originally contracted by Skypower in 2009. NSPI and 324 NSL later acquired the project, retaining the GE turbines due to a pre-existing deposit and operational considerations. An O&M agreement with GE ensures technical support, while other NSPI sites use different turbine models.
1 7.0 PROJECT DEVELOPMENT ACTIVITIES TO DATE 2 3 The purchase of the Project from 324 NSL was completed on May 28, 2010. The purchase 4 agreements are provided in Appendices 3 and 12. Given the nature of ownership and control of 5 this dev...
AI summary The Project was purchased by NSPI from 324 NSL in 2010. Key activities include asset verification, lease acquisitions for 31 wind farm properties and 56 transmission route properties, turbine site planning, transmission line construction, and completion of agreements like the Generation Interconnection Agreement, Environmental Assessment Approval, and EPC Contract with Emera.
NSPI – Digby Wind Project
AI summary The document references the NSPI Digby Wind Project, a renewable energy initiative by Nova Scotia Power Inc. (NSPI), likely involving power purchase agreements and renewable energy standards, though specific details are not provided in the heading.
3 Renewable Energy Standard Compliance 4 - 5 The Provincial RES mandates that by 2013, at least 10 percent of NSPI's energy sales must be - 6 generated by post-2001 renewable low impact generation facilities. The acquisition of this low -...
AI summary Nova Scotia's Renewable Energy Standard (RES) requires 10% of NSPI's energy sales by 2013 to come from post-2001 renewable sources. The Digby project, now owned by NSPI, will contribute to this goal if operational by 2011. Past PPA oversubscription issues led to a 2011 RES deadline extension, but NSPI's direct project control now reduces compliance risks and costs.
1 Economic Analysis 2 - 3 NSPI has completed an economic analysis to determine the cost effect of this ownership - 4 structure on NSPI customers. The analysis compares the cost of this project under a PPA with - 5 the current proposal of N...
AI summary NSPI conducted an economic analysis comparing the cost of a project under a PPA versus its proposed ownership structure, concluding that the latter would result in lower costs for customers. The analysis used discounted cash flow and levelized cost models, showing a $4.9M NPV at P50 production and a lower levelized cost than the 2008 PPA. The ecoENERGY incentive's deadline for eligibility is noted as a potential barrier for future projects.
1 11.0 CONCLUSION 2 3 NSPI's investment in the Project will contribute to the achievement of 2010 in-service dates for 4 six of the original seven 2007 selected PPAs. The Company's ownership of the facility will 5 retain and enhance the be...
AI summary NSPI's investment in the Digby Wind Project will add 30 MW of wind generation by 2010, contributing to RES compliance and generating 110 GWh annually. The project's cost is lower than the original PPA, saving customers $4.9 million. NSPI requests UARB approval for capital applications totaling $82.9 million and confirmation that affiliate transactions comply with the Code of Conduct.
DEPARTMENT OF NATURAL RESOURCES CLEAN ENERGY AGENDA ECOENERGY FOR RENEWABLE POWER REPAY ABLE CONTRIBUTION AGREEMENT THIS AGREEMENT is made ill duplicate
AI summary The document outlines a contribution agreement under the Department of Natural Resources' Clean Energy Agenda for renewable power. It is the beginning of a legal document detailing terms for a repayable contribution, likely related to renewable energy projects in Nova Scotia.
AND: 3240384 NOVA SCOTIA LIMITED is a for-profit organization incorporated under the laws in force in the Province of Nova Scotia, (the "Proponent"). WHEREAS Canada wishes to encourage the production of low-impact renewable power sources u...
AI summary NOVA SCOTIA LIMITED, a for-profit organization, seeks financial assistance from Canada for the Digby Wind Power Project under the ecoENERGY for Renewable Power Program. The agreement outlines terms for Canada's support in developing the project.
12. REPAYMENT OF CONTRIBUTION - 12.1 As per Schedule C, the Proponent shall report to the Minister the Cumulative Revenue, Cumulative Production and Net Cumulative Incentive Received from the Project on an annual basis determined as of eac...
AI summary The Proponent must annually report cumulative revenue, production, and incentive data to the Minister, calculate repayable amounts using ecoENERGY methodology, and repay excess incentives if the Current Unit Value exceeds the Standard Threshold Price. Repayment cannot exceed net cumulative incentives received.
To Canada: Zoe Beaulac Program Officer ecoENERGY for Renewable Power Program Natural Resources Canada 615 Booth Street. Room 160 Ottawa,ON KIAOE9 Telephone: (613) 992-7357 Facsimile: (613) 995-8343 E-mail: ecoenerg)[email protected]
AI summary Contact information for Zoe Beaulac, Program Officer at Natural Resources Canada's ecoENERGY for Renewable Power Program, including her address, phone, fax, and email.
IDENTIFICATION OF PROJECT WHICH IS THE SUBJECT OF THIS AGREEMENT Name of Project: Digby Wind Power Project Location of Project: Digby, Nova Scotia Project Owners: 3240384 Nova Scotia Limited (100%) Project File number: 5911-817-2 File #591...
AI summary The Digby Wind Power Project, located in Digby, Nova Scotia, is owned by 3240384 Nova Scotia Limited. The project is identified in regulatory filings with file numbers 5911-817-2 and 5911-S17-2.
ANNUAL REPORTING ON THE PROJECT'S PERFORMANCE The Proponent shall provide an annual report at the end of each operational year, on the anniversary of the Commissioned Date, showing the actual performance of the Project and, when required,...
AI summary The Proponent must submit annual reports detailing project performance, including monthly eligible production, resource assessments, and quarterly performance analysis. Biomass projects require air contaminants emissions reports, and EcoLogo certification validation under the Environmental Choice Program. Reports must be submitted within three months of the operational year's end.
FIRST-YEAR REPORTING ON THE PROJECT'S COSTS AND AIR EMISSIONS REDUCTIONS Within three months following the first anniversary date of Commissioned Date of the Project, the Proponent must provide a report containing the following: - a) Infor...
AI summary The Proponent must report final project costs, 20-year O&M cost estimates using a provided spreadsheet, and annual GHG/air contaminant emissions reductions for the ecoENERGY portion of the power plant, measured in MWh/yr, within three months of the project's first anniversary.
The official calculator for calculating repayability is available on the program's website at http://www.ecoaction.gc.ca/ecorp A. Provided by Proponent Notes Cumulative Revenue (CR) $47,500,000 Net Cumulative Incentive Received (NCIR) $3,0...
AI summary The text discusses a repayability calculation for a renewable energy project, including cumulative revenue, incentive received, production, and standard threshold price. It also includes project details such as the project title, location, and cost estimates.
Why do this project? The Nova Scotia Renewable Energy Standard (RES) requires that by 2011, 5 percent of Nova Scotia Power Inc:s energy sales will be supplied using renewable energy sources constructed after 2001. In 2013, the RES increase...
AI summary The RES mandates 5% (2011) and 10% (2013) renewable energy from post-2001 sources. This wind project, confirmed via the 2007 Renewables Solicitation, aligns with NSPI's interests and offers lower costs under the proposed ownership structure than the Original PPA.
Why do this project now? In 2008, NSP[ signed Power Purchase Agreements (PPA) for seven projects, a number of which were challenged by the eCCInomic climate for project financing. All PPA projects were required to register for the federal...
AI summary In 2008, NSP signed PPAs for seven projects, which relied on the federal ecoENERGY incentive program (paying $101/MWh for 10 years). This incentive was critical to securing favorable PPA pricing and remains a key benefit. Projects must be operational by March 31, 2011, to qualify, and NSPI confirms the schedule allows timely development.
Project Title: Digby Wind UARB APPRO CI Number: 39628 Capital Project Head Office Use: ATO านแบบเ ลินเอก Project Number: Final Cost Date: July 23, 2010 Tillai Oost Date: July 20, 2010 Location: Division: Expenditure Profil S chedule YEAR B...
AI summary The text provides details about the Digby Wind project, including its project number (39628), cost estimates, and dates for initiation and completion. The project is associated with Nova Scotia Power and involves the Utility and Review Board.
Forecast Start : 05/20/2010 Operational : 12/31/2010 Final Cost : 02/28/2011 2010 $3,270,060.10 Total: $3,270,060.10 Original Cost: $0.00 $0.00 2011 Total: This project provides for the costs to upgrade the existing 69kV system in Digby ar...
AI summary This document outlines a project to upgrade the 69kV system in the Digby area to support the 30MW Digby Wind Farm. The upgrades include adding a 69kV breaker terminal, capacitor bank, and shunt reactors, as well as metering and protection system improvements.
Request to Proceed in Advance of Work Order Approval It is the Company's plan to file a work order for UARB approval of the Digby Wind Project in the near future. Project construction has already begun by NSPI's affiliate. Wind turbines ha...
AI summary NSPI seeks UARB's non-objection to continue constructing the Digby Wind Project before Capital Work Order approval, noting construction has already begun by NSPI's affiliate. Costs will not be included in rate base until Board approval, with potential changes post-review.
Background NSPI intends to construct and seek approval of the Digby Wind Project on a schedule that should allow the energy to be delivered to NSPI customers no later than December 31, 2010. Similar to the Nuttby Mountain Wind Project, the...
AI summary NSPI seeks approval to construct the Digby Wind Project by December 31, 2010, to access ecoENERGY program funding and meet the 2013 Renewable Energy Standard target. The project faces risks if the Board rejects the Capital Work Order, and construction must proceed amid winter limitations. The federal ecoENERGY program provides $9.2M in benefits over a decade.
Conclusion NSP! seeks to confirm that the UARB has no objection to NSP! continuing with project construction, pending the Capital Work Order review and approval process and before receiving a Board decision on the Capital Work Order Applic...
AI summary NSP! requests UARB's confirmation to proceed with the Digby project construction pending Capital Work Order approval. Customers will not bear costs unless the UARB approves the Capital Work Order Application. The Affiliate Code of Conduct applies due to the affiliate transaction, and NSP! offers to provide additional information if needed.
WHEREAS: - (a) The Company has been actively pursuing the development of a wind energy facility to be constructed near Digby, Nova Scotia (the "Project"); - (b) The Company owns and has certain personal property, rights in and to real prop...
AI summary The document outlines a sale agreement for a wind energy facility near Digby, Nova Scotia, involving the transfer of assets from the Company (Nova Scotia Power Inc.) to a Purchaser. Key terms include payment for development costs and compliance with the Income Tax Act (Canada).
- successors or assigns, as the case may be; and pronouns have a similar extended meaning; - (aa) "Power Purchase Agreement" means the Power Purchase Agreement made between Interwind Corp. (formerly SkyPower Corp.) and Nova Scotia Power In...
AI summary The text defines key terms in a legal agreement, including a Power Purchase Agreement (PPA) between Interwind Corp. and Nova Scotia Power Incorporated (NSPI), a wind energy project near Digby, Nova Scotia, and related consents and agreements. General clauses address singular/plural usage, inclusion, and currency.
A. Assets Acquired by 3240384 Nova Scotia Limited since December 23,2009: Procurement and Construction Contract Emera Utility Services Inc. 3240384 Nova Scotia Limited February 9,2010 Standard Generator Interconnection and Operating Agreem...
AI summary This document lists various contracts, agreements, and studies related to the acquisition of assets by 3240384 Nova Scotia Limited since December 23, 2009. These include interconnection agreements, environmental studies, land leases, and purchase agreements, indicating the company's ongoing development and operational activities in Nova Scotia.
NON TURBINE LEASES Land Parcel – Nova Scotia Property Identification Number ("PID") Asset/Document Parties Date Building Permit No. 7384 Re PIO 30132732 Municipality and Town of Digby February 16, 2009 Building Permit No. 7383 Re PIO 30132...
AI summary The document outlines various land parcels and associated permits and agreements related to non-turbine leases in Nova Scotia. It includes building permits issued by the Town of Digby and environmental assessment approvals involving Scotian Windfields Inc. and SkyPower CorQ. Several option agreements are listed with different parties, including individuals and corporations.
.. .. . ;; · ;;. - . . . . . · . 30191746 Vernon McBride Option Agreement 03/26/08 Scotian Windfield Partners Corp. 30346407; 30167761 Larry Lewis Linda Lewis Option Agreement 03/24/08 Scotian Windfield Partners Corp. 30168538 Linda L. Lew...
AI summary The text presents a list of option agreements and various technical reports related to wind energy projects in Nova Scotia. These agreements and reports are associated with entities such as Scotian Windfield Partners Corp., Strum Environmental, and SkyPower Corp., and are dated between 2008 and 2009.
.... Document Name Date Parties Federal Coordination Notice May 8, 2009 Canadian Environmental Assessment Agency SkyPower Corp. Interim Mi'kmaq Ecological Knowledge Study May, 2009 The Confederacy of Mainland Mi'kmaq (CMM), Environmental S...
AI summary The document lists various regulatory and legal documents related to SkyPower Corp.'s activities, including approvals, permits, and agreements. Key entities involved include SkyPower Corp., Transport Canada, NavCanada, Nova Scotia Power Incorporated, and General Electric.
c - - Construction Bids and Bid Evaluation Form SkyPower Corp. CBCL Limited Padmount Transfer Bids and Bid Evaluation Form SkyPower Corp. Letter from EON Wind Electric re Construction Bid Costs August 10, 2009 EON Wind Electric SkyPower Co...
AI summary The document outlines various construction bids, bid evaluation forms, and correspondence related to construction bid costs from multiple entities, including SkyPower Corp., EON Wind Electric, and Signal Wind Energy LLC, as well as specifications and easement agreements involving other parties.
5. Energy Bid: (kWh/year); 6. Energy Source: Wind; 7. Scheduled Commercial Operation Date: D December 31, 2009; 8. Pre-COD Amount: (representing Name Plate Capacity of the Facility); g multiplied by the number of megawatts of 9. Post COD A...
AI summary The document outlines a renewable energy bid for wind power, including key details such as the scheduled commercial operation date, pre- and post-COD amounts, and the renewable attribute loss rate. It also includes the parties involved in the agreement, including Scotia Power Incorporated and SkyPower Corp., along with their representatives.
1 DEFINITIONS Whenever used in the PPA, the following capital ized terms have ihe meanings ascribed to them below: Additional Interconnection Equipment - has the meaning set forth in section 5.3(b)(i). Affiliate - means any Person that: (a...
AI summary The definitions section outlines key terms in the PPA, including Commercial Operation, Certification, and CAA. It references the Income Tax Act and Renewable Energy Standard Regulations (Nova Scotia), emphasizing contractual obligations and regulatory compliance for renewable energy projects.
nder the PPA. Prime Rate - means the annual rate of interest established by the Bank of Nova Scotia or its successor, froin tiine to tiIne, as the interest rate it will charge for demand loans in Canadian Dollars to its commercial customer...
AI summary The text defines key terms under a Power Purchase Agreement (PPA), including financial mechanisms like the Prime Rate, Project Description, PV Discount Rate, and Remaining Term, as well as concepts related to renewable energy attributes and losses. These definitions establish obligations and calculation methods for the PPA between the Seller and Nova Scotia Power Incorporated (NSPI).
4.1 Required Sale and Delivery of Energy - (a) Subject to, and in accordance with, the terms and conditions of the PPA, the Seiler shaH sen and deli ver to NSFI and NSPI shall purchase and lake deli very at the Delivery Point, the entire N...
AI summary The Seller must deliver the Facility's Net Output to NSPI under the PPA, meeting annual Energy Bid targets. Shortfalls below 90% trigger liquidated damages for Renewable Attribute Loss and replacement energy costs. The Facility must be designed to ensure average yearly output meets Energy Bid requirements.
5.6 Premiums and Incentives Rates payable by NSPI for the purchase of Energy by NSPI pursuant to the PPA shall be as set forth in the PPA and, without linlitation: - (a) the Seller shall not be entitled to any remuneration which NSPT recei...
AI summary The section outlines NSPI's entitlement to premiums and incentives from the resale of energy under the PPA, excluding the Seller's recovery of specific expenses. NSPI retains full benefits from incentives related to emission reductions and renewable energy credits, with exceptions as specified in sections 7.1 (a), (c), and (d).
7 RENE'" ABLE ATTRIBUTES
AI summary The section titled '7 RENE' ABLE ATTRIBUTES' appears to be a heading or section title in a regulatory proceeding document, but no substantive content is provided in the chunk. Further details are required for analysis.
7.1 Assignment of Emission Reductions and Renewable Energy Credits - (a) Subject to section 7.1 (d), the Seller hereby assigns, unconditionally and absolutely, all of its right, title and interest in and to all of the Emission Reductions a...
AI summary This section outlines the unconditional assignment of Emission Reductions and Renewable Energy Credits from the Seller to NSPI under the PPA. NSPI retains control over the Seller's participation in related programs, with exceptions for Seller Benefits. NSPI also assumes responsibility for reimbursing the Seller's expenses incurred during the assignment process.
10.3 Representations and Warranties of Seller The Sellcr represents and warrants to NSPI as follows, and acknowledges that NSPI is reI ying on such representations and warranties in entering into the PPA: - (a) It has the requisite power,...
AI summary The Seller makes multiple legal and operational warranties to NSPI regarding the PPA, including enforceability, compliance with laws, absence of insolvency, and ownership of renewable credits. These warranties form the basis for NSPI's reliance on the agreement's validity and the Seller's capacity to fulfill obligations.
e Early Termination Date is less than the Energy Bid~ or - Oi) if~ at such time~ two or more Contract Years have expired~ the average Net Output for those Contract Years is less than the Energy Bid~ (excluding frOlTI either determination a...
AI summary Section 12.4 outlines the Seller's remedies if the Energy Bid is adjusted due to insufficient Net Output or Contract Years. It establishes procedures for dispute resolution, requiring NSPI to accept or dispute the Seller's claimable amount within 15 days, with payment obligations tied to the Early Termination Date and Prime Rate interest.
12.5 Early Termination Payment (a) If NSPI terminates the PPA pursuant to section 12.2 (except for a Seller Event of Default under section 12.1 (a», NSPI shall~ in good faith~ determine its Termination Costs and calculate its claim for liq...
AI summary Section 12.5 outlines NSPI's obligation to calculate and pay Early Termination Payments to the Seller upon PPA termination, including Termination Costs, Renewable Attribute Loss, and Present Value differences. The Seller may dispute the amount but not the methodology, with unresolved disputes referred to section 13.4. Payment terms include interest at the Prime Rate.
ct or any law of Canada or any province thereof or of the jurisdiction in which the Licensee is incorporated relating to bankruptcy or insolvency then in force or the Licensee becomes insolvent or makes a general assignment for the benefit...
AI summary The text outlines conditions for default under a licensing agreement, including insolvency, unauthorized assignment of rights, and breaches of the Power Purchase Agreement (PPA). It specifies the Licensor's remedies, such as terminating the license and repossessing assets upon default events.
ż٠ PID 30168496 NS Wind Project Lease 3240384 Nova May 17, 2010 PID 30168504 Scotia Limited Timothy D. ;4, ; Halliday -÷- TRANSMISSION LINE OPTIONS (Non-Turbine) Land Parcel – Nova Scotia Property Identification Number ("PID") Digby County...
AI summary The text outlines various property identification numbers (PIDs) associated with land parcels in Digby County, Nova Scotia, along with documents such as Amended and Restated Option Agreements related to the NS Wind Project. These agreements involve multiple parties, including 3240384 Nova Scotia Limited and individual landowners.
÷ : . . . 3240384 Nova Scotia Limited Indenture Scotian Windfield Partners December 23, 2009 Corp: 3240384 Nova Scotia Limited General Conveyance and Interwind Corp. December 23, 2009 Assumption Agreement 3240384 Nova Scotia Limited Indent...
AI summary The text lists various legal and contractual agreements related to Nova Scotia Power Incorporated and other entities, including an environmental assessment and approval from the Minister, as well as several agreements and assignments involving renewable energy and infrastructure.
D. Land Assets Acquired through Scotian Windfields Parnters Corp. Land Parcel – Nova Scotia Property Identification Number ("PID") Document Name Date Parties Digby County, Nova Scotia 30259907; 30259899; 30192462; 30132856; 30191860 Option...
AI summary This section outlines land parcels in Digby County, Nova Scotia, acquired through option agreements involving Scotian Windfield Partners Corp. and various individuals. The agreements were entered into between 2007 and 2008, with multiple land parcels and associated parties listed.
. . Document Name Date Parties Construction Bids and Bid Evaluation Form ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; SkyPower Corp. CBCL Limited Padmount Transfer Bids and Bid Evaluation Form SkyPower Corp. Letter from EON WindElectric re Constr...
AI summary The text lists various documents and letters related to construction bids, bid evaluations, and transformer specifications, involving companies such as SkyPower Corp., EON WindElectric, Signal Wind Energy LLC, and Stantec Consulting Inc., as well as individuals and entities like Jonathan Mullen Mink and Mink Ranch Limited.
A. Assets Acquired by 3240384 Nova Scotia Limited since December 23, 2009: Procurement and Construction Contract Emera Utility Services Inc. 3240384 Nova Scotia Limited February 9, 2010 Standard Generator Interconnection and Operating Agre...
AI summary This section lists various procurement and construction contracts, agreements, and studies related to assets acquired by 3240384 Nova Scotia Limited since December 23, 2009. These include interconnection agreements, environmental studies, and contracts with multiple entities.
Department of Natural Resources Clean Energy Agenda EcoEnergy for Renewable Power Repayable Contribution Agreement Department of Natural Resources 3240384 Nova Scotia Limited March 12, 2010
AI summary The document lists an agreement between the Department of Natural Resources and 3240384 Nova Scotia Limited, dated March 12, 2010, related to a clean energy agenda and a repayable contribution agreement for renewable power.
÷: 3240384 Nova Scotia Limited : Indenture : Scotian Windfield Partners Corp; 3240384 Nova Scotia Limited December 23, 2009 . General Conveyance and Assumption Agreement Interwind Corp. 3240384 Nova Scotia Limited December 23, 2009 Indentu...
AI summary The text lists various legal and contractual agreements involving 3240384 Nova Scotia Limited and other entities, including indentures, conveyance agreements, and environmental approvals, with dates ranging from August 2009 to December 2009.
.- ē- ēr # Document Name Date Parties Contract Documents – Addendum No. 4 July 30, 2009 CBCL LIMITED SkyPower Corp. Contract Documents – Addendum No. 5 July 31, 2009 CBCL LIMITED SkyPower Corp. Digby Wind Power Survey July 2009 Pollara Sky...
AI summary This document contains various contractual and environmental assessment documents related to SkyPower Corp. and other parties, including addendums, surveys, and environmental reports submitted between 2007 and 2009.
-÷ 7· Decision 2009 Office of the Minister '-' ,SkyPower Corp. Scotian Windfields Inc. Federal Coordination Notice May 8, 2009 Canadian Environmental Assessment Agency SkyPower Corp. Interim Mi'kmaq Ecological Knowledge Study May, 2009 The...
AI summary The document lists various regulatory and environmental-related actions and approvals involving SkyPower Corp. and other entities, including decisions, studies, reports, and approvals from multiple agencies and organizations.
. 1 " ÷ į. Į: ; }; Document Name Da ate . Parties Approval . 20 008 SkyPower Corp. Transport Canada MET T Approval ıgust 29, 108 Transport Canada SkyPower Corp. Transport Canada MET 1 Approval igust 29, 08 Transport Canada SkyPower Corp. T...
AI summary The document lists various approvals, permits, and contracts related to SkyPower Corp.'s wind turbine projects in Nova Scotia, including approvals from Transport Canada, NavCanada, and municipal authorities, as well as contracts with General Electric.
- : Document Name Date Parties .: SkyPower Corp Net Energy Analysis September 30, WindLogics SkyPower Corp. SRS Approval Notification September 30, 2009 Nova Scotia Power Incorporated SkyPower Corp. Final Facilities Study Infrastructure Re...
AI summary The document lists various regulatory filings and approvals related to SkyPower Corp.'s wind energy projects in Nova Scotia, including permits and infrastructure reports, with key entities involved being SkyPower Corp. and other organizations.
:: j~E ~," ~':, 30149801 Option Agreement for Transmission Line Easement 10101/09 Anne Boudreau and Anita Boudreau SkyPower Corp. 30354617 Option Agreement for Transmission Line Easement 10101/09 Anne Boudreau and Anita Boudreau SkyPower C...
AI summary The document lists multiple Option Agreements for Transmission Line Easements associated with SkyPower Corp. and related entities, including individuals and companies involved in the agreements. These agreements were filed between 2009 and 2010, and some references are related to assets acquired through Interwind Corp., formerly SkyPower Corp.
: ₩ Į. ≨- - Document Name Date Parties :: Construction Bids and Bid Evaluation Form SkyPower Corp. CBCL Limited: Padmount Transfer Bids and Bid Evaluation Form , SkyPower Corp. Letter from EON WindElectric re Construction Bid Costs August...
AI summary The document lists various construction bids, evaluation forms, and correspondence related to a project involving SkyPower Corp. and other entities, including letters regarding bid costs and specifications for equipment and easements.
DIGBY WIND FARM CONSTRUCTION CONTRACT Between: 3240384 Nova Scotia Limited and Emera Utility Services Inc.
AI summary The document outlines a construction contract between 3240384 Nova Scotia Limited and Emera Utility Services Inc. for the Digby Wind Farm. The agreement pertains to the development and implementation of the wind energy project in Nova Scotia.
FORM OF AGREEMENT This Agreement made on the 9th day of FeblUary in the year 2010 by and between:
AI summary The document outlines the formation of a legal agreement dated February 9, 2010, between Nova Scotia Power Incorporated and SkyPower Corp. The text provides the introductory clause of the agreement but does not yet detail its terms or conditions.
Emera Utility Services Inc. WHEREAS Nova Scotia Power Inc. has contracted with 3240384 Nova Scotia Limited (the "DEVELOPER") for the supply of electric power from a wind farm at Digby (the "PPA"); WHEREAS the DEVELOPER wishes to retain Eme...
AI summary Nova Scotia Power Inc. has contracted with 3240384 Nova Scotia Limited (the DEVELOPER) for a wind farm's electricity supply via a PPA, retaining Emera Utility Services Inc. (the CONTRACTOR) to fulfill the agreement. The document outlines the parties' mutual covenants and terms.
ARTICLE Al - THE WORK - 1.01 The CONTRACTOR shall perform the Work in accordance with the Contract including the supply all material, labour, supervision, tools, equipment and supplies necessary for the proper performance of all work neces...
AI summary The CONTRACTOR is obligated to construct and commission a wind farm at Gulliver's Cove, Nova Scotia, while the DEVELOPER must pay the Contract Price per Article A3. The DEVELOPER aims to meet Commercial Operation Date requirements under the PPA and Federal ecoENERGY funding obligations.
GENERAL CONDITIONS
AI summary The document outlines general conditions for regulatory proceedings in Nova Scotia, including definitions of key terms and acronyms relevant to energy regulation, procurement, and compliance. It provides a framework for understanding technical, financial, and legal aspects of energy projects and regulatory processes.
nces, rules, regulations or statutes affecting, applicable or otherwise relating to the Work, including Enviromnental Laws. "Liquidated Damages" means any damage payable under GC 36 of this Contract. "Non Conformance" means, collectively,...
AI summary The text defines contractual terms for a 30 MW wind farm project, including 'Environmental Laws' and roles like 'Operator' (Nova Scotia Power Inc.) and 'Project Designer' (CBCL Limited). Key terms relate to compliance, project scope, and contractual obligations.
(Applicable to Generating Facilities Connected to the Transmission System - 69kV and Above) 3240384 NOVA SCOTIA LIMITED 30 MW WIND GENERATING FACILITY, DIGBY, DIGBY COUNTY, NOVA SCOTIA
AI summary The document refers to a 30 MW wind generating facility located in Digby, Digby County, Nova Scotia, owned by Nova Scotia Limited. It is applicable to generating facilities connected to the transmission system at 69kV and above.
ARTICLE 11. PERFORMANCE OBLIGATION
AI summary Article 11 outlines Nova Scotia Power Inc.'s (NSP) obligation to meet renewable energy targets under the RES, with penalties for non-compliance. It references PPA obligations and regulatory oversight by the UARB, emphasizing NSP's duty to deliver energy yields (P50) and adhere to performance metrics.
2. Network Upgrades:
AI summary The section outlines network upgrades, listing relevant acronyms such as RES, PPA, NSPI, and others, which are critical for understanding terminology in the regulatory proceeding related to energy infrastructure and operations.
Interconnection Details
AI summary The document section focuses on interconnection details for renewable energy projects, including technical specifications, regulatory requirements, and stakeholder involvement. Key elements involve generator interconnection agreements, compliance with standards, and cost considerations for integration into the grid.
2. System Protection Requirements Specific protection requirements for the Digby site: as described in the Interconnection "Facilities Study Infra-structure Report for Establishing a 69kV System Connection for a New 30 MW Wind Powered Gene...
AI summary The Digby site's system protection requirements are outlined in a 2009 report detailing the infrastructure for a 69kV connection to a 30 MW wind facility.
3. Power Quality Requirements Specific limits for the Digby site: as described in the Interconnection "System Impact Study GIP-IR141-SIS-R2, Generator Interconnection Request IR 141 30MW Wind Generating Facility, Digby, Nova Scotia", dated...
AI summary The Digby site's power quality requirements are outlined in a 2008 system impact study for a 30MW wind generating facility, referencing specific interconnection procedures and a generator interconnection request.
7. Initial Synchronization Date. The wind generators at the Digby site are 1.5 MW GE ESS machines. As such, the term 'Initial Synchronization Date' shall mean the date ofInitial Generator Energization (Ref. Section 1- Definitions; Sections...
AI summary The document defines 'Initial Synchronization Date' as the date of Initial Generator Energization for 1.5 MW GE ESS wind generators at the Digby site. References to sections and appendices outline technical and procedural requirements, including infrastructure reports and substation details.
Schedule A to Appendix C 98V - Digby Wind Farm - Basic One Line
AI summary Schedule A to Appendix C includes an entry for the Digby Wind Farm project (98V - Basic One Line), referencing a figure. The document is part of a regulatory proceeding related to renewable energy infrastructure in Nova Scotia.
Schedule B to Appendix C "Facilities Study Infra-structure Report for Establishing a 69kV System Connection for a New 30 MW Wind Powered Generating Facility at Digby in Digby County, Nova Scotia", dated 2009-09-08"
AI summary A 2009 report outlines infrastructure for a 69kV system connection to a proposed 30 MW wind-powered generating facility in Digby, Nova Scotia. The document is referenced in a regulatory proceeding context.
FACILITIES STUDY INFRA-STRUCTURE REPORT FOR ESTABLISHING A 69 ltV SYSTEM CONNECTION FOR A NEW 30 MW WIND POWERED GENERATING FACILITY AT DIGBY, NOVA SCOTIA
AI summary This report outlines infrastructure requirements for connecting a 30 MW wind-powered generating facility in Digby, Nova Scotia, to a 69 kV system. It addresses technical, regulatory, and environmental considerations for the project's integration into the grid.
Facilities Study Transmission Engineering prepared by: Tim Leopold, P.Eng. Customer Operations checked by: 2.6 2.6 COMMUNICATIONS Nova Scotia Power will provide the telecommunications and telecontrol schemes required for the proposed 30 MW...
AI summary Nova Scotia Power Inc. (NSPI) is responsible for providing telecommunications and telecontrol schemes for a 30 MW wind-powered generating facility in Digby. This includes engineering design, procurement, installation, and commissioning of low capacity radio links and associated equipment between various substations.
A. Technical Standards Applicable to a Wind Generating Plant
AI summary This section outlines technical standards applicable to wind generating plants, likely covering regulatory requirements, compliance criteria, and operational benchmarks for renewable energy installations in Nova Scotia.
i. Low Voltage Ride-Through (LVRT) Capability A wind generating plant shall be able to remain online during voltage disturbances up to the time periods and associated voltage levels set forth in the standard below.
AI summary The document outlines requirements for wind generating plants to maintain online operation during voltage disturbances, specifying time periods and voltage levels as defined by applicable standards. This ensures grid stability and reliability during electrical disruptions.
SCHEDULE "A" MATERIAL CONTRACTS - 1. The Depatiment of Natural Resources Clean Energy Agenda EcoEnergy for Renewable Power Repayable Contribution Agreement between between Her Majesty the Queen and 3240384 Nova Scotia Limited executed by t...
AI summary Schedule A lists key contracts related to Nova Scotia's renewable energy initiatives, including EcoEnergy agreements, wind turbine procurement from GE, interconnection agreements with NSP, and land acquisition. Contracts involve entities like Emera, Interwind, and 3240384 Nova Scotia Limited, highlighting procurement, construction, and power generation arrangements.
0 5/1 7/1 J D N 12/30 12/24 12/24 11/19 11/19 11/1 12/30 O 10/4 10/6 10/15 10/27 10/18 10/4 10/15 10/1811/1 S 9/24 9/24 8/31 9/22 9/6 0 01 A 7/30 8/6 8/20 7/26 8/2 8/9 8/5 8/6 8/4 8/21 2 J J 7/7 7/15 7/11 7/12 7/15 M 5/24 A 5/11 5/11 5/10...
AI summary The text presents a table and a heading related to the 'NSPI: Digby Wind Farm Project,' which includes various dates and project milestones. The content appears to be a timeline or schedule associated with the development and implementation of the wind farm.
N-3-(a)Redacted NSPI Response to UARB IR-1 to IR-12 (att 2)
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Digby Wind Project (CI 39323, CI 39626, CI 39627, CI 39628) (NSUARB P-128.10) NSPI Responses to UARB Information Requests
AI summary NSPI is responding to UARB information requests regarding the Digby Wind Project, which involves multiple case identifiers and a specific proceeding number. The responses pertain to regulatory compliance and information disclosure.
REDACTED Request IR-1: Please provide a chronology of major events for this project, starting with the 2007 RFP up to the present. Include in your response the legal entities who participated in this event, e.g. NSPI, NSPI affiliates, thir...
AI summary The Digby Wind Project chronology details its development from a 2007 RFP, involving SkyPower Corp., Scotian Windfields Inc., and NSPI. Key events include the 2009 CCAA restructuring of SkyPower, asset sales, and NSPI's acquisition of SkyPower's interest. The project's legal entities and ownership structure are outlined, with Emera later assuming the purchaser role.
Chronology of Major Events for the Digby Wind Project Date Event Parties Explanation / Significance ments Docu mber 11, 2006 Dece ARB Staff Briefing U ARB NSPI/U ARB about the 2007 Request for Proposals Briefed U mber 19, 2006 Dece ment Pu...
AI summary This document outlines the chronology of major events related to the Digby Wind Project, including stakeholder engagement, the issuance of a renewable energy RFP, and interconnection feasibility studies conducted by NSPI and IPPs.
NSP chases after more green power
AI summary Nova Scotia Power Inc. (NSP) is pursuing increased investment in renewable energy sources to expand green power generation in the province, likely involving initiatives such as power purchase agreements (PPAs) or requests for proposals (RFPs) for renewable projects.
Utility falls short of its target on alternative energy By JUDY MYRDEN Business Reporter ŧ t Nova Scotia Power is pledging to generate more green electricity after failing to meet its own voluntary targets this year. The province's largest...
AI summary Nova Scotia Power Inc. (NSP) missed its 2009 renewable energy target of 100 MW due to a stalled wind project in Amherst, citing rising turbine costs and expired federal subsidies. NSP now aims to add 130 MW of renewable energy by 2009, hoping Acciona Canada's wind farm will proceed under a new request for proposal (RFP).
Renewable energy continued from / CL will be provided in January Some wind developers have ated electricity. The utility pays submit a price to be paid for the complained about the price NSP 6.5 to 7.2 cents per kilowatt hour. Mr. Tedesco...
AI summary Nova Scotia Power Inc. (NSP) faces challenges meeting renewable energy targets, with environmental groups urging legislative action. NSP warns of increased costs to comply with proposed regulations, estimating over $1.1 billion for new wind turbines. A bid by Scotian WindField Partners Corp. for 130 MW of renewable energy was rejected, while NSP highlights progress in adding 60 MW of renewable capacity.
2007 RFP for Renewable Energy Pursuant to Section 3 of the Renewable Energy Standards Regulations (the "Regulations"), the Acting Minister of Energy by letter dated November 2, 2007, requested the Nova Scotia Utility and Review Board (the...
AI summary The Nova Scotia Utility and Review Board evaluated NSPI's 2007 RFP process for renewable energy, concluding it met RES standards. Key factors included oversubscription, rigorous project evaluation, performance security in PPAs, and effective threshold considerations. The Board emphasized the quality of proposals and risk allocation in the PPA template.
MEMORANDUM TO: Peter W. Gurnham, a.c., Chair FROM: H. Ross Young, P. Eng., Senior Advisor DATE: December 10, 2007 RE: NSPI Renewable Energy Solicitation 2007
AI summary This memorandum from H. Ross Young to Peter W. Gurnham, Chair, references NSPI's 2007 renewable energy solicitation. It does not include detailed arguments but identifies the context of the proceeding related to renewable energy initiatives.
1. Introduction In a letter dated November 2, 2007 the Nova Scotia Department of Energy requested the Nova Scotia Utility and Review Board (UARB) to inquire into and report on actions taken to date by Nova Scotia Power Inc. (NSPI) with res...
AI summary The Nova Scotia Department of Energy requested the UARB to investigate Nova Scotia Power Inc.'s 2007 process for soliciting renewable energy bids from independent power producers and assess its compliance with renewable energy regulations.
2. Information Requests The UARB review was conducted by Board Staff Senior Advisor Ross Young and by Board Counsel Bruce Outhouse. The review commenced by requesting NSPI to provide additional information on the status of the Request for...
AI summary The UARB reviewed NSPI's RFP process for 130 MW of renewable energy, requesting documentation, developer proposals, cost data, and PPA details. NSPI provided initial information in November 2007, with follow-up submissions in late 2007. The review focused on the 'Recommended Group' of projects, excluding rejected ones.
3. Items Covered by Board Staff The N.S. Government Renewable Energy Standards (RES) require that a certain percentage of NSPI energy sales be met by renewable energy sources, i.e. 5% by 2010 and 10% by 2013. The 2010 standard must be met...
AI summary Nova Scotia's Renewable Energy Standards (RES) require NSPI to source 5% of energy sales from renewables by 2010 via PPAs with IPPs. NSPI's ability to meet RES hinges on project developers' performance in achieving in-service dates and energy output. The text references a 2006 KEMA report on mitigating procurement risks in renewable energy contracts.
4. Capacity Oversubscription The KEMA report states that" ... the experience presented in this report suggests that an overall failure rate of 20%-30% should likely be considered the minimum level of expected failure for large RFOs conduct...
AI summary NSPI oversubscribed the 2007 RFP for renewable energy, negotiating 240 MW despite the 130 MW request. The KEMA report highlights risks of failure rates in large RFOs, while NS government regulations set RES targets for 2010 and 2013. NSPI's energy oversubscription exceeds 30%, with Board Staff concluding it is reasonable despite trade-offs between penalties and higher costs.
h. Project Ownership Options KEMA states that this strategy involves contractual language that allows the utility to step in and assume ownership of a project that is in trouble or RFPs that solicit utility ownership options in additions t...
AI summary KEMA proposes contractual language allowing the utility to take ownership of troubled projects or RFPs that include utility ownership options alongside PPAs. However, RES Section 5(3) requires NSPI to purchase renewable energy from IPPs, making project ownership by NSPI incompatible with the 2010 standard, thus rendering the technique inapplicable to the 2007 RFP.
6. Board Staff review of Recommended Group Project Proposals Board Staff have reviewed the documentation provided in each of the project proposals for the Recommended Group. The purpose of the review was to arrive at our own opinion as to...
AI summary Board Staff reviewed Recommended Group Project Proposals, noting high quality due to developer experience, financing letters, and thorough environmental/community engagement. While confident in project success, they acknowledge risks like financing issues or opposition may cause some failures.
7. PPA Annual Payment If all of the projects in the Recommended Group (a total of about 240 MW) are successful, NSPl's annual payments under the PPA's will total approximately $70 million. These payments will continue for the term of the P...
AI summary If all 240 MW of the Recommended Group projects are successful, NSPI's annual PPA payments will total ~$70M, reducing fuel costs but increasing capital charges. The net impact on revenue requirements could raise or lower customer rates. The Integrated Resource Plan prioritizes DSM and renewables, but wind integration may face technical/economic limits.
8. Conclusions In response to the Department of Energy's November 2,2007 request, Board Staff's opinion is that the process followed to date by NSPI is quite suitable to meet the RES set out in the Regulations. The main reasons for this op...
AI summary Board Staff concludes NSPI's process meets RES requirements through oversubscribed PPA capacity, rigorous project evaluation, and robust PPA performance measures. Key factors include project quality, threshold considerations, and financial safeguards like Performance Security.
VIA E-MAIL CONFIDENTIAL Mr. Peter W. Gurnham, Q.C., Chair, NOVA SCOTIA UTILITY AND REVIEW BOARD, 3 rd Floor, 1601 Lower Water Street, Halifax, Nova Scotia Dear Mr. Gurnham: Re: NSPI Renewable Energy Solicitation 2007 As requested by the Bo...
AI summary The Nova Scotia Utility and Review Board (UARB) reviewed the Power Purchase Agreement (PPA) for NSPI's 2007 renewable energy solicitation, concluding it was legally reasonable and suitable for inclusion in the RFP. The review focused on risk allocation to proponents and compared the PPA to existing contracts with independent power producers.
COMMENTARY All of the successful proponents raised some concerns about the PPA. Many of these concerns relate to drafting issues or are not otherwise of a very substantive nature. We would anticipate that these concerns will be resolved wi...
AI summary The commentary discusses concerns raised by successful proponents regarding the PPA, focusing on liquidated damages and penalties. Key issues include liability for delays in project completion and energy shortfalls, with compensation mechanisms for NSPI. Penalties under Renewable Energy Standards Regulations are also addressed, linking them to energy production failures.
MCKINNON, PAMELA From: Sent: Cory Basil [[email protected]] Thursday, February 28, 2008 2:42 PM To: MCKINNON, PAMELA Subject: Sky Power - Digby Project Pricing Pam, Thanks for taking the time to speak with me over the past few days a...
AI summary Cory Basil of SkyPower Corp informs Pamela McKinnon of a revised price for the 30 MW Digby wind project, citing improved foreign exchange rates, lower interest rates, and enhanced wind assessments. The bid includes a 20-year PPA with a fixed levelized price and interconnection costs, targeting a 37.63% capacity factor and 98.9 GWh/year energy production.
GOODS & SERVICES TRAVEL SHEET (# P-08-09) SUPPLY INITIATIVE Date: April 9, 2008 Scope: NSPI □⊨₁ mera Incorp orated ☐Affiliate: nera meorpi Jialed Supply Line Need: Renewable Ene rigy • 5.15 " Initiator: James Taylor Sponso r: Rob Bennett O...
AI summary This document outlines a strategic procurement sourcing initiative for renewable energy at Nova Scotia Power Inc. (NSPI), initiated by James Taylor and sponsored by Rob Bennett. The initiative involves a Power Purchase Agreement with Skypower Corp. and includes various approvals and reviews by internal and external stakeholders.
Background In 2007 NSPI conducted a solicitation process to procure renewable energy. A request for proposals for 130 MW was released March 12, 2007 and closed August 30, 2007. Due to the strength of the proposals received, the potential v...
AI summary In 2007, NSPI conducted a solicitation process for renewable energy, increasing the contracted capacity from 130 MW to 245 MW. Negotiations for a 25-year PPA with Airtricity for a 34 MW project at Digby faced challenges due to E.On's acquisition of Airtricity and European reporting requirements, which limited the PPA term to 16 years and increased energy costs.
The projects that h ad I been selecte d fo r r negotiations were those that were the lowest cost to NSPI customers. Due to the lapse of time, the 2007 RFP is now legally closed. It was determined that if were able to reduce their prices to...
AI summary The 2007 RFP is now legally closed due to the lapse of time. It was determined that if proponents could reduce their prices to match those of successful ones, the RFP results would serve as a market indicator for a sole sourcing arrangement.
STRATEGIC PROCUREMENT SOURCING INITIATIVE Renewable Energy Sole Source Recommendation March 31, 2008 Skypower had originally proposed a 30 MW project at Digby, 25 years, see total evaluated cost including locational factor). Their revised...
AI summary Skypower revised its 20-year, 30 MW Digby wind project proposal to 98.9 GWh/year with adjusted pricing. Suez continues discussions with NSPI but has not yet provided firm terms. The initiative involves procurement and renewable energy sourcing under NSPI's oversight.
Scotian WindField Digby Wind Project - Pricing MW Cap Factor Energy Bid MWh Total MWh over PPA Term Base price $/MWh Term Energy Payment per year Energy Payment over PPA Term 30.0 37.6% 1,978,000 20 Price Present Value Locational Loss Rate...
AI summary The document outlines the pricing structure for the Scotian WindField Digby Wind Project, including details on energy bids, total MWh over the PPA term, locational loss rates, and adjustments for energy payments. It also references a strategic procurement sourcing initiative related to renewable energy from 2008.
SkyPower Corp. SkyPower Corp. (www.skypower.com), a company affiliated with Lehman Brothers (NYSE: LEH), is Canada's leading independent renewable energy developer with interests in over 70 wind and solar projects at various stages of deve...
AI summary SkyPower Corp., affiliated with Lehman Brothers, is Canada's leading independent renewable energy developer with over 70 wind and solar projects across 12 provinces/states and 1,000 MW of wind energy under development in India. The company focuses on renewable energy parks and was affiliated with Lehman Brothers since 2007.
Scotian WindFields Inc. Scotian WindFields Inc. is a Nova Scotia based, owned and operated community investment fund that seeks to develop wind energy projects for its unit holders.
AI summary Scotian WindFields Inc. is a Nova Scotia-based community investment fund focused on developing wind energy projects for its unit holders. The entity emphasizes local ownership and operation, aligning with renewable energy initiatives in the region.
Scotian WindField Digby Wind Project 30 MW – 20 GE 1.5 sle turbines 98.9 GWh / year 1270 acres of land (forested and agriculture) Interconnection at the substation 77v Conway
AI summary The Scotian WindField Digby Wind Project proposes a 30 MW wind farm with 20 GE 1.5 sle turbines, generating 98.9 GWh annually across 1270 acres of forested and agricultural land, with interconnection at the 77v Conway substation.
Appendix C October 9, 2007 James Taylor Nova Scotia Power Inc. P.O. Box 910 Halifax, Nova Scotia B3J 2W5 Dear Mr. Taylor: Re: Digby Wind Farm Last week, Airtricity Holdings Ltd. announced the sale of its North American business to E.ON Ren...
AI summary Airtricity Canada informs Nova Scotia Power Inc. (NSPI) of E.ON Renewables' acquisition of Airtricity Canada, which supports the Digby Wind Farm project's funding and turbine procurement. However, subsequent correspondence reveals NSPI and E.ON Climate & Renewables (EC&R) cannot agree on Power Purchase Agreement (PPA) terms, leading to project cancellation and forfeiture of a $25,000 deposit.
MCKINNON, PAMELA From: MCKINNON, PAMELA Sent: Saturday, October 04, 2008 8:59 AM To: TAYLOR, JAMES; BENNETT, ROB; JANEGA, RICHARD; DOIG, PETER; WESEEN, GERALD; '[email protected]' Subject: Skypower - debt problems Hi All, Had a call fr...
AI summary Pamela McKinnon reports that Skypower faces financing issues, potentially delaying their Digby project by 6+ months. She notes environmental assessments and turbine delivery remain on track but highlights the need to review PPA terms regarding 'financial force majeure' due to liquidity concerns.
Send Electronically and by Courier Nova Scotia Power Incorporated P.O. Box 910 Halifax, NS B3J 2W5 Attention: Mr. Rob Bennett President & Chief Executive Officer Nova Scotia Power Inc. [email protected] with a copy to: Mr. Rick Smith...
AI summary SkyPower and Scotian Windfields request a six-month extension to the Scheduled Commercial Operation Date in the PPA for the Digby Wind Power Project due to global financial market instability hindering project financing. They emphasize continued development efforts and seek NSPI's approval to adjust Net Output measurement periods without altering other PPA terms.
Generator Interconnection Request IR141 30 MW Wind Generating Facility Digby Nova Scotia Principal Investigator Hung Huynh, P.Eng. December 17, 2008 Control Centre Operations Nova Scotia Power Inc.
AI summary A 30 MW wind generating facility in Digby, Nova Scotia, is under interconnection review. Principal Investigator Hung Huynh, P.Eng., from Nova Scotia Power Inc.'s Control Centre Operations, is involved in the proceeding as of December 17, 2008.
Executive Summary The Interconnect Request (IR) number 141 proposes to install a 30 MW wind generating facility at Digby, Nova Scotia. The proposed facility will be located approximately 10 km from Nova Scotia Power Inc's (NSPI) nearest 69...
AI summary The document outlines an Interconnect Request (IR141) proposing a 30 MW wind facility in Digby, Nova Scotia, connected to NSPI's 77V-Conway substation. The System Impact Study (SIS) confirms fault levels, voltage flicker, and dynamic stability meet NSPI standards but identifies new system issues arising from the project. Pre-existing issues will be addressed separately by NSPI.
4 Projects with Higher Queue Positions As of November 21, 2008, the following IRs have higher Queue Position and have the status indicated.
AI summary The document lists four projects with higher queue positions as of November 21, 2008, but provides no further details about their status, stakeholders, or specific project names.
In Service generation projects Existing NSPI generation in the province Wind Generation – 30.6 MW – connected to L-5027 Wind Generation – 14.0 MW – connected to L-5573 Wind Generation – 20.0 MW – distribution connected
AI summary The document outlines existing Nova Scotia Power Inc. (NSPI) wind generation projects in the province, including three facilities with capacities of 30.6 MW, 14.0 MW, and 20.0 MW, connected to specific line numbers and distribution networks.
Generation projects with a higher Queue position, not yet installed Wind Generation – IR45 – 30 MW – connected to L-6535 Wind Generation – IR82 – 45 MW – connected to L-5040 Wind Generation – IR84 – 50 MW – connected to L-7004 Wind Generat...
AI summary The document lists five wind generation projects (IR45, IR82, IR84, IR114, IR137) with capacities ranging from 10 MW to 60 MW, all connected to specific transmission lines (L-6535, L-5040, etc.), indicating their current status in the queue for installation despite not being operational yet.
The voltage flicker levels are well below NSPI's required limit of 0.25 for Pst and 0.35 for Plt at the 69kV high side of the 34.5kV/69kV. Hence it is not anticipated that voltage flicker will be an issue based on the information provided...
AI summary Voltage flicker levels from the GE 1.5 MW wind turbines at the 69kV high side are below NSPI's required limits. However, if voltage flicker becomes an issue after the installation of IR141 and is attributed to it, mitigation measures will be required.
In addition, IR141 requires the following: - IR141 must have a central voltage controller that can be set to control the 34.5kV or 69kV bus voltage. The voltage set point must be remotely settable by the NSPI System Operator. All the indiv...
AI summary IR141 must meet specific technical requirements, including voltage control capabilities, ZVRT/LVRT compliance, power factor adjustments via capacitor banks, frequency alignment with NPCC standards, harmonic distortion limits per IEEE Std.519-1992, and SCADA integration. Design details depend on transformer and circuit impedances.
REDACTED Digby Wind Project UARB IR-1 Attachment 21 Page 250 of 254 21 Appendix_7 Post_IR141 Dynamic: Off Frequency Operation REDACTED Digby Wind Project UARB IR-1 Attachment 21 Page 253 of 254 22 Appendix_8 Local System One Line Diagram R...
AI summary The text includes a figure, a redacted attachment related to the Digby Wind Project, and a page that has been removed due to confidentiality. It also contains an appendix titled 'Local System One Line Diagram' and a name, Pamela McKinnon.
Peter From: Robert Stefani [mailto:[email protected]] Sent: Tuesday, October 13, 2009 11:23 AM To: DOIG, PETER Cc: MCKINNON, PAMELA; Ted Brandt; Johnny Song Subject: RE: SkyPower Corp - Amended Offer That works, talk in 20 minutes....
AI summary Email correspondence between Robert Stefani of Marathon Capital and Peter Doig of Emera discusses scheduling a call regarding SkyPower Corp's amended offer. A redacted attachment referencing the Digby Wind Project and UARB IR-1 is mentioned, indicating regulatory proceedings related to renewable energy projects.
RESOLVED THAT: - 1. The Company is authorized and directed to finalize negotiations with SkyPower Corp. and conclude the purchase of its interest in the 30 megawatt wind project to be developed on Digby Neck, Nova Scotia (the "Transaction"...
AI summary The Board authorizes Emera Incorporated to finalize negotiations with SkyPower Corp. for purchasing a 30 MW wind project on Digby Neck, Nova Scotia. It also approves all prior actions related to the transaction and grants broad authority to execute agreements and take necessary steps to complete the purchase.
( I 2.2.2.1.3.3 Geotechnical Investigation, Final Report June 3,2009 Strum Environmental SkyPower Corp. 2.2.2.1.6.1.4.1 Contract COlltract Documents - Addendum No.2 July 15,2009 CBCL LIMITED SkyPower Corp. 2.2.2.1.6.1.5.1 Contract Document...
AI summary The document outlines various contracts, reports, and submissions related to a wind power project in Digby, Nova Scotia, including geotechnical investigations, contract addendums, and environmental studies conducted by multiple organizations.
GOODMANS LLP Barristers & Solicitors 250 Yonge Street, Suite 2400 Toronto, Canada M5B 2M6 RobertCbadwick (LSUC# 35165K) Fred Myers (LSUC#2631 OA}-' Cathy Costa (LSUC# 46582L) Tel: 416-979-2211 Lawyers for the Applicant Fax: 416-979-1234 Re...
AI summary GOODMANS LLP confirms the Digby Wind Power Project meets Step 2 requirements of the ecoENERGY for Renewable Power program, qualifying for a contribution agreement. Next steps include initiating the agreement process and a federal environmental assessment.
Digby Wind Power Project SkyPower Corp. and Scotian Windfields Inc., Proponent
AI summary The Digby Wind Power Project, proposed by SkyPower Corp. and Scotian Windfields Inc., is under regulatory review in Nova Scotia. The proceeding involves assessment of the project's compliance with energy regulations, environmental impact, and integration into the provincial grid. Key considerations include generator interconnection procedures, renewable energy incentives, and regulatory oversight by the Nova Scotia Utility and Review Board (UARB).
BORDEN LADNER GERVAIS LLP Barristers and Solicitors Scotia Plaza, 40 King Street West Toronto, Ontario M5H 3Y4 .. ':,' .... Michael J. MacNaughton TeL: (416) 367-6646 Fax: (416) 682-2837 LSUC # 25889U Roger Jaipargas Tel: (416) 367-6266 Fa...
AI summary NSPI entered a 20-year PPA with Skypower for a 30 MW Digby wind farm. After Skypower's bankruptcy under CCAA, NSPI's affiliate acquired the project. NSPI argues this acquisition preserves the project, avoiding higher costs from future competitive solicitations and ensuring customer benefits.
Request to Proceed in Advance of Work Order Approval It is the Company's plan to file a work order for UARB approval of the Digby Wind Project in the near future. Project construction has already begun by NSPI's affiliate. Wind turbines ha...
AI summary NSPI seeks UARB approval to continue constructing the Digby Wind Project before Capital Work Order approval, noting construction has already begun by its affiliate. Costs will not be included in the rate base until Board approval, subject to potential changes.
Background NSPI intends to construct and seek approval of the Digby Wind Project on a schedule that should allow the energy to be delivered to NSPI customers no later than December 31, 2010. Similar to the Nuttby Mountain Wind Project, the...
AI summary NSPI seeks approval to expedite the Digby Wind Project to meet 2010 construction deadlines, align with the ecoENERGY program's commissioning requirements, and contribute to Nova Scotia's renewable energy targets. The project faces risks if the UARB delays approval, potentially losing federal funding and missing emissions compliance goals.
The Plan In addition to energy conservation and efficiency programs, the province will make an orderly transition to new, local,renewable energy sources. This plan uses several different mechanisms to achieve that transition. It creates a...
AI summary Nova Scotia's plan emphasizes transitioning to local renewable energy sources through collaborative mechanisms involving Nova Scotia Power (NSP), independent producers, and community stakeholders, while NSP continues its regulated obligations.
Larger Projects: Regulation + Competition Large and medium-sized renewable electricity projects will be split evenly between Nova Scotia Power (NSPI) and Independent Power Producers (IPPs). The Utility and Review Board (UARB) will evaluate...
AI summary Large and medium renewable projects in Nova Scotia will be split between Nova Scotia Power (NSPI) and Independent Power Producers (IPPs). The Utility and Review Board (UARB) will approve NSPI projects traditionally, while IPPs will compete via a bidding process managed by a new authority, the Renewable Electricity Administrator.
Community Projects: Fixed Price To encourage a range of projects widely dispersed throughout the province, this plan establishes a community-based feed-in tariff (COMFIT) for an expected 100 megawatts of renewable electricity projects conn...
AI summary The plan introduces a community-based feed-in tariff (COMFIT) to support 100 MW of distributed renewable projects, alongside programs to assist community groups with technical, financial, and regulatory requirements for project development.
Individuals: Enhanced Net Metering To give individuals and small businesses the opportunity to participate in green energy projects, the plan expands and enhances the current net metering program available to consumers through NSPI. Projec...
AI summary The plan expands net metering for individuals and small businesses, allowing projects up to 1 MW in a single distribution zone to use two-way meters and receive retail-rate payments for excess annual power production through NSPI.
Biomass: Proceed with Caution Government will approach the development of biomass for electricity production with caution. Electricity produced from co-firing biomass will play a role in meeting the 2015 target, but will undergo review for...
AI summary Nova Scotia will cautiously develop biomass for electricity, capping new forest biomass generation at 500,000 dry tonnes (~600-700 GWh) and co-firing in thermal plants at 150,000 dry tonnes (150 GWh) until the Natural Resources Strategy is released. Biomass will support the 2015 target but face post-2015 review for sustainability.
Tidal: Safe Development The province will continue to invest in tidal energy research and development in the hopes that our unique tidal resource can eventually make a significant contribution to our energy needs. To encourage this develop...
AI summary Nova Scotia is investing in tidal energy R&D and establishing a community-based feed-in tariff (COMFIT) for distribution-connected tidal projects, alongside a special FIT for transmission-level tidal arrays to encourage development.
Solar: Heat + Water Focus Solar will qualify as a renewable resource under the enhanced net metering program. Today, solar is used more economically for air and water heating rather than electricity generation. Its role may expand as the c...
AI summary Solar is recognized as a renewable resource under Nova Scotia's enhanced net metering program. Currently, solar is more economically viable for air and water heating than electricity generation, with potential future expansion depending on technological cost changes.
Grid: Cleaner and Stronger To increase the grid's capacity to absorb intermittent energy from wind and tidal sources, the province will continue to encourage the use of locally-produced natural gas—a cleaner, quick-responding fuel that is...
AI summary Nova Scotia aims to enhance grid capacity for intermittent renewable energy (wind, tidal) by promoting locally-produced natural gas as a balancing fuel. Studies will support grid upgrades and interconnection with the North American grid.
Benefits + Costs In the process of transitioning to a system that is cleaner, more diverse, more domestic, and more secure, this plan will support as much as $1.5 billion in green investment—creating good jobs and growing the economy. Spec...
AI summary The plan promotes renewable energy investment, creating jobs and economic growth, while acknowledging short-term cost increases but highlighting long-term benefits like energy security and stabilized prices. It emphasizes a balanced approach to transitioning the electricity system, with upfront costs offset by future savings from renewable energy price stability.
Where We Are Now Ageneration ago, Nova Scotia made a deliberate decision to produce electricity from coal. The price was low and stable, and the supply was secure. It was mined right here—so investing in coal-fired generation seemed like a...
AI summary Nova Scotia transitioned from coal to imported fuels and renewables, with 80% of electricity now sourced from imported coal, petroleum-coke, or fuel oil. This shift exposes the province to economic and political risks, draining wealth and increasing vulnerability to global disruptions.
$250.00 $200.00 $150.00 $100.00 $50.00 millions of dollars Estimated Cost of Imported Coal Used to Produce Electricity in Nova Scotia 2003 2004 2005 2006 2007 2008 Please note that prices are based on blended prices from multiple suppliers...
AI summary The text highlights rising costs and environmental harms of imported coal in Nova Scotia, emphasizing pollution, climate change impacts, and economic vulnerability. It outlines the Renewable Electricity Plan as a strategy to transition to renewable energy, improve affordability, and address environmental challenges, citing the Wheeler Report's recommendations.
A Quick Guide to Electricity Units We measure the rate at which electricity is generated or used in watts .A 25-watt bulb uses 25 watts of power. We measure the amount of electricity generated or used in watt-hours .A 25 watt bulb that bur...
AI summary This guide explains electricity units (watts, kilowatts, megawatts, gigawatts) and Nova Scotia's annual electricity consumption (12,000 GWh). It emphasizes replacing coal with cleaner, local, and sustainable energy sources, acknowledging the need for energy conservation and expanding renewable energy supply.
Transforming our current electricity mix to one that is more local and green is important to our future energy security. The Government of Nova Scotia has set ambitious targets for generating more electricity from renewable sources, as wel...
AI summary Nova Scotia aims to increase renewable energy production to 25% by 2015 and 40% by 2020, supported by conservation and efficiency programs. The province has established ambitious greenhouse gas emission targets and relies on renewable resources such as wind, tidal, and biomass to achieve these goals. Efficiency Nova Scotia was created to manage demand-side management programs and reduce electricity consumption.
Total Amount of Renewable Electricity Supply Pre-2001 End 2009 2011 2013 2015 2020 1100 GWh/yr 1300 GWh/yr 1700 GWh/yr 2300 GWh/yr 3000 GWh/yr 4800 GWh/yr 9% 11% 14% 19% 25% 40% Underlying Principles 3
AI summary The table shows the growth of renewable electricity supply in Nova Scotia from pre-2001 to 2020, with a significant increase in both gigawatt-hours and percentage of total supply. The section titled 'Underlying Principles 3' likely discusses the foundational policies or strategies supporting this growth in renewable energy.
Strengthening Security Through Diversity Basing almost 80 percent of our electricity on imported coal and oil puts Nova Scotia at the mercy of international markets over which we have no influence. This plan seeks to ensure a more secure,...
AI summary Nova Scotia's reliance on imported coal and oil for 80% of its electricity creates vulnerability to international market fluctuations. The plan advocates diversifying into localized energy sources across the province to enhance energy security, stability, and reliability.
Building Economic Opportunities in Rural Nova Scotia By focusing on renewable energy sources like wind and tidal, which are naturally abundant in Nova Scotia, this plan enhances opportunities to create good jobs and grow the economy in eve...
AI summary This plan emphasizes leveraging Nova Scotia's abundant renewable energy resources (wind, tidal) to create jobs and stimulate economic growth, particularly in rural areas. It highlights opportunities for traditional industries like forestry and agriculture to expand through sustainable energy development and positions tidal energy as a globally competitive industry.
Maximizing Community Involvement and Social Benefits The plan offers opportunities for everyone – from community groups to First Nations, local not-for-profit organizations, businesses and individuals to actively participate in the develop...
AI summary The plan emphasizes inclusive participation in renewable energy development, inviting community groups, First Nations, not-for-profits, businesses, and individuals to engage and share benefits. Collaboration is framed as essential to achieving social and environmental outcomes.
Holding Ourselves Accountable This plan establishes some of the strongest renewable electricity goals in North America, and sets out a path for meeting those goals. This plan is about taking leadership—and ensuring that we live more within...
AI summary This plan establishes strong renewable electricity goals in North America, emphasizing leadership and sustainable energy practices to meet those targets while promoting responsible energy consumption.
Meeting the 2015 Commitment 4 Meeting the 2015 commitment for 25% renewable electricity supply, will be challenging, but it is achievable. We will use the following tools and mechanisms to get us there: - Large-scale, community-based, and...
AI summary Nova Scotia Power Inc. (NSPI) aims to meet the 2015 commitment of 25% renewable electricity supply through large-scale projects, regulatory changes, biomass requirements, Feed-In Tariffs (FIT) for small projects, and an enhanced net metering program. NSPI will pursue large projects with UARB approval, while FIT ensures fair returns for small producers and net metering expands participation.
1. Medium and Large-Scale Projects Most of the new renewable energy needed to meet 2015 and 2020 goals will come from industrial-scale projects. The Renewable Electricity Plan calls for a minimum of 600 GWh of new medium to large-scale ren...
AI summary Nova Scotia's Renewable Electricity Plan prioritizes medium and large-scale renewable projects, with NSPI and independent power producers (IPPs) each contributing 600 GWh by 2020. Projects will be developed via UARB regulation for NSPI and competitive RFPs for IPPs, with a new Renewable Electricity Administrator (REA) managing the bidding process. Collaboration between NSPI and IPPs is allowed with NSPI's ownership capped at 49%.
2. Community-Based Feed-In Tariff Small-scale producers typically cannot compete successfully against much larger developers in a competitive bidding process. More than 45 jurisdictions around the world, including Spain, Germany, Ontario,...
AI summary Nova Scotia introduces a Community-Based Feed-In Tariff (COMFIT) to support small-scale and community-owned renewable energy projects, addressing the inability of small producers to compete in bidding processes. Projects will connect to the grid at the distribution level, typically under 2 MW, with a 2012 review to ensure 100 MW of capacity is met. Large-scale projects remain procured via competitive bidding for cost efficiency.
3. Enhanced Net Metering Net metering is a program that lets a consumer connect a small renewable electricity source to the grid through a special meter that measures electricity flows in two directions. For any electricity fed into the gr...
AI summary Nova Scotia Power Inc. (NSPI) proposes enhancing its net metering program by increasing power limits from 100 kW to 1 MW, allowing multiple meters under one account, and paying customers for surplus electricity at retail rates. The current program restricts generation to single meters with no payment for excess power.
4. Forest Products Associated Biomass Government will approach the development of biomass for electricity production with caution. Electricity produced from co-firing biomass will play a role in meeting the 2015 commitment, but will underg...
AI summary Nova Scotia's government approaches biomass for electricity with caution, emphasizing the need for a Natural Resources Strategy to guide sustainable practices. While biomass co-firing can meet 2015 renewable targets, long-term efficiency favors heat or combined heat and power. Short-term biomass use is seen as a stepping stone for developing supply chains toward more efficient uses.
Forest biomass used to generate renewable energy must comply with the following requirements: - 1. Vendor (i.e. the power producer) must make maximum use of wood wastes available from other manufacturing processes. - 2. Total regional harv...
AI summary Forest biomass for renewable energy in Nova Scotia must prioritize wood waste, adhere to sustainable harvest limits, obtain FSC certification, avoid specific forest residues, and promote First Nations participation. The province will develop a bio-resources strategy by 2011 to assess bio-energy sustainability, with NSPI potentially managing large-scale biomass projects via competitive bidding.
5. Market Structure and Governance Nova Scotia's electricity market consists of a vertically integrated utility—NSPI—and six smaller municipal electric utilities.As an integrated utility, NSPI has responsibility for electricity procurement...
AI summary Nova Scotia's electricity market features NSPI as a vertically integrated utility alongside smaller municipal utilities. The Renewable Electricity Plan emphasizes NSPI's role in system planning, renewable procurement, and meeting RES targets. It aims to diversify energy sources, enhance security, and offset higher coal and environmental costs through strategic renewable investments.
Achieving the 2020 Goal 5 The 25 percent commitment established for 2015 will have the force of law, with penalties for any failure to meet it. The 40 percent target for 2020 is a goal we aspire to. It does not yet have the force of law, b...
AI summary Nova Scotia's 2015 renewable energy target (25%) is legally binding with penalties, while the 2020 goal (40%) is aspirational. The government emphasizes transitioning to wind, tidal, and natural gas, acknowledging the need for adaptability as technologies evolve. The approach prioritizes sustainability and security in the energy sector.
The Renewable Resource Mix After 2015 Wind will be the mainstay of our efforts to reach the 2015 renewable energy commitment, with support from limited amounts of biomass. Natural gas will serve mainly to balance wind power, and to help en...
AI summary Nova Scotia plans to prioritize wind energy post-2015, supported by biomass, with natural gas balancing supply and ensuring compliance with emissions standards. By 2020, the province aims for 40% renewable electricity, considering options like tidal energy, biomass expansion, and clean energy imports, with wind likely remaining the largest contributor.
Future Coal and oil give way to increasing amounts of renewables (domestic and/or imported) and natural gas.
AI summary The document envisions a future where coal and oil are increasingly replaced by renewable energy sources (domestic and imported) and natural gas, signaling a transition away from fossil fuels toward cleaner energy alternatives.
The Role of Tidal Energy The sleeping giant amongst Nova Scotia's renewable energy sources is tidal power. Look up "tide" on Wikipedia, and you'll find a picture of the Bay of Fundy. Twice each day, 115 billion tonnes of water surge in and...
AI summary Nova Scotia's Bay of Fundy holds significant tidal energy potential, with estimates of 300 MW from the Minas Channel and up to 2,000 MW total. However, technical, economic, and environmental challenges hinder development. Government initiatives like FORCE and the Marine Renewable Energy Task Force aim to advance tidal energy research and commercialization.
• A Tidal Feed-In Tariff: Tidal devices are still in the demonstration phase. The electricity they produce costs more than electricity from mature renewable sources. To support tidal development, the province will set a communitybased feed...
AI summary Nova Scotia plans to introduce a community-based feed-in tariff (COMFIT) for distribution-connected tidal projects and a special FIT for transmission-level tidal arrays, citing tidal energy's safety and feasibility despite higher costs compared to mature renewables.
• Identifying Potential Tidal Sites: In 2005, the Electric Power Research Institute (EPRI) identified eight sites in Nova Scotia with tidal current velocities averaging at least 1.5 meters/second: Cumberland Basin, Minas Channel, Minas Pas...
AI summary In 2005, EPRI identified eight tidal sites in Nova Scotia with current velocities ≥1.5 m/s, highlighting potential for tidal power. The province committed to developing marine renewable energy legislation post-2008 Bay of Fundy Strategic Environmental Assessment, aiming to establish licensing, environmental safeguards, and consultation processes for such projects.
The Role of Natural Gas Akey obstacle to the development of renewable energy is the fact that our best renewable sources—wind and tidal—are by their nature intermittent. Because they depend on natural forces that come and go, intermittent...
AI summary Natural gas is positioned as a critical complement to intermittent renewable sources like wind and tidal in Nova Scotia's energy strategy. It offers rapid response capabilities and lower emissions compared to coal, aligning with the province's clean energy goals. The government plans to expand natural gas use as part of a broader clean energy strategy.
New Roles and Responsibilities The Renewable Electricity Plan introduces some significant changes to the roles and responsibilities of key players in our electricity system.
AI summary The Renewable Electricity Plan introduces significant changes to roles and responsibilities of key players in Nova Scotia's electricity system, reflecting shifts in regulatory oversight and operational expectations within the province's energy sector.
Renewable Electricity Administrator (REA) The biggest change is the appointment of an independent administrator. Government will appoint the Renewable Electricity Administrator (REA) on the recommendation of the Minister of Energy after co...
AI summary Nova Scotia is appointing an independent Renewable Electricity Administrator (REA) to oversee renewable energy project competitions, ensuring fairness and transparency. NSPI will retain planning responsibilities but delegate RFP issuance and bid evaluation to the REA, which will also ensure project accountability for meeting provincial targets.
Nova Scotia Power Inc. (NSPI) NSPI will continue to function as an integrated utility with an obligation to serve, legal responsibility to meet renewable energy targets,responsibility for system reliability compliance, and authority over p...
AI summary NSPI will maintain its role as an integrated utility with obligations to serve customers, meet renewable energy targets, ensure system reliability, and manage grid projects. To secure additional renewable electricity, NSPI may invest equity or purchase imported renewable energy at the lowest cost to customers.
Utility and Review Board (UARB) The UARB already has responsibility for approving cost recovery for renewable energy projects through the setting of electricity rates. Under the Renewable Electricity Plan, it will take on responsibility fo...
AI summary The UARB is responsible for approving cost recovery for renewable energy projects via electricity rates and will set FIT rates under the Renewable Electricity Plan, based on government-established criteria.
Province of Nova Scotia The Province will continue to lead the development of renewable energy policy. It will consider criteria for setting FIT rates and the rules for awarding FIT contracts and competitive medium and large-scale projects...
AI summary The Province of Nova Scotia will lead renewable energy policy by establishing FIT rate criteria and coordinating approvals through a one-window committee. It will also provide technical and financial support for community-based renewable energy projects.
Facilitation We expect the Community-Based Feed-in Tariff (COMFIT) to attract participants who need support developing renewable energy projects.A sustainable energy planning group will be established by government to help develop communit...
AI summary The Community-Based Feed-in Tariff (COMFIT) aims to support renewable energy projects through a government-established planning group. This group will coordinate efforts across departments, municipalities, and NGOs, providing assistance with business planning, feasibility studies, grants, regulatory approvals, and financing.
Financing Renewable energy projects usually require a large infusion of upfront capital,with the expectation of long-term,stable returns. Many of the organizations eligible for COMFITs lack experience acquiring this kind of financing. The...
AI summary Renewable energy projects require significant upfront capital with long-term returns, but COMFIT-eligible organizations lack financing experience. The province will develop tools like CEDIFs to support community-based projects.
Coordinating Approvals Renewable energy projects, whether large or small, require permits and approvals from various government departments and NSPI.A single entry point will assist citizens and developers. Government has successfully used...
AI summary Nova Scotia aims to streamline renewable energy project approvals through a single public portal, inspired by a successful one-window steering committee for tidal energy. This initiative will simplify permitting processes for developers, starting with approvals and permits, as part of the Renewable Electricity Plan.
Emissions Management Some renewable fuels, such as biomass,release air pollutants when burned. Government will determine the steps needed to ensure that renewable energy contributes to improved air quality. Biomass comes with its own suite...
AI summary The text discusses the emissions from biomass as a renewable fuel, noting its interaction with coal-based pollution control equipment. It outlines the government's intention to analyze whether operating approvals for biomass co-firing require amendments to ensure renewable energy improves air quality.
Local Government Municipal governments will be on the front lines of the transformation to renewable electricity. Many renewable energy projects will be subject to municipal regulatory authority. For example, the Municipal Government Act g...
AI summary Municipal governments play a key role in renewable energy projects through regulatory authority under the Municipal Government Act, including setting turbine setbacks. The province collaborates with municipalities to develop model bylaws, ensuring projects avoid public harm and remove barriers to clean energy development.
Federal Government In some cases, the provincial and federal governments have overlapping regulatory authority in renewable energy development. This crops up most often in renewable energy projects in the marine environment—those involving...
AI summary The provincial and federal governments have overlapping regulatory authority in marine renewable energy projects (tidal, wave, offshore wind). Nova Scotia will collaborate with federal authorities to ensure timely permitting that protects public interest.
First Nations The Mi'kmaq have expressed interest in collaborating on the development of Nova Scotia's renewable energy sector.Continuing to build a positive relationship with the Mi'kmaq is a key priority for the province. Nova Scotia con...
AI summary The Mi'kmaq have shown interest in collaborating on Nova Scotia's renewable energy development. The province prioritizes engagement through consultation frameworks and offers programs like COMFIT and FIT to support Mi'kmaq participation. Early developer engagement with Mi'kmaq is emphasized as a commitment to inclusive energy project development.
Legislation and Regulations Measures like the creation of the Renewable Electricity Administrator and the implementation of feed-in tariffs require new legislation or amendments to existing laws. - • Amendments to the Electricity Act will...
AI summary The text outlines legislative changes required for renewable energy initiatives in Nova Scotia, including the establishment of the Renewable Electricity Administrator, amendments to the Electricity Act granting the UARB authority over Feed-In Tariffs, and updates to the Renewable Energy Standard Regulations. It also notes potential new policies for biomass emissions control.
Supply Chain Development Many Nova Scotia suppliers and service companies have transferred skills from other industries to renewable energy. Nova Scotia has the largest concentration of companies specializing in ocean technologies of any p...
AI summary Nova Scotia's renewable energy sector is leveraging existing industrial expertise from oil and gas, aquaculture, and defense industries to develop supply chain capabilities in tidal and wind energy. Over 300 firms with ocean technology skills exist, and new opportunities in assessment, construction, and maintenance are emerging. A recent contract aims to identify renewable energy opportunities for local suppliers.
Electricity Transmission and Distribution in Nova Scotia Adding more renewable electricity to the transmission and distribution systems requires careful planning to maintain system reliability. This is particularly true because most of the...
AI summary Integrating renewable energy into Nova Scotia's grid requires careful planning due to intermittency and infrastructure needs. Meeting the 2013 Renewable Energy Standard may necessitate load management and modest transmission upgrades, while exceeding it demands larger investments. NSPI will analyze opportunities under NERC and FERC standards, seeking stakeholder input.
The Role of Imports and Exports Nova Scotia does not have abundant supplies of untapped hydro power, but nearby provinces do. One way to increase the renewable portion of our energy supply would be to import clean electricity from Newfound...
AI summary Nova Scotia lacks sufficient local hydro power but can import clean energy from neighboring provinces. Seasonal demand fluctuations create opportunities for exports, though current transmission infrastructure is inadequate. Expanding interconnections with New Brunswick and New England, along with grid upgrades, is critical for integrating renewable energy and managing intermittency.
Smart Technologies A smart grid delivers electricity using digital technology to manage a customer's energy use. For example, a smart grid could turn on domestic hot water heaters only at night, when demand is slack and the cost of produci...
AI summary NSPI plans to use a federal Clean Energy Fund grant to test smart grid technologies in Nova Scotia, focusing on integrating these systems with customer loads and intermittent renewables. The project aims to analyze smart grid impacts on consumer behavior and real-time demand control, emphasizing benefits like cost reduction and reliability improvements.
Things This Plan Does Not Do 9 Planning involves choices, and in developing this Renewable Electricity Plan, the government has chosen not to do several things. The province has decided to maintain a regulated electricity marketplace and n...
AI summary The plan avoids opening Nova Scotia's electricity market to competition due to grid limitations, restricts independent power producers from building all large-scale renewable projects, limits COMFIT to smaller projects, and excludes solar from COMFIT due to high costs. It emphasizes regulated markets, parallel models for project selection, and balancing affordability with rural development.
Costs and Benefits he transition from imported fuels to renewable electricity and cleaner local fuels will increase power bills in the short term, but offer lower and more stable rates in the long run. Not making this transition would shac...
AI summary Transitioning to renewable energy increases short-term costs but offers long-term affordability and stability. NSPI's IRP studies confirm that renewable energy and efficiency measures are the least-cost options. Current DSM programs and future Efficiency Nova Scotia initiatives will offset some cost increases, though bills may rise 1-2% annually.
Creating Jobs and Investment in the Industries of the Future One goal of the Renewable Electricity Plan is to maximize the economic benefits of increased renewable energy generation—to create good jobs and grow the economy. The investment...
AI summary The Renewable Electricity Plan aims to create jobs and economic benefits through renewable energy investments, with up to $1.5 billion needed to meet the 2015 25% renewable target. Local manufacturing, like DSME's wind tower and blade production at Trenton Works, could boost provincial revenues and employment.
Competitive Advantage of a Cleaner Energy Mix Nova Scotia's dependence on carbon fuels, especially coal and oil, threatens to become a significant impediment to trade and competitiveness as carbon tariffs and trade rules proliferate. By re...
AI summary Nova Scotia's reliance on carbon fuels like coal and oil risks hindering trade and competitiveness due to rising carbon tariffs. Achieving GHG reduction targets and transitioning to a cleaner, diversified energy mix will stabilize energy costs, enhance business competitiveness, and make Nova Scotia's goods/services more attractive to eco-conscious consumers.
Reduced Greenhouse Gas Emissions and Improved Air Quality Current methods of electricity generation produce 50 percent of Nova Scotia's greenhouse gas emissions, and the vast majority of our air pollutant emissions. The 2008 Nova Scotia Wi...
AI summary Nova Scotia's Renewable Electricity Plan aims to reduce greenhouse gas emissions by displacing coal and oil with renewables and natural gas, improving air quality and lowering costs. The plan includes legislative steps, FIT rate hearings, and program reviews. Wind power integration could avoid significant GHG costs, impacting electricity rates by 2-3%.
RE: Digby Wind Power Project Final Amendment - Final Site Plan Thank you for your letter of February 2, 2010, in which you request consent to the relocation of turbines 3, 8, 11, 12, 15 and 18 previously located in the eastern area of the...
AI summary The Digby Wind Power Project's turbine relocation from the eastern to western site is approved, addressing concerns about ecosystem connectivity and ensuring noise levels remain below Health Canada's 45 dBA threshold. Nova Scotia Power Inc. (NSPI) must implement a sound monitoring plan and noise mitigation strategy, as required by the Environmental Assessment (EA) approval.
Original Signed By Steve Sanford Environmental Assessment Officer Digby Wind Project UARB IR-1 Attachment 54 Page 1 of 1
AI summary The document lists Steve Sanford as the Environmental Assessment Officer for the Digby Wind Project, referencing UARB IR-1 Attachment 54. It indicates a regulatory proceeding context involving environmental assessment processes for renewable energy projects.
Regulations Respecting Renewable Electricity made by the Governor in Council under Section 5 of Chapter 25 of the Acts of 2004, the Electricity Act
AI summary This document outlines regulations for renewable electricity established by the Governor in Council under Section 5 of Chapter 25 of the 2004 Electricity Act, focusing on governance and compliance frameworks for renewable energy initiatives in Nova Scotia.
Department of Energy; - (g) "designated representative" means the person authorized to act as the representative of a renewable electricity generator and whose acts and omissions are binding on it; - (h) "developmental tidal array" for the...
AI summary The text defines key terms related to Nova Scotia's renewable energy and electricity regulation, including 'designated representative,' 'developmental tidal array,' 'heritage renewable electricity,' and 'independent power producer.' Definitions emphasize regulatory frameworks for renewable energy generation, grid interconnection, and ownership structures.
Part II: Renewable Electricity Standard
AI summary The section outlines the Renewable Electricity Standard (RES) in Nova Scotia, establishing targets for renewable energy generation and compliance mechanisms, with implications for NSPI and other stakeholders.
Renewable electricity standard 2011 - 5 (1) In each of the calendar years 2011 and 2012, each load serving entity must supply its customers with renewable low impact electricity from independent power producers in an amount equal to or gre...
AI summary Nova Scotia's 2011 Renewable Electricity Standard mandates that load serving entities supply at least 5% of annual electricity sales from renewable low-impact sources by 2011-2012, with municipal utilities ensuring 5% of non-NSPI purchases come from renewable generators.
Renewable electricity standard 2013 - 6 (1) Each year beginning with the calendar year 2013, each load serving entity must supply its customers with renewable low impact electricity in an amount equal to or greater than 10% of its total sa...
AI summary Nova Scotia's 2013 Renewable Electricity Standard mandates load-serving entities to supply 10% renewable low-impact electricity annually, with NSPI required to source 5% from independent power producers and meet the remainder via IPPs or internal generation. Municipal utilities purchasing non-NSPI electricity must ensure 10% of that supply is renewable.
Renewable electricity standard 2015 7 (1) Each year beginning with the calendar year 2015, each load serving entity - must supply its customers with renewable electricity in an amount equal to or greater than 25% of its total sales for tha...
AI summary The 2015 Renewable Electricity Standard mandates that load serving entities supply at least 25% renewable electricity annually, with NSPI meeting this through specific methods like purchasing from independent power producers, biomass co-firing, and heritage renewables. Municipal utilities must ensure 25% of non-NSPI electricity is renewable.
Shortfalls - 8 (1) Where NSPI is of the opinion that it may be unable to meet a renewable electricity standard due to the inability of independent power producers to provide contracted electricity supplies at the contracted times, NSPI sha...
AI summary NSPI may need to source renewable electricity from alternative suppliers if IPPs fail to meet contracted supply timelines, with the Minister's approval for periods beyond 12 months.
Forest biomass cap - 9 (1) No more than 500,000 dry tonnes annually of primary forest biomass over the average amount of primary forest biomass consumed annually in the Province for the years 2006 to 2010 may be utilized to attain any rene...
AI summary The regulation caps primary forest biomass use at 500,000 dry tonnes annually, based on 2006-2010 averages, and only electricity from this biomass qualifies for the renewable electricity standard.
Renewable electricity generation facility approval 10 Any person may apply to the Minister for approval of a facility as a renewable electricity generation facility.
AI summary The document outlines that any individual may apply to the Minister for approval of a renewable electricity generation facility. This establishes the Minister's authority to approve such facilities and emphasizes the openness of the application process.
Application 11 An application for a renewable electricity standard approval under this Part must be completed and signed by a person who is an authorized signatory of the applicant.
AI summary The application for a renewable electricity standard approval under Nova Scotia regulations requires completion and signing by an authorized signatory of the applicant, emphasizing procedural compliance for regulatory approval.
Approval or rejection of application - 15 (1) The Minister must approve an application if the renewable energy generation facility - (a) is to be located in the Province, including the marine waters in the
AI summary The Minister must approve a renewable energy generation facility application if located in Nova Scotia, including marine waters. The text outlines conditional approval criteria based on geographical jurisdiction within the Province.
Province; - (b) will produce renewable low impact electricity; and - (c) if it was constructed before December 31, 2001, it has - (i) increased its output since December 31, 2001 by expanding or through technology upgrades, or - (ii) have...
AI summary The text outlines criteria for renewable electricity facilities under Nova Scotia's regulations. Facilities must produce low-impact electricity, with pre-2001 installations requiring output increases via expansion/technology upgrades or major rebuilds. The Minister issues approvals subject to terms, which cannot be transferred without consent, and facilities must maintain compliance.
Transitional 16 A certification issued under Section 7 of the former regulations is hereby continued as a renewable electricity standard approval under Section 15 of these regulations.
AI summary This section transitions a certification from the former regulations to the current ones, designating it as a renewable electricity standard approval under Section 15. It references Section 7 of the former regulations and Section 15 of the current framework.
Minister's determination - 17 For each calendar year starting with the year 2011, the Minister shall determine each load serving entity's - (a) total electricity sales, - (b) total renewable low impact electricity produced, and - (c) the p...
AI summary The Minister is required to annually determine load serving entities' electricity sales, renewable low impact electricity production, and the proportion from independent power producers starting in 2011.
Community feed in tariff - 20 (1) In accordance with Section 4A of the Act the Board shall set a tariff under this Section for each of the following classes of generation facility: - (a) wind, - (i) with a capacity over 50kW; and - (ii) wi...
AI summary The Board is mandated to establish a community feed-in tariff for specific renewable energy generation facilities, including wind, biomass CHP, tidal, and run-of-the-river hydro. Tariff calculations must account for asset valuation, depreciation, labor costs, interconnection expenses, and return on investment.
Developmental tidal array tariff - 21 (1) In accordance with Section 4A of the Act the Board shall set a tariff under this Section for developmental tidal arrays. - (2) In determining a tariff for developmental tidal arrays the Board shall...
AI summary The Nova Scotia Utility and Review Board is mandated to set a tariff for developmental tidal arrays, considering costs related to manufacturing, deployment, and operation. However, the tariff must exclude costs covered by government grants and interconnection expenses with the electrical grid.
Electricity purchases 22 Electricity purchased by a public utility under section 4A of the Act from a renewable energy generator approved under Section 30 qualifies for the renewable electricity standards set out in Sections 5,6, and 7.
AI summary Electricity purchased by a public utility under section 4A of the Act from approved renewable generators qualifies for renewable electricity standards outlined in sections 5, 6, and 7, which govern eligibility criteria and compliance requirements.
Community feed-in tariff qualification - 23 (1) In order to qualify for a tariff under Section 20 the generation facility - (a) must be located in the Province; - (b) if it uses biomass it must be a combined heat and power generation facil...
AI summary The text outlines eligibility criteria for community feed-in tariffs, requiring generation facilities to be located in Nova Scotia, owned by specific entities (municipalities, Míkmaq bands, cooperatives, not-for-profits, etc.), interconnect with the grid, and meet biomass or combined heat and power requirements. Exceptions apply for biomass facilities utilizing heat internally.
Developmental tidal array tariff qualifications - 24 In order to qualify for a tariff under section 21 the generation facility - (a) must be located in the Province; - (b) must be a developmental tidal array; - (c) must interconnect with t...
AI summary To qualify for a developmental tidal array tariff under section 21, a generation facility must be located in Nova Scotia, be a tidal array, interconnect with the electrical grid via a transmission system, and be approved under Section 30.
Reporting - 35 Within 30 days of the interconnection of a renewable electricity generation facility with the electrical grid the renewable electricity generator that owns or operates the facility shall provide a report to the Minister that...
AI summary Renewable electricity generators must report total capital costs and detailed expenditures (≥$50,000) to the Minister within 30 days of grid interconnection. This includes supplier names and addresses for major project expenses.
Part IV: Renewable Electricity Administrator
AI summary The document outlines Part IV focusing on the Renewable Electricity Administrator, though no specific details are provided in the chunk. The section likely addresses regulatory frameworks, roles, or processes related to renewable energy administration in Nova Scotia.
Request for proposal mandatory requirement 36 If a request for proposals under section 4B of the Act includes a request for a primary forest biomass renewable electricity generation facility, the request for proposals must require that pro...
AI summary This section mandates that if a request for proposals includes a primary forest biomass renewable electricity generation facility, it must require proponents to provide a biomass fuel procurement plan ensuring sustainable harvesting requirements are met.
Minister's powers - 38 The Minister has all the power and authority necessary to implement, administer and enforce these regulations, including the power to issue directions or orders, and - (a) shall establish a process for approving and...
AI summary The Minister is granted comprehensive authority to implement and enforce regulations related to renewable electricity generation, including establishing approval processes, auditing compliance, maintaining records, and suspending or revoking approvals. The Minister may also delegate these responsibilities to a Department representative.
Duty of renewable electricity generator - 42 (1) A renewable electricity generator shall, for the purpose of an audit or examination made in accordance with Section 41, - (a) make its books, records, accounts, documents and other informati...
AI summary The duty of renewable electricity generators under Section 42(1) requires them to provide access to books, records, agreements, and facilities during audits or examinations by persons authorized by the Minister. This includes copying documents, disclosing operating agreements, and cooperating fully with auditors.
NON-CONFIDENTIAL 1 Request IR-4: 2 3 For each of the major events listed in response to IR-1, please provide any additional 4 information that NSPI thinks would assist the Board in understanding all the facts of this 5 application and how...
AI summary The document outlines several information requests from the UARB to NSPI regarding the application process, including details on the ecoENERGY benefit, RES portfolio qualification, net present value calculations, construction contracts, and lease status for project properties.
Construction costs associated with Digby Wind Project Paid by NSPI to 3240384 Nova Scotia Limited 1 Request IR-6: 6 (iv) Did NSPI use an independent party to provide it with an estimate of the fair 7 market value? If so, please provide a c...
AI summary The document outlines several requests related to the Digby Wind Project, including inquiries about the use of an independent party to estimate the fair market value, financing details, reconciliation of amounts, and the status of excluded assets and the GE Contract.
N-3-(b)Redacted NSPI Response to UARB IR-12 (att 7-10) to IR-17
243 passages
Introduction SkyPower Corp. (SkyPower) a Toronto based renewable energy developer, partnering with Nova Scotiabased community economic development organization Scotian Windfields Inc., is proposing to construct and operate a 30-megawatt (M...
AI summary SkyPower Corp. and Scotian Windfields Inc. propose a 30-MW wind power facility in Nova Scotia, providing power for 10,000+ homes annually. The project aligns with Canada and Nova Scotia's climate goals by displacing fossil fuel use and reducing greenhouse gas emissions.
Project Description The Project will consist of 20, 1.5 MW, GE 1.5sle wind turbine generators. The following ancillary facilities are also considered part of the Project: - 34.5 kV collection lines (to link the wind turbines to the onsite...
AI summary The Project involves 20 GE 1.5 MW wind turbines and associated infrastructure, including 34.5 kV collection lines, transformers, a 69 kV substation, access roads, a 10.6 km transmission line to Conway substation, and crane pads. No maintenance building is included; the substation area will be fenced and graveled.
Table E.1 Anticipated Project Activity Schedule Surveying August 2009 Clearing September 2009-February 2010 Development of access roads September 2009-February 2010 Delivery of equipment November 2009-January 2010 Foundation construction O...
AI summary Table E.1 outlines the anticipated project activity schedule for a wind energy project, detailing the timeline for various construction and installation activities from August 2009 to April 2010. The document also references an Environmental Management Strategy, indicating the inclusion of environmental considerations in the project planning.
Impact Assessment No significant adverse residual environmental effects of the Digby Wind Power Project are likely, considering the existing conditions of the Project site, the design of the Project and mitigation measures recommended to b...
AI summary The Digby Wind Power Project is unlikely to have significant adverse residual environmental effects due to its design and the mitigation measures recommended for implementation. A summary of predicted environmental effects and mitigation measures is provided in Table E.2.
1 PROJECT SUMMARY Project developer SkyPower Corp. (SkyPower) is proposing to construct and operate a wind energy facility located in Digby County in Gulliver's Cove, Nova Scotia (the Digby Wind Power Project; the Project). The Toronto-bas...
AI summary SkyPower Corp. proposes a wind energy project in Digby County, Nova Scotia, with support from Scotian WindFields Inc. and environmental assessment assistance from Jacques Whitford Stantec Limited. The project requires provincial environmental registration under the Nova Scotia Environment Act and federal assessment under CEAA after NRCan's EERP funding approval. DFO's potential regulatory role under CEAA is noted.
1.2 Title of Project The Project is referred to as the Digby Wind Power Project.
AI summary The project under review is titled the Digby Wind Power Project. This section establishes the formal name of the initiative, which is central to the regulatory proceeding.
1.3 Project Location The proposed Project is located in Digby County, near Gulliver's Cove, Nova Scotia (Figure 1.1). The selection of the Digby Wind Power Project site was based on a number of factors including: - preliminary wind resourc...
AI summary The Digby Wind Power Project is proposed for Digby County, near Gulliver's Cove, Nova Scotia. Site selection considered wind resources, terrain, grid access, land use, and community support. The project area includes 1,132 ha of undeveloped forested land and a transmission line corridor, with the study area encompassing surrounding lands for environmental assessment.
1.4 Estimated Capacity of Facility The proposed Project will consist of 20 wind turbine generators (WTGs) and ancillary facilities. The energy produced by the Project will be linked to the Nova Scotia electrical transmission system. Each t...
AI summary The proposed project includes 20 wind turbines with a total capacity of 30 MW, sufficient to power over 10,000 homes annually. Electricity will be supplied to Nova Scotia Power Inc. (NSPI) via a Power Purchase Agreement and connected to the Nova Scotia electrical transmission system.
2.1 Presentation of the Proponent SkyPower has partnered with Nova Scotia-based community economic development organization Scotian WindFields Inc. for this Project. Scotian WindFields Inc. is a Nova Scotia based, owned and operated compan...
AI summary SkyPower partners with Scotian WindFields Inc., a Nova Scotia-based renewable energy developer, to advance wind, solar, and biomass projects. SkyPower, a global renewable energy developer with over 11,000 MW of potential capacity, is constructing a 27 MW Atlantic Canada wind project slated for completion by Q1 2009.
2.2 Background of the Project SkyPower is proposing to construct and operate a wind energy facility, the Digby Wind Power Project, near Gulliver's Cove, Digby County, Nova Scotia. The Digby Wind Power Project site will have a nameplate cap...
AI summary SkyPower proposes a 30 MW wind energy facility, the Digby Wind Power Project, near Gulliver's Cove, Nova Scotia. The project aims to connect to the Nova Scotia grid, leveraging consistent wind data and community support for renewable development. Further siting details are referenced in Section 2.5.
2.3 Purpose of Project The Project has been proposed in response to a request for proposals issued by Nova Scotia Power Inc. (NSPI). The Project would have the capacity to contribute up to 30 MW of clean, renewable energy to the provincial...
AI summary The Digby Wind Power Project, proposed by Nova Scotia Power Inc. (NSPI), aims to contribute 30 MW of renewable energy to Nova Scotia's grid, powering over 10,000 homes annually. It aligns with the Province's plan to integrate renewable assets and meet 2010 renewable energy targets.
2.4 Summary of Project The Project will consist of 20, 1.5 MW wind turbine generators (refer to Figure 2.1 for site layout). The Proponent intends to use General Electric (GE) turbine (GE 1.5sle) for this Project. Table 2.1 includes the te...
AI summary The Project involves the installation of 20, 1.5 MW wind turbine generators using General Electric (GE) turbine models (GE 1.5sle). Technical specifications for the turbine model are detailed in Table 2.1.
- 34.5 kV collection lines (to link the wind turbines to the substation); - 575V 34.5kV range pad transformers located beside each turbine; - substation (to step up the electric output from 34.5 kV to 69 kV); - access roads; - transmission...
AI summary The text outlines the infrastructure components of a wind power project, including 34.5 kV collection lines, transformers, a substation, access roads, a transmission line to the Conway substation, and crane pads. The project does not include maintenance buildings, and the substation area will be fenced and graveled.
2.5 Location of Project The proposed Project is to be located in the Municipality of Digby, near Gulliver's Cove, Nova Scotia. The wind energy facility will be constructed on undeveloped woodlands generally bounded to the north by the Bay...
AI summary The proposed Digby Wind Power Project is located in Digby, Nova Scotia, near Gulliver's Cove. The Study Area spans 1,132 ha, with turbines and a substation situated based on stakeholder input, including relocating turbines north of Highway 217 after community feedback. A 10.6 km transmission line connects to the Conway substation, with ongoing design optimization to minimize environmental and socioeconomic impacts.
2.6.2 Operation and Maintenance Activities Activities associated with the operation and maintenance of the Digby Wind Power Project will not be as extensive as during the construction phase. Maintenance inspections are required approximate...
AI summary Operation and maintenance of the Digby Wind Power Project involve monthly inspections, use of light-duty vehicles for access, and a SCADA system for monitoring. Lubricants are managed per regulations without PCBs, and waste is minimized. Larger equipment is used infrequently for repairs.
2.6.3 Decommissioning The Digby Wind Power Project is expected to be operational for at least 20 years. In the event that decommissioning and abandonment is necessary, the activities associated with the Project include: - rotor, generator...
AI summary The Digby Wind Power Project's decommissioning involves removing turbines, infrastructure, and equipment, with reuse or resale of components. Facilities have long lifespans, and decommissioning aligns with landowner agreements and regulations. No harmful waste is generated, aside from lubricants, and land restoration uses native seed mixtures.
2.6.4 Future Phases of Project At the present time SkyPower does not intend to expand the Digby Wind Power Project. Scope of the Assessment
AI summary SkyPower currently has no intention to expand the Digby Wind Power Project, with the section titled 'Scope of the Assessment' indicating a focus on evaluating the project's current scope rather than future phases.
3.1 Scope of the Assessment The scope of the Project to be assessed includes: - surveying activities, such as identifying location of wind turbines and follow-up biophysical and archaeological surveys as required; - clearing of vegetation;...
AI summary The scope of the assessment covers project activities including wind turbine installation, infrastructure development, and decommissioning. It evaluates environmental effects on VECs (soil, water, wildlife, etc.) and considers cumulative impacts. The assessment aligns with regulatory requirements and focuses on biophysical and socioeconomic elements relevant to stakeholders.
3.2.5 Literature Review For this Project, existing information was collected from a number of sources including, but not limited to: - municipal documentation from the Municipality of the District of Digby; - 1:20,000 aerial photos; - 1:10...
AI summary The literature review for the project compiled data from municipal documents, aerial photos, wetland inventories, conservation databases, water well records, and publications on natural history and wind turbine impacts. Sources included NSDNR mapping, ACCDC data, and online resources like Statistics Canada and the Species at Risk Act registry.
DIGBY WIND POWER PROJECT ENVIRONMENTAL ASSESSMENT Environmental Characteristics
AI summary The Canadian Environmental Assessment Agency (CEAA) concluded the Digby Wind Power Project is unlikely to cause significant adverse environmental effects. The project was approved under the Canadian Environmental Assessment Act, 2012, with involvement from Nova Scotia's Natural Resources Department, Environment, and the Canadian Wildlife Service.
4.6.11 Visual Landscape The Project site is located primarily on a forested ridge. Vertical relief within and around the Study Area is created by small woodlot fragments and natural areas associated with ravines, residential yards and farm...
AI summary The Project site is located on a forested ridge with natural features like woodlots and ravines. A visual landscape assessment used computer simulations to overlay wind turbine images on existing photographs, creating realistic views of the proposed wind farm. Further details are referenced in Section 5.2.1.5.
5 ENVIRONMENTAL ASSESSMENT AND RESIDUAL EFFECTS The following section describes the potential interactions between the proposed Digby Wind Power Project and the biophysical and socio-economic environment, and includes: an assessment of pot...
AI summary This section of the document outlines the environmental assessment and residual effects of the proposed Digby Wind Power Project, covering interactions with the biophysical and socio-economic environment, cumulative effects, and mitigation measures for construction, operation, and decommissioning phases.
Table 5.7 Potential Effects of Tower and Turbine Assembly and Installation Sign ificar Adve nce Cr rse Ef iteria fect 1 a for Potential Interaction Potential Effect Mitigation Geographic Extent Magnitude Duration/ Frequency Reversibility E...
AI summary The potential effects of tower and turbine assembly and installation are assessed as minimal and not significant. Sensory disturbance for wildlife is temporary, and mitigation measures such as using well-maintained equipment and soil remediation are in place to reduce impacts. Existing activities in the area already cause similar disturbances.
DIGBY WIND POWER PROJECT ENVIRONMENTAL ASSESSMENT Environmental Assessment and Residual Effects
AI summary The text introduces the Environmental Assessment and Residual Effects section of the Digby Wind Power Project. It signals the beginning of an analysis of the project's environmental impact, focusing on residual effects after mitigation measures are applied.
Table 5.9 Potential Effects of the Installation of Transmission Line to the Power Grid Table 3. ar Effects of the installati Sigr ificar nce Cr iteri a for The Fower Grid Potential Interaction Potential Effect Mitigation Geographic Extent...
AI summary The table outlines potential environmental effects of installing a transmission line to the power grid, including sensory disturbance to wildlife, soil compaction, noise, land use changes, and impacts on archaeological and cultural resources. Mitigation measures are described for each effect, and all residual effects are considered minimal or not significant.
Environmental Assessment and Residual Effects Table 5.10 Summary of Potential otivities ce Cri for Potential Interaction Potential Effect Mitigation Geographic Extent Magnitude Duration/ Frequency Reversibility Ecological Context Residual...
AI summary The environmental assessment discusses potential effects of the Digby Wind Power Project, including bat mortality and land use disruption. Mitigation measures, such as post-construction monitoring and consultation with NSDNR and CWS, are outlined. The project is expected to have minimal impact on undeveloped woodlands and may provide positive residual effects on the local economy.
5.2.1 Wind Turbine Operation The following sections discuss the potential effects of the operation of the Project on the biophysical and socio-economic environment.
AI summary The section introduces an analysis of potential environmental and socio-economic impacts from wind turbine operations, though no specific details or findings are provided in the excerpt.
Mortality A possible effect of this Project on birds is mortality due to collisions with the operating wind turbines. Indeed, there is a perception that wind turbines cause a great many bird deaths, and it has been highlighted by regulator...
AI summary The document discusses bird mortality caused by collisions with wind turbines, citing studies and the Altamont Pass case. It highlights concerns raised by regulatory and non-governmental agencies, emphasizing the need for monitoring protocols to address potential bird fatalities from wind farms.
Turbine Design Turbine height is believed to be a strong influence on the likelihood of collision with taller structures having an increased risk of collision, while structures below 150 m cause minimal mortality (Kerlinger 2000; Crawford...
AI summary The turbine design for the Project includes 80 m tall turbines with 38.5 m blades, below 150 m, minimizing collision risks with migratory birds. Tubular steel towers are chosen over lattice structures to reduce perching by raptors. Studies suggest birds adjust flight paths near wind farms, further reducing risks.
Facility Design The scale of the wind farm has a direct influence on the potential for bird-turbine collisions. Facilities of 100 turbines or more are thought to more likely have a greater effect in terms of bird mortality due to the incre...
AI summary The wind farm's scale directly affects bird-turbine collision risks. Larger facilities (≥100 turbines) pose higher risks due to increased vertical obstacles, but the Project's 20 turbines are deemed insufficient to elevate collision risks (Environment Canada 2005).
Bat Turbine Collisions Given the ability of bats to navigate in darkness, to avoid large obstacles and detect small insects in the air using echolocation, it is interesting that bats would be found to collide with wind turbines and other t...
AI summary The text discusses bat collisions with wind turbines and other tall structures, noting that while infrequent, they can be concerning. Early studies from 1972 and subsequent research in the US and Alberta highlight the ongoing issue of bat fatalities at wind farms.
Barotrauma Recent research indicates that turbine collisions account for only about half of bat fatalities. A recent study by the University of Calgary reports that barotrauma is the cause of death in a high proportion of bats found at win...
AI summary Recent research suggests that barotrauma, caused by air pressure changes at turbine blades, is a significant cause of bat fatalities at wind energy facilities, surpassing turbine collisions. A University of Calgary study highlights lung damage from rapid air expansion, leading to internal hemorrhaging.
5.2.1.3 Land Use As indicated in Section 4.5.4 of this report, the majority of the land required for Project development is forested land which has historically been subjected to forestry activities. The effect of wind turbines on undevelo...
AI summary The project's land use primarily involves forested areas with minimal impact on existing land uses, including agriculture. Wind turbines have a small footprint, allowing compatibility with farming activities. Land use impacts are deemed minimal and not significant.
5.2.1.4 Property Values Prior to 2003, there was a general lack of empirical data assessing the impact of wind energy facilities on the economic value of properties whether within a wind farm or within site of a wind farm. However, Sterzin...
AI summary A 2003 study by Sterzinger et al. analyzed 10 U.S. wind power projects (1998–2001) to assess property value impacts. It found no evidence that wind farms reduce property values, with nine of ten projects showing greater post-construction value increases near wind farms compared to similar communities.
Viewsheds Jacques Whitford Stantec Limited used the photo montage module from the EMD WindPro 2.4 to render all photo montages for the assessment. A photo montage is a photograph taken in the field from a specific location with the propose...
AI summary The document describes the use of photo montages by Jacques Whitford Stantec Limited to assess the visual impact of a wind farm, detailing turbine design and viewing locations. Figures 5.1–5.9 illustrate simulated views from eight viewpoints, with technical specifications of turbine dimensions and materials provided.
Shadow Flicker Shadow flicker caused by wind turbines is defined as alternating changes in light intensity due to the moving blade shadows cast on the ground and objects (including through windows of residences). There are obstacles such a...
AI summary Shadow flicker from wind turbines is modeled using WindPro 2.4, assuming worst-case conditions leading to overestimation of impacts. Calculations show no residence exceeds 30 hours/year of shadow flicker, aligning with industry standards. A complaint registry and monitoring plan are proposed, with visual effects deemed low but not significant.
Infrasound Recently there has been concern for the potential of wind turbines to generate infrasound and the potential for infrasound to result in health effects. Infrasound is defined as wave phenomenon with the physical nature as sound,...
AI summary The text addresses concerns about infrasound from wind turbines, citing studies showing levels are similar to natural ambient levels and no adverse health effects. Alberta research suggests turbines may reduce infrasound by extracting energy from the wind.
Ice Throw Accumulation of ice on the turbine blades is possible during the winter months with extreme weather events and likely limited to a few days per year (based on the right combination of air temperature, wind speed and moisture in t...
AI summary Ice accumulation on wind turbine blades during winter poses limited hazards to personnel and the public, primarily during maintenance. Ice fall and throw distances are modeled between 15-100 meters, but risks are considered low due to infrequent occurrence. Safety measures include restricted access, protective equipment, and upwind vehicle parking to mitigate risks.
5.2.2 Maintenance Activities The wind turbines will be visited approximately once every three months for routine servicing. Furthermore, the facility will include a sophisticated wind energy oriented Supervisory Control and Data Acquisitio...
AI summary Routine maintenance of wind turbines occurs every three months, supported by SCADA systems for real-time monitoring and fault detection. Access is via light trucks, with minimal sensory disturbance to wildlife deemed negligible compared to existing forestry activities.
5.3 Decommissioning Activities Well-designed and constructed wind energy facilities may be operated for decades. SkyPower expects individual wind turbines to perform for up to 25 years without significant repair or replacement. Transformer...
AI summary SkyPower outlines decommissioning commitments for wind energy facilities, noting equipment lifespans (25 years for turbines, 50+ for transformers) and plans for removing above-ground infrastructure upon decommissioning. Resale value of operational turbines may offset removal costs, with a developed market for used turbines in North America.
5.3.1 Removal of Turbine and Ancillary Equipment Wind turbines that are no longer operational may also be removed by crane, but with less attention to preserving individual components, labelling them and storing them. Inoperative wind turb...
AI summary The removal of non-operational wind turbines involves crane-based dismantling with limited component preservation. Salvage value from recyclable materials (steel, copper) often exceeds decommissioning costs, while fibreglass and plastic components may be landfilled. U.S. experience (Gipe 1995) highlights the economic viability of turbine removal.
Table 5.13 Potential Effects of Turbine and Ancillary Equipment Removal nce Cr rse Ef Potential Interaction Potential Effect Mitigation Geographic Extent Magnitude Duration/ Frequency Reversibility Ecological Context Residual Effect Birds...
AI summary Table 5.13 outlines potential environmental effects of turbine and ancillary equipment removal, including sensory disturbance to wildlife, soil disturbance, and water quality impacts. Mitigation measures are proposed to minimize these effects, and residual impacts are expected to be minimal or temporary.
Table 5.13 Potential Effects of Turbine and Ancillary Equipment Removal Significance Criteria for Adverse Effect1 Potential Interaction Potential Effect Mitigation Geographic Extent Magnitude Frequency Duration/ Reversibility Ecological Co...
AI summary The table outlines the potential noise effects from turbine and ancillary equipment removal during construction. Noise levels may increase due to equipment operation, but mitigation measures such as muffler systems and noise abatement equipment will be used. The noise disturbance is expected to be temporary and minimal, with negligible residual effects.
5.5.1 Climatic Fluctuations Several aspects of the potentially changing climate have been considered, and must continue to be monitored during the lifetime of the Project. The potential rise of sea level is one such concern. The siting of...
AI summary The document addresses climate change impacts on a wind turbine project, noting that turbine placement on high ground mitigates sea level rise risks, while infrastructure is protected from flooding. Increased storm frequency may cause turbine shutdowns during extreme weather, but lost generation is deemed economically insignificant. Blade-icing risks are also manageable with monitoring systems.
5.5.2 Extreme Events Weather events that put wind turbines at risk include icing conditions, particularly freezing rain, lightning, and extreme winds. Although Nova Scotia has fewer lightning storms than, for example, central Canada, the l...
AI summary The section discusses risks to wind turbines from extreme weather events like icing, lightning, and high winds. It outlines protective measures, including lightning protection systems, grounding, and shutdown mechanisms at wind speeds exceeding 25 m/s. While damage is possible, the design minimizes environmental impact, with significant effects deemed unlikely.
5.6.1 Past, Present and Future Projects/Activities in the Regional Area There is not a lot of industrial development within or surrounding the Study Area There are two other wind turbines in the vicinity of the Study Area, but no proposed...
AI summary The Study Area has two existing wind turbines but no proposed wind farms. Activities like forestry, agriculture, and quarrying may interact cumulatively with the Digby Wind Power Project, affecting wildlife, visual impact, noise, and economic development.
5.6.2.1 Birds and Other Wildlife Past and ongoing forestry and agricultural activities in the regional area has resulted in a loss of forest and wetland habitat and the active forestry of much of the Study Area has reduced the area of cont...
AI summary The Digby Wind Power Project is unlikely to significantly impact bird and bat populations due to existing habitat loss from prior activities. Historical data suggests wind turbines cause less wildlife mortality than other structures, and surveys found no significant use by rare species. Cumulative effects on wildlife are deemed not significant.
Table 5.14 Summary of Impact Management and Proposed Mitigation Measures Environmental Component Project Activity Potential Effects Mitigation Measures results of this program, necessary modifications to mitigation plans and/or wind farm o...
AI summary The table outlines the management of environmental impacts and proposed mitigation measures for a project, indicating that modifications to mitigation plans and wind farm operations may be necessary based on the results of the program.
Table 5.14 Summary of Impact Management and Proposed Mitigation Measures Environmental Project Potential Mitigation Measures Operation Effect on tourism and recreation • None required. Visual Operation Change to visual • Turbines will be a...
AI summary The table summarizes impact management and mitigation measures for a project, focusing on potential effects on tourism and recreation, and visual changes due to turbine installations. No mitigation measures are required for tourism and recreation, while visual impacts are addressed by using turbines of the same type and model.
Table 7.2 Issues Raised at the November 17, 2008 Open House Issue/ Comment SkyPower Response General Comments Thought it would be somebody speaking and answering The purpose of the community information session was to provide the most up-t...
AI summary The table outlines issues raised at an open house regarding the Digby Wind Power Project. Concerns include the project's location, decommissioning, and a lack of full information sharing. SkyPower responded by emphasizing the project's benefits, environmental compliance, and commitment to community engagement.
8 CONCLUSION The Digby Wind Power Project is expected to provide clean energy for more than 10,000 homes annually in the Digby area. The Project will result in displacement of burning fossil fuel with an expected avoidance of greenhouse ga...
AI summary The Digby Wind Power Project will provide clean energy for 10,000 homes annually, avoid 66,000 tonnes of CO2 emissions, and align with Nova Scotia's renewable energy goals. The EA concludes no significant adverse residual effects, with mitigation measures for land disturbance and sensitive habitats.
DIGBY WIND POWER PROJECT ENVIRONMENTAL ASSESSMENT Signature
AI summary The DIGBY WIND POWER PROJECT ENVIRONMENTAL ASSESSMENT Signature section outlines the regulatory process for evaluating the environmental impacts of the proposed wind power project in Nova Scotia, involving various stakeholders and compliance with federal and provincial regulations.
9 SIGNATURE This report presents details on the EA of the proposed Digby Wind Project, conducted in accordance the Canadian Environmental Assessment Act , following the "Environmental Impact Statement Guidelines for Screenings of Inland Wi...
AI summary The Environmental Assessment (EA) of the Digby Wind Project concludes residual effects are not significant. Conducted under the Canadian Environmental Assessment Act, the EA was prepared by SkyPower and Jacques Whitford Stantec Limited, with findings based on provincial and federal guidelines. Key stakeholders include SkyPower Corp., Jacques Whitford Stantec Limited, and their representatives.
10.1 Literature Cited - Atlantic Canada Conservation Data Centre (ACCDC). 2008. Data request for uncommon and rare species in the vicinity of Gulliver's Cove, Nova Scotia. - Baerwald, E.F., G.H. D'Amours, B.J. Klug, and R.M.R. Barclay. 200...
AI summary The literature cited focuses on environmental impacts of wind energy projects, particularly bat and bird interactions with turbines. Studies include assessments of bat fatalities from barotrauma, species status in Nova Scotia, and environmental reviews for wind farms. References span academic research, industry reports, and conservation data.
10.2 Personal Communications Dr. Hugh Broders. 2008. Biology Department, Associate Professor, St. Mary's University. Lance Laviolette. 2009. Brier Island Bird Migration Research Station. Peter MacDonald. 2009. Wildlife Biologist, Western R...
AI summary Section 10.2 lists individuals involved in personal communications related to environmental and wildlife assessments, including Dr. Hugh Broders, Lance Laviolette, and Peter MacDonald, along with a reference to the Digby Wind Farm Environmental Assessment (EA) document. The text highlights affiliations and a file path for regulatory documentation.
Project Overview Project developer Scotian Windfieds Partners Corp. (SWPC), which is a partnership between Nova Scotiabased community economic development organization Scotia Windfields Inc., and Toronto-based renewable energy developers S...
AI summary The Digby Wind Project, a 30-MW wind farm developed by Scotian Windfieds Partners Corp. (a partnership between Scotia Windfields Inc. and SkyPower Corp.), aims to supply renewable energy to Nova Scotia. The project includes 20 GE 1.5 MW turbines, ancillary infrastructure, and a 20-year power purchase agreement with Nova Scotia Power Inc. Environmental concerns include wildlife habitat, noise, and socio-economic impacts, which will be addressed in the environmental assessment.
had a decent in- come. "If the farmers were getting an income, the amount of farmland on the market would be dramatically reduced." NOTICE OF COMMUNITY INFORMATION SESSION • DIGBY WIND FARM PROJECT Monday, Aovember 17, 2008 Cove Community...
AI summary The text discusses farmers' concerns about farmland availability linked to income, a community session for the Digby Wind Farm Project, and volunteer insurance programs. It highlights provincial efforts to provide insurance for volunteers and not-for-profits, while noting that volunteers aren't classified as workplace employees.
ABOUT SKYPOWER Over 100 employees, advisors & consultants Over 200 wind and solar projects under development in Canada, U.S., India and Panama. + 11,000 MW of nameplate capacity under development. Development rights for over 6 million acre...
AI summary SkyPower is a company with over 100 employees and 200 wind and solar projects in development across multiple countries, totaling over 11,000 MW of nameplate capacity and development rights for 6 million acres in Canada.
SKYPOWER ADVANTAGE - Ç Canada's largest renewable energy developer with proven expertise in wind and solar projects - Ç Secured over 500 MW of wind turbines and 25 MW of solar panels ready for project placement - Ç Experience and qualifica...
AI summary SkyPower positions itself as Canada's largest renewable energy developer with 500 MW of wind and 25 MW of solar projects ready for deployment. It emphasizes expertise in government and community partnerships, including First Nations, and highlights an ongoing 27 MW wind project in Eastern Canada nearing completion by 2008.
SkyPower has secured over 400 MW of Power Purchase Agreements for Renewable Energy projects in Canada. EXPERIENCE
AI summary SkyPower has secured over 400 MW of Power Purchase Agreements for Renewable Energy projects in Canada, highlighting significant progress in renewable energy development.
Wind Power - Ç8 Contracts with Ontario Power Authority (OPA) totaling - 72 MW - Ç201 MW PPA with Hydro Quebec - Ç30 MW PPA with Nova Scotia Power - Ç27 MW PPA with Newfoundland and Labrador Hydro - Ç International projects under developmen...
AI summary The document outlines power purchase agreements (PPAs) and contracts for wind power projects, including 72 MW with Ontario Power Authority, 201 MW with Hydro Quebec, 30 MW with Nova Scotia Power, 27 MW with Newfoundland and Labrador Hydro, and international projects in India and the U.S.
Solar Power - Ç9 Contracts signed with OPA totaling 88.12 MW - ÇFirst Solar Farm under construction in Ontario (19MW) - ÇAdditional 190 MW under development in Ontario - ÇProjects under development internationally
AI summary The text outlines solar power initiatives including 88.12 MW contracts with OPA, a 19 MW solar farm under construction in Ontario, 190 MW of additional Ontario projects, and international developments. These reflect ongoing renewable energy expansion efforts.
Hydro Power Ç83.5 MW project under development in Panama
AI summary A 83.5 MW hydro power project is under development in Panama. The text includes a reference to an image related to the project but provides no further details.
SCOTIAN WINDFIELDS Scotian WindFields Inc. was formed in January 2007 as a result of an agreement between eight Nova of Scotian community community-owned renewable energy owned companies formed under the CEDIF initiative - Ç Partnered with...
AI summary Scotian WindFields Inc., formed in 2007 under the CEDIF initiative, partners with SkyPower on a 30MW Digby project, develops solar hot water systems, and plans wind energy projects across 20,000+ acres in Nova Scotia and New Brunswick. The company also collaborates on biomass energy projects in Ontario.
Scotia WindFields Partners Corp. ("SWPC") SWPC is a partnership between SkyPower Corp. Leading independent renewable energy developer in Canada
AI summary Scotia WindFields Partners Corp. (SWPC) is a partnership between SkyPower Corp. and is identified as a leading independent renewable energy developer in Canada.
SKYPOWER develops renewable energy projects through based, owned and operated company that Scotian WindFields Inc., a Nova Scotia wind, solar and biomass applications
AI summary SKYPOWER develops renewable energy projects through Scotian WindFields Inc., a Nova Scotia-based company specializing in wind, solar, and biomass applications.
BENEFITS OF WIND - ÇWind energy is clean. It does not produce any air pollution - ÇWind energy is completely renewable, highly reliable and very efficient - Ç Wind energy reduces our contribution to global climate change - Ç1 turbine offse...
AI summary Wind energy is presented as a clean, renewable, and efficient resource that reduces carbon emissions. One turbine offsets 600 vehicles annually, and its lifetime carbon displacement would require 100,000 trees over 25 years. The text emphasizes environmental benefits and carbon reduction through wind power.
Digby Project Overview - Ç 30 MW Power Purchase Agreement with Nova Scotia Power - Ç Will assist in meetin g the Renewable Energy Standards set by Nova Scotia's Department of Energy - Ç20 GE turbines - ÇExpected construction in 2009 - Ç Pr...
AI summary The Digby Project involves a 30 MW Power Purchase Agreement with Nova Scotia Power, utilizing 20 GE turbines on 2800 acres of private land near existing infrastructure, aiming to meet Nova Scotia's Renewable Energy Standards by 2009.
PROPOSED DIGBY TURBINE LAYOUT
AI summary The document contains images related to the proposed Digby turbine layout, with no textual details provided in the chunk. The content is limited to visual references without explicit discussion of technical, regulatory, or environmental aspects.
∠ Digby 30 MW wind project Will assist in meeting the Renewable Energy Standards set by Nova Scotia's Department of Energy - ★ Strong winds - Completed wind studies - System Impact Study currently underway - Strong local landowner support...
AI summary The Digby 30 MW wind project aims to meet Nova Scotia's Renewable Energy Standards, leveraging strong local wind resources, completed studies, and landowner support. A System Impact Study is ongoing, with completion targeted for Q4 2008. The project emphasizes local content and renewable energy contribution.
UTM Zone 20N Spring 2008 NAD 1983 267888 4940301 25m ASL West PHOTOGRAPH-VIEW POINT: Date Photograph was taken: Photograph Number: Coordinate system: View Direction: Elevation: Easting: Northing: TECHNICAL DATA Digby Wind Farm: View from V...
AI summary A photograph from View Point 1 at the Digby Wind Farm, capturing a westward view. Technical data includes UTM coordinates (Zone 20N, NAD 1983), elevation (25m ASL), and unspecified date and photograph number. The location is described with precise easting (267888) and northing (4940301) values.
SIMULATION: Total Number of Wind Turbines: 20 Total Number of Visible Turbines: 4 Closest Visible Turbine: Furthest Visible Turbine: Date: November 17, 2008 Digby Wind Project FARB IR-12 Attachment 7 Page 7 To Abbrox 5 To Abbrox 6 To Abbro...
AI summary The document details the Digby Wind Project, specifying 20 total turbines with 4 visible, and includes images from November 17, 2008. It is part of FARB IR-12 Attachment 7, focusing on turbine locations and project data.
TECHNICAL DATA Digby Wind Farm: View from View point 2 - Looking North West PHOTOGRAPH-VIEW POINT: Date Photograph was taken: Photograph Number: Easting: Northing: Coordinate System: UTM Zone 20N 267805 4940346 22m ASL Spring 2008 NAD 1983...
AI summary The text provides technical data for a photograph of the Digby Wind Farm taken in Spring 2008, including geographic coordinates (UTM Zone 20N, NAD 1983), elevation (22m ASL), and view direction (Northwest). The metadata emphasizes precise location details for the wind farm site.
WIND TURBINES USED: GE 1.5sle 61.4m 77m Height of nacelle-mid point: Model: Rotor Diameter:
AI summary The document specifies the use of GE 1.5sle wind turbines with a rotor diameter of 61.4 meters and a nacelle midpoint height of 77 meters. This technical detail is presented without additional context on performance, environmental impact, or regulatory considerations.
SIMULATION: Total Number of Wind Turbines: 20 Total Number of Visible Turbines: 4 Closest Visible Turbine: Furthest Visible Turbine:
AI summary The simulation presents data on 20 wind turbines, with 4 visible, accompanied by image references. No explicit arguments or discussions are present, focusing solely on turbine visibility and imagery.
Digby Wind Project FARB IR-12 Attachment 7 Page 7 OZ 25 Size Page 10 OZ 25 Size Page 10 OZ 25 Size Page 10 OZ 25 Size Page 10 OZ 25 Size Page 10 OZ 25 Size Page 10 OZ 25 Size Page 10 OZ 25 Size Page 10 OZ 25 Size Page 10 OZ 25 Size Page 10...
AI summary The text is a heading from a Nova Scotia regulatory proceeding document related to the Digby Wind Project, referencing FARB IR-12 Attachment 7 and multiple pages with repeated size notations. The content appears to be a procedural or administrative reference rather than substantive analysis.
Northwest 4941977 33m ASL View Direction: Elevation: Easting: Northing: UTM Zone 20N 268054 Spring 2008 Date Photograph was taken: Coordinate System: PHOTOGRAPH-VIEW POINT: TECHNICAL DATA Digby Wind Farm: View from View point 3 - Looking N...
AI summary Technical data for a photograph of the Digby Wind Farm, taken in Spring 2008, includes UTM coordinates (Zone 20N, Easting 268054), elevation (33m ASL), and the North American Datum 1983. The image captures a northwest view from a specified location.
WIND TURBINES USED: GE 1.5sle 77m Height of nacelle-mid point: Rotor Diameter: Model: 61.4m
AI summary The document specifies the use of GE 1.5sle 77m wind turbines with a nacelle midpoint height of 61.4 meters and a rotor diameter of 77 meters. The text appears to contain a formatting error where the rotor diameter line is incomplete or misaligned.
SIMULATION: Total Number of Wind Turbines: 20 Total Number of Visible Turbines: 2 Closest Visible Turbine: Furthest Visible Turbine: Digby Wind Project FARB IR-12 Attachment 7 Page 1 17 Abbrox. 1 17 Abbrox. 1 17 Abbrox. 1 17 Abbrox. 1 17 A...
AI summary The text outlines details of the Digby Wind Project, including the total number of wind turbines (20) and visible turbines (2). It references FARB IR-12 Attachment 7 and includes multiple image placeholders, likely depicting project visuals or site data.
PHOTOGRAPH-VIEW POINT: TECHNICAL DATA gby Wind Farm: View from View point 4 - Looking North UTM Zone 20N Spring 2008 NAD 1983 Date Photograph was taken: Photograph Number: Coordinate system: Easting: Northing: Elevation: View Direction: 26...
AI summary Technical data for a photograph of the gby Wind Farm from Viewpoint 4, showing UTM coordinates (20N zone), elevation (33m ASL), and a northern view direction. The photograph was taken in Spring 2008 using NAD 1983 coordinate system.
TABLE C1 Rare and Sensitive Plant Species Potentially Present in the Study Area COSEWIC Rank · ı 1 · , , NSDNR Rank RED RED RED RED RED RED RED RED RED RED RED RED RED RED RED RED RED RED YELLOW YELLOW YELLOW YELLOW YELLOW YELLOW YELLOW YE...
AI summary Table C1 lists rare and sensitive plant species potentially present in the study area, with COSEWIC and NSDNR rankings indicating their conservation status. The table includes a variety of species, some ranked as RED (endangered) and others as YELLOW (vulnerable).
1.0 INTRODUCTION This bird survey protocol will be used as a guideline to gather information on pre-construction (baseline) information on birds that use and move through sites proposed for wind farm development. Specifically, this protoco...
AI summary This document outlines a bird survey protocol for the proposed Digby wind farm, emphasizing baseline data collection on avian activity. It references Environment Canada's guidelines and collaboration with the Canadian Wildlife Service, noting adjustments may be needed based on weather or bird behavior changes. Surveys will inform environmental assessments and post-construction monitoring.
4.1 Sampling Methods Counts during the winter (e.g., November to March) will be carried out using standardized area searches. Observations will note height of flights and specific areas of feeding, relative to proposed location of turbines...
AI summary Winter bird counts will use standardized area searches to note flight height and feeding areas relative to turbine locations. Behavioral studies may be added if significant bird numbers are present, ensuring sampling covers all major habitat types.
7.0 CLOSURE This document presents the proposed baseline survey protocol for monitoring birds at proposed wind farm development sites near Digby, Nova Scotia in order to gather data to support environmental assessment approvals. Specific m...
AI summary The document outlines a proposed baseline bird survey protocol for wind farm sites near Digby, Nova Scotia, aimed at gathering data to support environmental assessment approvals. Methods will adhere to Environment Canada guidelines and be executed by a qualified birder.
EXECUTIVE SUMMARY Project developer SkyPower Corp. (SkyPower) is proposing to construct and operate a wind energy facility located in Digby County in Gulliver's Cove, Nova Scotia (the Digby Wind Power Project; the Project). The Toronto-bas...
AI summary SkyPower Corp. proposes a wind energy project in Digby County, Nova Scotia, with a sound impact assessment concluding minimal effects due to existing background noise. The assessment used MOE guidelines and ISO 9613 standards, modeling with CadnaA software, and found project sound levels dominated by natural background noise.
1 INTRODUCTION Project developer SkyPower Corp. (SkyPower) is proposing to construct and operate a 30-megawatt (MW) wind power facility located in Digby County in Gulliver's Cove, Nova Scotia (the Digby Wind Power Project; the Project). Th...
AI summary SkyPower Corp. proposes a 30-MW wind power project in Digby County, Nova Scotia, with Scotian WindFields Inc. The project includes 20 turbines and a 34.5 kV collection system. A sound impact assessment evaluates existing ambient noise and predicted operational sound levels.
2.2 Sound Design and Mitigation The Digby Wind Power Project will be designed to reduce sound from the installed turbines and the transmission of sound to potentially sensitive receptors. Best practices will be followed at all times, inclu...
AI summary The Digby Wind Power Project will implement sound reduction measures, including low-noise equipment and local sound control, to minimize acoustic impacts on sensitive receptors during construction and operations. Best practices will guide mitigation strategies.
2.4 Operations Wind turbine generators produce sound through a number of different mechanisms which can be categorized into mechanical and aerodynamic sound sources. The major mechanical components including the gearbox, generator and yaw...
AI summary Wind turbines generate sound through mechanical components (gearbox, generator) and aerodynamic interactions with air. Sound increases with wind speed. Mitigation includes routine maintenance as recommended by manufacturers to reduce operational sound impacts.
Table 3.1 MOE Criteria for Wind Turbines Wind Speed (m/s) 4 5 6 7 8 9 10 11 Wind Turbine Sound Criteria, 40 40 40 43 45 49 51 53 NPC-232 (dBA) The lowest sound level limit at a point of reception in a Class 3 area, under conditions of aver...
AI summary Table 3.1 outlines the MOE criteria for wind turbine sound levels, specifying the minimum sound level limits in Class 3 areas under varying wind speeds. The criteria are based on the NPC-232 standard, which establishes sound level limits for stationary sources in rural areas.
The sound level limit at a point of reception in a Class 3 area, under conditions of average wind speed above 6 m/s, expressed in terms of the hourly Leq, is determined by the wind turbine sound criteria (Table 3.1) or the minimum hourly b...
AI summary The document outlines the sound level limits for Class 3 areas, referencing wind turbine sound criteria and background sound levels. Background sound monitoring was conducted at specific receptors by Jacques Whitford Stantec Limited in 2008.
Table 2.1 Summary of Sound Issues Associated with Construction and Operation of the Digby Wind Power Project Project Phase Key Issue Relevance to Project Construction Effects of construction sound on local residents Construction sound incl...
AI summary The text discusses sound issues related to the construction and operation of the Digby Wind Power Project. It outlines the potential noise impacts from construction activities such as site leveling and pile driving, as well as operational sounds from wind turbines and increased traffic during maintenance periods.
Some jurisdictions outside of North America are adopting more stringent guidelines such as "Wind Farms: Environmental Noise Guideline s" (EPA, 2007) from the state of South Australia. These guidelines stipulate a maximum of 35 dBA or 5 dBA...
AI summary The text discusses noise guidelines from South Australia and their application to a project, noting that while the project meets the second criterion, sound concerns could still arise due to other factors like aesthetics. It emphasizes combining predicted operational sound levels with background data for accurate assessments.
PROJECT EXPERIENCE Background Report for the Fundy Tidal Energy Strategic Environmental Assessment, Offshore Energy Environmental Research Association (OEER) and Province of New Brunswick. 2007-2008, Bay of Fundy, NB (Project Manager) This...
AI summary The text outlines various environmental assessments and projects managed by the individual, including tidal energy, LNG terminals, pipelines, and port developments. These projects involve federal-provincial assessments under the CEAA and Nova Scotia Environment Act, with a focus on regulatory compliance, environmental impact studies, and public consultation.
Turbine Generator Project (Project Manager) A study of baseline noise during operation and shutdown modes of the Maritime Electric Company Limited plant in Charlottetown, Prince Edward Island, and Principal Scientist for acceptance testing...
AI summary A study on baseline noise levels during operation and shutdown of the Maritime Electric Company Limited plant in Charlottetown, Prince Edward Island, is conducted by the Principal Scientist for acceptance testing and verification.
Michael Crowell MSc Principal Loblaws Wetland Compensation Program, Yarmouth, NS, 2006-ongoing (Senior Wetland Ecologist) Designed and implemented a plant community monitoring program to monitor the recovery of a wetland following cessatio...
AI summary Michael Crowell's professional experience includes environmental assessments for infrastructure and energy projects in Nova Scotia, such as Highway 101 twinning and hydro-electric reservoir permitting. His work involves rare plant surveys, wetland analyses, and shorebird monitoring, with clients including Nova Scotia Power Inc. and the Nova Scotia Department of Transportation and Infrastructure Renewal.
Renewable Energy Asset Map, 2008, Cape Breton, NS (Research Analyst) As a research analyst on this project for a regional planning commission, provided research and analysis on the biophysical and economic potential for renewable resource...
AI summary A research analyst conducted a study on Cape Breton's renewable energy potential, including literature reviews, expert consultations, GIS mapping, and workshop development to assess biophysical and economic opportunities for renewable resource development in the region.
SMART Report – Lignin and Cellulose Production, 2008 – 2009, Nova Scotia (Research Analyst) Using a life cycle assessment framework to assess the environment benefits of adopting a new technology for lignin and cellulose production in the...
AI summary A 2008–2009 SMART Report evaluates environmental benefits of new lignin and cellulose production technologies in Nova Scotia’s pulp and paper industry using life cycle assessment. Findings aim to support federal funding for sustainable technology development.
Stephane Desdunes Eastern Region, Project Director Interwind Corp. (formerly SkyPower Corp.) Phone: (416) 979-4625 x.2407 Fax: (416) 981-8686 Cell: (647) 502-9541 From: Hubert Vroom [mailto:[email protected]] Sent: Monday, Ja...
AI summary This document is a contact information and correspondence related to the Digby Wind Power Project, involving Stephane Desdunes from Interwind Corp. and Hubert Vroom from the Municipality of Digby, discussing building permits.
Hello Scott: Thank you for your letter and request to renew your permits with a name change. Can you provide a start up date for the prioject? Thanks Hubert From: Scott Oldewening [mailto:[email protected]] Sent: December-21-09 2:51 PM T...
AI summary Scott Oldewening is requesting a name change for his permits related to the Digby Wind Power Project and is asked to provide a start-up date for the project. Hubert Vroom is responding to the request.
Hi Hubert, I understand you have been dealing with Scott Oldewening, our Permits Manager, concerning the building permits for the Digby Wind Power Project, including discussing requirements to transfer the permits to another entity because...
AI summary Marc McClean from Interwind Corp. is contacting Hubert regarding the transfer of building permits for the Digby Wind Power Project to 3240384 Nova Scotia Limited, following a change in the company's name from SkyPower Corp. to Interwind Corp. and the sale of project assets.
1 Request IR-13: 7 (c) Reference page 61 of 99, Wake Effect, last paragraph 8 9 (i) Does this mean that GH has used a conservative approach to compute the net 10 energy output, i.e. it could be greater? If not, please explain why not. 11 1...
AI summary The text presents a series of requests and questions related to the Wake Effect, turbine availability, and grid availability in the context of wind farm analysis. It seeks clarification on the methodology used for estimating energy output, turbine availability factors, and grid availability at the Digby project interconnection point.
SWT-2.3-93 Sales Power Curve The calculated power curve data are valid for standard air density conditions of 15 deg.C Air temperature, 1013 mBar air pressure and 1.225 kg/m3 air density, clean rotor blades, and horizontal, undisturbed air...
AI summary The power curve data for SWT-2.3-93 are valid under specific standard air density conditions, including temperature, pressure, air density, clean rotor blades, and horizontal air flow with 10% turbulence intensity.
The annual energy production data for different annual mean wind speeds in hub height are calculated from the above power curve assuming a Rayleigh wind speed distribution, 100 percent availability, and no reductions d to array losses, gri...
AI summary The text explains how annual energy production data is calculated for different wind speeds using a power curve, Rayleigh distribution, and assuming 100% availability without considering losses.
Blades The B45 blades are made of fiberglass-reinforced epoxy in Siemens' proprietary IntegralBlade® manufacturing process. In this process the blades are cast in one piece to eliminate weaker areas at glue joints. The blades are mounted o...
AI summary The B45 blades are manufactured using Siemens' IntegralBlade® process, made of fiberglass-reinforced epoxy. They are cast in one piece to eliminate weak points and feature independent pitching mechanisms for optimization and shutdown purposes.
Tower The SWT-2.3-93 Wind Turbine Generator is mounted on a taper9d tubular steel tower. The tower has internal ascent and direct access to the yaw system and nacelle. It is equipped with platforms and internal electric lighting.
AI summary The SWT-2.3-93 Wind Turbine Generator is mounted on a tapered tubular steel tower with internal access, platforms, and electric lighting for the yaw system and nacelle.
Turbine Condition Monitoring In addition to the Siemens WebWPS SCADA System, the SWT-2.3-93 Wind Turbine Generator is equipped with the unique Siemens TCM condition monitoring system. This system monitors the vibration level of the main co...
AI summary The SWT-2.3-93 Wind Turbine Generator is equipped with a Siemens TCM condition monitoring system that monitors vibration levels and compares them to reference spectra, with analysis and reprogramming done via a web browser.
Subject ID Issue Unit Value 1. Wind, operation 1.1 Wind definitions - IEC 61400-1 1.2 IEC class - IIA 1.3 Air density, ρ kg/m 3 1.225 1.4 Mean wind speed, vave m/s 8.5 1.5 Weibull scale parameter, A m/s 9.6 1.6 Weibull shape parameter, k -...
AI summary The document provides detailed technical specifications for wind turbine operations, including wind definitions, temperature ranges, corrosion classifications, lightning conditions, and other environmental factors. It references international standards such as IEC 61400-1 and ISO 12944. Specific parameters like air density, wind speed, and turbine spacing are outlined.
C BCL CBC CL LIMITED Cons sulting Engineers - Digby Wind Power Project (DWPP)
AI summary The document introduces the Digby Wind Power Project (DWPP), a renewable energy initiative in Nova Scotia. It includes a table with entities involved in the project, such as CBC, CL LIMITED, and Consulting Engineers.
Digby Wind Power Project (DWPP) Issued for Tender 06/30109 RO'C Issued for Final Review 06/19/09 RO'C Issued for Review 05/13109 Issue or Revision Reviewed B : Date Issued B :
AI summary The document provides information related to the Digby Wind Power Project (DWPP), including issued dates and review statuses. It includes a table with various dates and a reference to a picture, though the content of the table and image are not detailed in the text provided.
Digby Wind Project UARB IR-12 Attachment 10 Page 5 of 1067 SkyPower Corp. Digby Wind Power Contract 090630.00 Table of Contents Page 1 June 2009 Instrument Transformers(new) 26 22 19 Panelboard Breaker Type (new) 26 24 17 Wiring Devices (n...
AI summary The text provides a table of contents from a document related to the Digby Wind Project, listing various equipment, materials, and infrastructure components involved in the project, including electrical systems, construction activities, and safety measures.
REFERENCE DOCUMENTS R1 - GE Energy 1.5SLE Technical Exhibits R2 - GE Energy Installation Instructions, Receiving Reports, Testing, Verification and Check Sheets R3 – Geotechnical Report Digby Wind Project UARB IR-12 Attachment 10 Page 7 of...
AI summary The text lists reference documents related to the Digby Wind Project, including technical exhibits, installation instructions, and a geotechnical report. These documents are part of the UARB IR-12 attachment.
BIDDING AND CONTRACT REQUIREMENTS SkyPower Corp. Contract 090630.00 Digby Wind Power Project Information to Tenderers Section 00 21 00 Page 1 June 2009 PROJECT: Digby Wind Power Project OWNER: SkyPower Corp. 250 Yonge Street, Suite 1602 To...
AI summary The document outlines the bidding and contract requirements for the Digby Wind Power Project, including submission deadlines, tender details, and contact information for the engineering firm CBCL Limited.
Warranty SkyPower Corp. Digby Wind Power Project Tender Form Section 00 41 43 Page 1 Contract 090630.00 June 2009 .1 To: SkyPower Corp. .2 For: Digby Wind Power Project Contract 090630.00 .3 From: 2. TENDERER DECLARES:
AI summary The document outlines a warranty section from a tender form for the Digby Wind Power Project by SkyPower Corp. under Contract 090630.00, dated June 2009. It includes placeholders for the tenderer's declaration and other relevant details.
- .6 Drawings Drawing No. Drawing Name C100 COVER SHEET C101 CIVIL SITE PLAN C102 PLAN-PROFILE WEST SITE ACCESS ROAD STA. 0+000 TO STA. 1+600 C103 PLAN-PROFILE WEST SITE ACCESS ROAD STA. 1+600 TO STA. 3+000 C104 PLAN-PROFILE WEST ACCESS RO...
AI summary The document lists various drawings related to the Digby Wind Power Project, including site plans, road profiles, turbine site plans, and substation details. These drawings are part of the project's technical documentation and planning.
E931 Item No. Description Unit of Measurement Estimated Quantity Unit Price Total Price EARTH IWORKS (A) 1. Clearing ha 8 _ 2. Grubbing ha 26 3. Mass Excavation and Embankment .1 Common $\mathrm{m}^3$ 230,000 .2 Rock $m^3$ 123,000 _ 4. Mas...
AI summary The document outlines a detailed cost estimation for a wind power project, including earthwork, turbine installation, and electrical infrastructure components. It lists various items with quantities and unit prices, associated with the Digby Wind Power Project and Contract 090630.00.
(b) Project Description: (c) Start Date: Finish Date: (d) Contract Value: $ 2. (a) Owner: (b) Project Description: (c) Start Date: Finish Date: (d) Contract Value: $ 3. (a) Owner: (b) Project Description: (c) Start Date: Finish Date: (d) C...
AI summary The text contains project details and tender information for the Digby Wind Power Project by SkyPower Corp., including a list of sub-contractors to be used, but no specific content is provided in the listed sections.
Position: Years of Experience: Years with Company: Related Experience: Name: Position: Years of Experience: Years with Company: Related Experience: Name: Position: Years of Experience: Years with Company: Related Experience: Name: Position...
AI summary The document contains a section related to the Tenderer's Safety Data for the Digby Wind Power Project under Contract 090630.00. It is part of the Supplementary Section 00 43 00 and appears on Page 6 of the June 2009 tender information.
Indicate Tenderer's Workers' Compensation registration number a. Number of injury related fatalities: with the Workers' Compensation Board of Nova Scotia. Signature Name Title Date SkyPower Corp. Form of Agreement Section 00 53 43 Digby Wi...
AI summary The document is a contract agreement between SkyPower Corp. (the Owner) and the Contractor for the Digby Wind Power Project in Digby, Nova Scotia. It outlines the responsibilities of the Contractor, including installation and construction, and mentions CBCL Limited as the Engineer. The document also includes a section for indicating the Tenderer's Workers' Compensation registration number.
- .6 Drawings: Drawing No. Drawing Name Digby Wind Power (Stipulated Price) Page 3 Contract 090630.00 June 17, 2009 C401 ROAD CROSS SECTIONS WEST SITE ACCESS ROAD C402 ROAD CROSS SECTIONS WEST ACCESS ROAD 1 STA. 0+000 TO 1+900 C403 ROAD CR...
AI summary The document lists various drawings related to the Digby Wind Power project, including road cross sections and structural plans for wind turbine foundations and substation components. These drawings are part of a stipulated price contract dated June 17, 2009.
Digby Wind Project UARB IR-12 Attachment 10 Page 34 of 1067 SkyPower Corp. Digby Wind Power Contract 090630.00 Form of Agreement (Stipulated Price) Section 00 53 43 Page 8 June 17, 2009 In witness whereof the parties hereto have executed t...
AI summary The text presents a contract agreement between SkyPower Corp. and the contractor for the Digby Wind Power Project, including signing procedures and supplementary general conditions that amend definitions and general conditions sections of the contract.
2. Summary of Work Page 1, delete clause 2 and replace with the following: - .1 This project is located in Digby, Nova Scotia and generally consists of the preparation of site for the complete installation of twenty (20) wind turbines and...
AI summary This project involves the installation of 20 wind turbines in Digby, Nova Scotia, including the construction of access roads, substation, and related infrastructure such as erosion control measures, collector systems, and a 69kV/34.5kV outdoor substation.
SkyPower Corp. Supplementary Digby Wind Power Project Specifications Page 3 Contract 090630.00 June 2009 replacement shall be made by the Contractor in a manner approved by the Engineer, at no additional cost to the Contract.
AI summary The text references a contract (Contract 090630.00) related to the Digby Wind Power Project, specifying that any replacement work must be approved by the Engineer and carried out at no additional cost to the Contract.
Page 8, clause 3.7.7, change …"95% Standard Proctor Density".. to read "…98% SkyPower Corp. Supplementary Digby Wind Power Project Specifications Page 10 Contract 090630.00 June 2009 Standard Proctor Density…"
AI summary The text discusses a change in the Standard Proctor Density from 95% to 98% in clause 3.7.7 on page 8. It also references the Digby Wind Power Project and Contract 090630.00 from June 2009.
ADD THE FOLLOWING NEW SECTIONS 01 91 13 General Commissioning (CX) Requirements 26 05 44 Installation of Cables in Trenches and In Ducts 26 11 00 Protection, Control and Communication Panels 26 11 01 Outdoor Substation 26 12 13 Liquid Fill...
AI summary The text outlines various technical specifications and project details, including commissioning requirements, installation of cables, transformers, and other electrical infrastructure, as well as details related to the Digby Wind Power Project and associated contracts and specifications.
rip rap, and pipe screens. SkyPower Corp. Measurement and Section 01 22 00 Digby Wind Power Project Payment Page 4 Contract 090630.00 June 2009 10. Drilling Electrical Ground Well
AI summary The text references a contract related to the Digby Wind Power Project, specifically Contract 090630.00, and mentions a section about drilling an electrical ground well.
the Province of Nova Scotia. SkyPower Corp. Measurement and Section 01 22 00 Digby Wind Power Project Payment Page 5 Contract 090630.00 June 2009 13. Wind Turbine Site Electrical
AI summary The document references a contract related to the Digby Wind Power Project, specifically Contract 090630.00 dated June 2009, and mentions Section 01 22 00 under 'Measurement and Payment' on Page 5.
wind turbine terminal pole. SkyPower Corp. Measurement and Section 01 22 00 Digby Wind Power Project Payment Page 6 Contract 090630.00 June 2009 16. Substation
AI summary The text references a wind turbine terminal pole and includes a table with information about the Digby Wind Power Project, including a contract number and date. It also mentions a section related to a substation.
- .7 Provide certificate of product quality compliance for insulation, air barriers, vapor retarders, etc. SkyPower Corporation General Commissioning Section 01 91 13 Digby Wind Power Project (CX) Requirements Page 16 Contract 090630.00 Ju...
AI summary The text outlines a requirement for a certificate of product quality compliance for materials like insulation, air barriers, and vapor retarders, and includes a table referencing the Digby Wind Power Project and its commissioning specifications.
- .3 Section 31 20 00 Earthwork. - 1.2 REFERENCES .1 Canadian Standards Association (CSA) - .1 CAN/CSA-A23.1-04, Concrete Materials and Methods of Concrete Construction. - .2 CAN/CSA-A23.2-04, Methods of Test for Concrete. - .3 CAN/CSA-A23...
AI summary This section outlines requirements for earthwork and construction standards, referencing several Canadian Standards Association (CSA) codes and guidelines for materials, methods, and design in concrete and wood construction. It also specifies the submission of shop drawings for formwork and falsework as required by the Owner's Representative.
- .5 Re-use formwork and falsework subject to requirements of CAN/CSA-A23.1. SkyPower Corporation Concrete Reinforcing Section 03 20 00 Digby Wind Power Project Page 1 Contract 090630.00 June 2009 PART 1 - GENERAL
AI summary The text outlines a requirement for reusing formwork and falsework in accordance with CAN/CSA-A23.1. It includes a table with information about the Digby Wind Power Project, including the contractor and contract date.
regulations. SkyPower Corporation Cast-in-Place Concrete Section 03 30 00 Digby Wind Power Project Page 3 Contract 090630.00 June 2009 PART 2 - PRODUCTS
AI summary This document outlines a contract between SkyPower Corporation and another party for the Cast-in-Place Concrete section of the Digby Wind Power Project, dated June 2009 and referenced as Contract 090630.00.
SkyPower Corporation Cast-in-Place Concrete Section 03 30 00 Digby Wind Power Project Page 8 Contract 090630.00 June 2009 3.3 SITE TOLERANCE .1 Concrete tolerance in accordance with CAN/CSA-A23.1
AI summary This document outlines the concrete tolerance requirements for the Digby Wind Power Project, referencing the CAN/CSA-A23.1 standard, which is part of the specifications for the Cast-in-Place Concrete section of the project.
- .7 Use the same brand of materials and source of aggregate for the entire project. SkyPower Corporation Concrete Unit Masonry Section 04 22 00 Digby Wind Power Project Page 3 Contract 090630.00 June 2009 - 2.1 MATERIALS .8 All exterior b...
AI summary The text specifies the use of the same brand of materials and source of aggregate throughout the project. It also outlines requirements for exterior block materials, including the use of Dry-Block Mortar Admix for water repellency and bond strength.
- .6 Make cuts straight, clean and free from uneven edges. SkyPower Corporation Concrete Unit Masonry Section 04 22 00 Digby Wind Power Project Page 5 Contract 090630.00 June 2009 3.1 INSTALLATION .6 (Cont'd)
AI summary The text provides a heading and a table related to the Digby Wind Power Project, including a contract number and page reference. It also references a section on installation, specifically '.6 Make cuts straight, clean and free from uneven edges.'
- .4 CAN/CGSB-1.181-99, Ready-Mixed, Organic Zinc-Rich Coating. SkyPower Corporation Structural Steel Section 05 12 00 Digby Wind Power Project For Buildings Page 2 Contract 090630.00 June 2009 - 1.2 REFERENCES .4 American Society for Test...
AI summary The document references a standard for ready-mixed, organic zinc-rich coating and includes a table related to the Digby Wind Power Project, referencing structural steel and building standards.
1.3 DESIGN .1 Design details and connections in accordance with REQUIREMENTS requirements of CAN/CSA-S16 to resist axial forces, moments, shears and allow for movements indicated. SkyPower Corporation Digby Wind Power Project Contract 0906...
AI summary This section outlines design requirements for structural steel in the Digby Wind Power Project, emphasizing compliance with CAN/CSA-S16 standards, shear connection specifications, shop drawings, quality assurance measures, and material testing protocols.
- .6 Shop paint primer: to CISC/CPMA2- 75; Colour: gray; Carbozinc 11 by Carboline Co. or approved equal. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Structural Steel For Buildings Section 05 12 00 Page 5 June 2009 2.1...
AI summary The text details specifications for shop painting and structural steel fabrication for the Digby Wind Power Project. It includes requirements for primer types, surface preparation, and compliance with industry standards such as ASTM and CSA.
indicated. Grind smooth. SkyPower Corporation Structural Steel Section 05 12 00 Digby Wind Power Project For Buildings Page 7 Contract 090630.00 June 2009 - 3.5 FIELD QUALITY .1 If requested, inspection and testing of materials CONTROL and...
AI summary This document outlines a requirement for inspection and testing of materials and workmanship by a designated testing laboratory, as requested by the Owner's Representative, under the Digby Wind Power Project contract.
SkyPower Corporation Metal Fabrications Section 05 50 00 Digby Wind Power Project Page 1 Contract 090630.00 June 2009 Steel.
AI summary The text provides information about the Digby Wind Power Project, including the contract number and date, and references a section related to steel in the Metal Fabrications category.
- .3 ASTM 153/153M-05, Standard Specification for Zinc Coating (Hot-Dip) on Iron and Steel Hardware. SkyPower Corporation Metal Fabrications Section 05 50 00 Digby Wind Power Project Page 2 Contract 090630.00 June 2009 1.2 REFERENCES .4 (C...
AI summary The text references ASTM 153/153M-05, a standard for zinc coating on iron and steel hardware, and includes a table with information about the Digby Wind Power Project, including the contractor, contract number, and date.
approved paint system. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Metal Fabrications Section 05 50 00 Page 5 June 2009 2.6 FRAMES AND SUPPORTS .1 Fabricate by saw cutting, welding and/or bolting form structural steel,...
AI summary The document outlines specifications for the fabrication and erection of metal structures for the Digby Wind Power Project, including requirements for cutting, welding, and painting, as well as compliance with health and safety regulations and standards.
- .2 Plywood identification: by grade mark in accordance with applicable CSA standards. SkyPower Corporation Rough Carpentry Section 06 10 00 Digby Wind Power Project Page 2 Contract 090630.00 June 2009 PART 2 - PRODUCTS
AI summary The text outlines plywood identification standards based on CSA guidelines and includes a table with information about the Digby Wind Power Project, including contract details and section numbers related to rough carpentry.
- .1 Canadian Softwood Plywood (CSP): to CAN/CSA O151-04, standard construction. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Rough Carpentry Section 06 10 00 Page 3 June 2009 2.2 PANEL MATERIALS .4 (Cont'd) Constructio...
AI summary The document details construction specifications for the Digby Wind Power Project, including materials and standards such as Canadian Softwood Plywood (CSP) to CAN/CSA O151-04, panel materials to CAN/CSA O325, and wood preservatives to CAN/CSA O80. It outlines requirements for sealants, fasteners, and finishes.
.3 Staples: minimum 6mm leg. SkyPower Corporation Air/Vapour Barriers Section 07 28 00 Digby Wind Power Project Page 2 Contract 090630.00 June 2009 PART 3 - EXECUTION
AI summary The text provides a heading and a table related to the Digby Wind Power Project, including the contract number and page information. It also references Part 3 - Execution of the contract.
- .4 Conform to manufacturer's recommended temperatures, relative humidity and substrate moisture content for application and curing of sealants including special conditions governing use. SkyPower Corporation Sealants Section 07 92 00 Dig...
AI summary The document outlines requirements for the application and curing of sealants, emphasizing adherence to manufacturer guidelines for temperature, humidity, and substrate moisture content. It includes a table referencing the Digby Wind Power Project and Contract 090630.00.
- .8 CSA W59-03 (R2008), Welded Steel Construction (Metal Arc Welding). SkyPower Corporation Metal Doors and Frames Section 08 11 14 Digby Wind Power Project Page 2 Contract 090630.00 June 2009 1.2 REFERENCES .4 (Cont'd)
AI summary The text references a standard for welded steel construction and includes a table with information related to the Digby Wind Power Project, including the contract number and date.
- .2 Indicate each type of door, material, steel core thicknesses, mortises, reinforcements, location of exposed fasteners, openings, arrangement of hardware and fire rating and finishes. SkyPower Corporation Digby Wind Power Project Contr...
AI summary The text outlines specifications for metal doors and frames, including requirements for fire-rated doors and frames, materials, core thicknesses, reinforcements, and regulatory compliance with Canadian standards such as CAN4-S104M and CAN4-S105M, as well as ASTM E152 and NFPA 252.
SkyPower Corporation Digby Wind Power Project Contract 090630.00 Metal Doors and Frames Section 08 11 14 Page 6 June 2009 2.1 MATERIALS (Cont'd) .11 (Cont'd) accordance with the manufacturer's written instructions. Colour to be approved by...
AI summary The document outlines specifications for metal doors and frames for the Digby Wind Power Project, including materials, adhesives, paint touch-up, finishes, accessories, and frame fabrication requirements in accordance with various standards and specifications.
- 1.1 WORK INCLUDED .1 This Section specifies requirements for providing all labour, tools, equipment and materials to complete all painting including preparation, painting and touch-up. - 1.2 RELATED WORK .1 Metal Fabrications: Section 05...
AI summary This section outlines the work included in painting specifications, referencing various standards and requirements for painting contractors, including the use of specific materials and adherence to quality assurance protocols.
- .3 Before painting equipment mask manufacturer's name plates and any other name plates carrying informational data pertaining to equipment. Do not paint nameplates. SkyPower Corporation Painting Section 09 91 23 Digby Wind Power Project...
AI summary The text outlines guidelines for painting equipment, emphasizing the importance of preserving informational name plates and specifying that paint must be well mixed and not thinned without approval. It includes a table referencing a contract and project details.
- .8 Keep sprinkler heads free of paint. SkyPower Corporation Painting Section 09 91 23 Digby Wind Power Project Page 8 Contract 090630.00 June 2009 - 3.5 PAINTING .1 Formula 1: for exterior galvanized and zinc coated FORMULAE ferrous meta...
AI summary The text outlines painting specifications for the Digby Wind Power Project, including the use of specific primer and enamel formulas for exterior galvanized and zinc-coated ferrous metals.
- 1 coat block filler (Devoe 4010, PPG 16-90) 2 coats semi-gloss industrial enamel, 3 mil DFT (Devoe 4216HP, Pitt-Tech 90-474 Series) SkyPower Corporation Painting Section 09 91 23 Digby Wind Power Project Page 9 Contract 090630.00 June 20...
AI summary The text outlines a painting specification for the Digby Wind Power Project, including the use of specific paint products and standards. It references a contract and project details.
- .6 ASTM A792/A792M-08, Standard Specification for Steel Sheet, 55% Aluminum-Zinc Alloy-Coated by the Hot-Dip Process. SkyPower Corporation Prefabricated Buildings Section 13 34 23 Digby Wind Power Project Page 2 Contract 090630.00 June 2...
AI summary The document references a standard specification for steel sheet coated with a 55% aluminum-zinc alloy, as well as a contract related to the Digby Wind Power Project, including a section on prefabricated buildings and a reference to a contract number and date.
- (Cont'd) .7 ASTM A1011/A1011M-09, Standard Specification for Steel, Sheet and Strip, Hot-Rolled, Carbon, Structural, High-Strength Low-Alloy, High-Strength Low- Alloy with Improved Formability, and Ultra- High Strength. - .8 ASTM D4637-0...
AI summary The document lists various standards and specifications related to steel and coatings, including ASTM and Canadian standards, focusing on materials used in construction and structural applications.
.4 Preformed, profiled roof and wall cladding shall SkyPower Corporation Prefabricated Buildings Section 13 34 23 Digby Wind Power Project Page 10 Contract 090630.00 June 2009 2.1 MATERIALS .4 (Cont'd)
AI summary The text references a contract for the Digby Wind Power Project and outlines requirements for preformed, profiled roof and wall cladding under Section 13 34 23 of the Prefabricated Buildings specification.
- .3 Gypsum wall board joints shall be taped with a self adhesive fibreglass mesh (min. 50mm wide) and SkyPower Corporation Prefabricated Buildings Section 13 34 23 Digby Wind Power Project Page 11 Contract 090630.00 June 2009 2.1 MATERIAL...
AI summary The text includes a specification for taping gypsum wall board joints with self-adhesive fibreglass mesh and references a contract related to the Digby Wind Power Project. It also mentions a section of the document concerning materials.
- .1 Compressive strength: 50 MPa at 28 days. SkyPower Corporation Prefabricated Buildings Section 13 34 23 Digby Wind Power Project Page 12 Contract 090630.00 June 2009 2.1 MATERIALS .13 (Cont'd)
AI summary The text includes a specification for compressive strength of 50 MPa at 28 days, a table referencing the Digby Wind Power Project and Contract 090630.00, and a section heading related to materials.
- .3 Provide hairline joints for materials in contact. SkyPower Corporation Digby Wind Power Project Prefabricated Buildings Section 13 34 23 Page 13 following. .1 Registers, Grilles, Diffusers, Louvres. .2 Exhaust Fans. .3 Duct Insulation...
AI summary The text outlines specifications for ductwork construction, including materials, dimensions, and compliance standards such as ASTM A653 and SMACNA duct construction standards, as part of the Digby Wind Power Project.
Schuller; Owens Corning. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Ventilation Section 23 00 00 Page 5 June 2009 .2 Use cadmium plated or stainless steel fasteners throughout to prevent corrosion, and with countersun...
AI summary The text outlines specifications and procedures for the Digby Wind Power Project, including the use of corrosion-resistant fasteners, commissioning requirements, and testing, adjusting, and balancing of HVAC systems. It also references electrical work and standards from the American Association of Balancing Contractors (AABC).
of commissioning. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Common Work Results - Electrical Section 26 05 00 Page 5 June 2009 .4 Acceptable manufacturers: Nelson, Fire Stop Systems, 3M or approved equal. Material of...
AI summary The document outlines specifications for the Digby Wind Power Project under Contract 090630.00, including acceptable manufacturers for materials, delivery schedules, and manufacturer's services required for installation and compliance.
.1 Embossed plastic labels with 6 mm high letters SkyPower Corporation Digby Wind Power Project Contract 090630.00 Common Work Results - Electrical Page 8 June 2009 Section 26 05 00 2.5 EQUIPMENT IDENTIFICATION (Cont'd) .3 Wording on namep...
AI summary The text outlines specifications for equipment identification and wiring in the Digby Wind Power Project, including requirements for nameplate wording, letter size, language, and compliance with Canadian standards such as CSA C22.1.
conduit, non-metallic sheathed cable as required to: SkyPower Corporation Wire and Box Section 26 05 20 Digby Wind Power Project Connectors (0-1000V) Page 2 Contract 090630.00 June 2009 PART 3 - EXECUTION
AI summary The document text references a contract related to the Digby Wind Power Project, involving wire and box specifications under Section 26 05 20. It includes a contract number and date, indicating a procurement or execution phase of the project.
- .3 Install bushing stud connectors in accordance with EEMAC 1Y-2. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Wire and Cables (0-1000V) Section 26 05 21 Page 1 June 2009 .5 Ground control cable shield as applicable....
AI summary The document outlines specifications for installing bushing stud connectors and grounding control cable shields in accordance with EEMAC 1Y-2 and Canadian Standards Association (CSA) standards for the Digby Wind Power Project under Contract 090630.00.
bracket. Mechanical fastening type only; adhesive SkyPower Corporation Hangers and Supports Section 26 05 29 Digby Wind Power Project for Electrical Systems Page 2 Contract 090630.00 June 2009 PART 3 - EXECUTION
AI summary The text references a contract for the Digby Wind Power Project, specifically Part 3 - Execution, under Contract 090630.00 dated June 2009. It includes a table with information about SkyPower Corporation and details related to hangers and supports for electrical systems.
- .2 Install size 2 identification labels indicating system name voltage and phase. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Outlet Boxes, Conduit Boxes and Fittings Section 26 05 32 Page 1 June 2009 1.1 SECTION INC...
AI summary The text provides installation instructions for size 2 identification labels and outlines the scope of work for outlet boxes, conduits, and fittings in the Digby Wind Power Project. It references multiple Canadian Standards Association (CSA) standards for electrical components and installation practices.
- .12 Mechanically bend steel conduit over 19 mm dia. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Conduit, Conduit Fastenings and Conduit Fittings Section 26 05 34 Page 4 June 2009 Digby Wind Power Project Electrical S...
AI summary This document outlines specifications for the installation of steel conduit and cable tray systems for the Digby Wind Power Project under Contract 090630.00. It references various standards, including those from the Canadian Standards Association (CSA) and the National Electrical Manufacturers Association (NEMA), and requires submission of product data and shop drawings.
- .8 Remove and replace entire length of cable if cable fails to meet any of test criteria. SkyPower Corporation Protection, Control and Section 26 11 00 Digby Wind Power Project Communication Panels Page 1 Contract 090630.00 June 2009 PAR...
AI summary The text outlines requirements for the removal and replacement of cables that fail to meet test criteria. It also includes a contract for the Digby Wind Power Project, specifying the inclusion of protection and control panels, communication panels, and related standards and codes.
bolts, openings for cables, and all pertinent support SkyPower Corporation Protection, Control and Section 26 11 00 Digby Wind Power Project Communication Panels Page 2 Contract 090630.00 June 2009 1.4 SHOP DRAWINGS .2 (Cont'd)
AI summary The document text includes a table referencing the Digby Wind Power Project under Contract 090630.00, with details about protection, control, and communication panels. It also mentions Shop Drawings section 1.4.2.
- .10 All lock-out relays shall be Electroswitch Series 24 as defined per the design drawings. .11 All control switches shall be Electroswitch series 24. SkyPower Corporation Protection, Control and Section 26 11 00 Digby Wind Power Projec...
AI summary The text outlines specifications for lock-out relays and control switches, referencing Electroswitch Series 24 as defined in design drawings. It also includes a table related to the Digby Wind Power Project, referencing a contract and page number.
- .2 Each and every device in the Protection, Control and Communication Panels shall be provided SkyPower Corporation Protection, Control and Section 26 11 00 Digby Wind Power Project Communication Panels Page 5 Contract 090630.00 June 200...
AI summary The text outlines requirements for devices in Protection, Control, and Communication Panels as part of the Digby Wind Power Project under Contract 090630.00, referencing Section 26 11 00 and Page 5 from June 2009.
- .2 The Vendor shall provide evidence that the manufacturing quality assurance program in accordance with ISO 9001 is estanlished and maintained. SkyPower Corporation Protection, Control and Section 26 11 00 Digby Wind Power Project Commu...
AI summary The Vendor is required to provide evidence that a manufacturing quality assurance program compliant with ISO 9001 is established and maintained. The text includes a table referencing SkyPower Corporation, the Digby Wind Power Project, and Contract 090630.00.
- .1 C22.1-06 Canadian Electrical Code Part I SkyPower Corporation Protection, Control and Section 26 11 00 Digby Wind Power Project Communication Panels Page 8 Contract 090630.00 June 2009 3.2 TESTING AND .1 (Cont'd) COMMISSIONING .2 (Con...
AI summary The text references the Canadian Electrical Code Part I, specifically Section 26 11 00, and mentions the Digby Wind Power Project under Contract 090630.00, with testing and commissioning details dated June 2009.
- .7 Initialled by Contractor. SkyPower Corporation Protection, Control and Section 26 11 00 Digby Wind Power Project Communication Panels Page 9 Contract 090630.00 June 2009 3.2 TESTING AND .3 Documentation
AI summary The document outlines a contract between SkyPower Corporation and Digby Wind Power Project, referencing Section 26 11 00 and Page 9 of the Communication Panels section, with a contract number 090630.00 dated June 2009. It also mentions a section on testing and documentation.
.1 ANSI/IEEE C57.12.90 Standard Test Code for Liquid-Immersed Distribution, Power, and Regulating .2 ANSIC29.9, Wet-Process Porcelain Insulators SkyPower Corporation Digby Wind Power Project Contract 090630.00 Outdoor Substation Section 26...
AI summary The text references two standards (ANSI/IEEE C57.12.90 and ANSIC29.9) and includes a table with information about a contract (Contract 090630.00) related to the Digby Wind Power Project by SkyPower Corporation. The table includes details about an outdoor substation and a section reference.
- .3 Arc flash labels and signs in compliance with CSA-Z462. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Outdoor Substation Section 26 11 01 Page 7 June 2009 3.12 GROUNDING .1 Refer to Section 26 05 27 - Grounding - Pr...
AI summary The text outlines requirements for arc flash labels and signs in compliance with CSA-Z462, and includes details on grounding, insulators, and transformer oil containment systems for the Digby Wind Power Project under Contract 090630.00.
(hanger brackets) and lift lugs. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Liquid Filled MV Transformers Section 26 12 13 Page 4 June 2009 2.3 MOUNTING .1 Transformers suitable for substation structural frame install...
AI summary This document outlines technical specifications for Liquid Filled MV Transformers under Contract 090630.00 for the Digby Wind Power Project, including mounting, voltage taps, bushings, insulating liquid, accessories, and finish requirements.
I - .1 GL1-3, Transformer and Apparatus Bushings - .4 ANSI/IEEE Standards - .1 C57.12.00, Standard General Requirements for Liquid-Immersed Distribution, Power, and Regulating Transformers - .2 C57.12.70, Terminal Markings and Connections...
AI summary The document references specific standards related to transformer and apparatus bushings, including ANSI/IEEE C57.12.00 and C57.12.70, which outline general requirements and terminal markings for transformers.
- .3 Fluke Meter (or equivalent). SkyPower Corporation Liquid Filled Power Section 26 12 15 Digby Wind Power Project Transformers Page 6 Contract 090630.00 June 2009 3.2 FIELD QUALITY .2 (Cont'd)
AI summary The text references a Fluke Meter (or equivalent), a table listing SkyPower Corporation and the Digby Wind Power Project with details about transformers, and a section titled 'Field Quality .2 (Cont'd)' which may relate to quality control or inspection processes.
- .3 Methane $(CH_4)$ . SkyPower Corporation Digby Wind Power Project Contract 090630.00 Liquid Filled Power Transformers Section 26 12 15 Page 11 June 2009 $\begin{array}{cccccccccccccccccccccccccccccccccccc$ SkyPower Corporation Digby Wi...
AI summary The text discusses the installation and specifications for pad-mounted, liquid-filled, medium-voltage transformers as part of the SkyPower Corporation Digby Wind Power Project. It references various standards and sections related to transformer installation and commissioning.
.2 Technical data to cover operating mechanism of group SkyPower Corporation Isolating Switches Section 26 13 01 Digby Wind Power Project Page 2 Contract 090630.00 June 2009 PART 2 - PRODUCTS
AI summary This section provides technical data related to the operating mechanism of a group, specifically referencing Isolating Switches under Section 26 13 01, associated with the Digby Wind Power Project and Contract 090630.00 dated June 2009.
- 1.6 EXTRA MATERIALS .1 Provide maintenance materials and spare parts in accordance with Section 01 10 00. SkyPower Corporation Medium Voltage Circuit Breakers Section 26 18 00 Digby Wind Power Project Page 5 Contract 090630.00 June 2009...
AI summary The document specifies that maintenance materials and spare parts must be provided in accordance with Section 01 10 00. It includes a table referencing SkyPower Corporation's provision of Medium Voltage Circuit Breakers under Section 26 18 00 for the Digby Wind Power Project, Contract 090630.00, dated June 2009.
.15 Outdoor Finish - .1 All enclosures shall be complete with a finish that shall conform to or exceed the applicable requirements of ANSI C57.12.28. - .2 During fabrication, the areas of structural parts that may later become inaccessible...
AI summary The section outlines requirements for the outdoor finish of enclosures, specifying compliance with ANSI C57.12.28, anticorrosion priming, and testing procedures including salt-spray, humidity, ultraviolet weathering, and adhesion tests.
SkyPower Corporation Medium Voltage Reclosers Section 26 18 26 Digby Wind Power Project Page 1 Contract 090630.00 June 2009 PART 1 - GENERAL
AI summary This document is related to the Digby Wind Power Project, specifically Contract 090630.00 dated June 2009. It is part of a section titled 'General' and includes information about SkyPower Corporation and Medium Voltage Reclosers under Section 26 18 26.
- .5 G164 Hot Dipped Galvanized or Irregularly Shaped Articles SkyPower Corporation Medium Voltage Reclosers Section 26 18 26 Digby Wind Power Project Page 2 Contract 090630.00 June 2009 1.3 REFERENCES .2 (Cont'd)
AI summary The text includes a table referencing SkyPower Corporation's Medium Voltage Reclosers under Contract 090630.00 for the Digby Wind Power Project, with a reference to Section 26 18 26 and Page 2 dated June 2009. It also mentions a continuation of references in section 1.3.
- .7 Unless otherwise noted, CSA Standards shall be given precedence when and where conflicts arise. SkyPower Corporation Medium Voltage Reclosers Section 26 18 26 Digby Wind Power Project Page 3 Contract 090630.00 June 2009 1.4 SUBMITTALS...
AI summary The text outlines a requirement for providing operation and maintenance data for medium voltage reclosers as part of a submission under Contract 090630.00 for the Digby Wind Power Project. It also references CSA Standards for precedence in case of conflicts.
- .2 SF6 Gas Pressure in PSI (as applicable). SkyPower Corporation Medium Voltage Reclosers Section 26 18 26 Digby Wind Power Project Page 4 Contract 090630.00 June 2009 1.5 SHIPPING .1 (Cont'd)
AI summary The text includes a table with information about SkyPower Corporation's Medium Voltage Reclosers under Section 26 18 26, related to the Digby Wind Power Project, Contract 090630.00, dated June 2009. It also references a section on shipping, though no details are provided.
1.6 EXTRA MATERIALS .1 Provide maintenance materials and spare parts in accordance with Section 01 10 00. SkyPower Corporation Medium Voltage Reclosers Section 26 18 26 Digby Wind Power Project Page 5 Contract 090630.00 June 2009 PART 2 -...
AI summary The document discusses the provision of maintenance materials and spare parts in accordance with Section 01 10 00, and includes a table listing SkyPower Corporation and the Digby Wind Power Project with relevant contract and page details.
- .6 Bushings SkyPower Corporation Medium Voltage Reclosers Section 26 18 26 Digby Wind Power Project Page 8 Contract 090630.00 June 2009 2.1 RECLOSERS .6 (Cont'd)
AI summary The text references a contract related to the Digby Wind Power Project and mentions medium voltage reclosers under section 26 18 26. It includes a contract number and date, indicating a procurement or project management context.
- .2 Meggar Test Set (or equivalent). SkyPower Corporation Medium Voltage Reclosers Section 26 18 26 Digby Wind Power Project Page 15 Contract 090630.00 June 2009 3.2 TESTING AND .1 (Cont'd) COMMISSIONING .3 (Cont'd) (Cont'd) .1 (Cont'd)
AI summary The text references a Meggar Test Set and equivalent equipment, and includes a table with information about SkyPower Corporation's Medium Voltage Reclosers, the Digby Wind Power Project, and a contract dated June 2009. It also mentions sections related to testing and commissioning.
- .1 IEC 815, Guide for the Selection of Insulators in Respect of Polluted Conditions Digby Wind Power Project Instrument Transformers Section 26 22 19 Page 2 Contract 090630.00 June 2009 1.3 REFERENCES .5 ISO Standards
AI summary The text references IEC 815, a guide for selecting insulators in polluted conditions, and mentions the Digby Wind Power Project, Instrument Transformers, and a contract dated June 2009. It also references ISO Standards in section 1.3.
.1 Responsibility for delivery shall belong to the Vendor, who shall provide for all delivery costs from SkyPower Corporation Instrument Transformers Section 26 22 19 Digby Wind Power Project Page 3 Contract 090630.00 June 2009 1.6 SHIPPIN...
AI summary The text outlines the vendor's responsibility for delivery and associated costs, referencing a contract related to the Digby Wind Power Project and Instrument Transformers under Section 26 22 19.
- .7 Current Ratio: 200:5 SkyPower Corporation Instrument Transformers Section 26 22 19 Digby Wind Power Project Page 4 Contract 090630.00 June 2009 2.1 INSTRUMENT .1 (Cont'd) TRANSFORMERS .2 (Cont'd) (Cont'd) .1 (Cont'd)
AI summary The document references a contract related to the Digby Wind Power Project, specifically Contract 090630.00, and includes a table with information about Instrument Transformers under Section 26 22 19. The current ratio mentioned is 200:5.
- .5 Biodegradable. SkyPower Corporation Instrument Transformers Section 26 22 19 Digby Wind Power Project Page 6 Contract 090630.00 June 2009 - 2.2 EQUIPMENT .1 Ratings Nameplates
AI summary The text includes a table with information about the Digby Wind Power Project, referencing a contract and section numbers. It also mentions equipment ratings and nameplates.
- .4 All test results shall be provided to the Engineer in written form within 24 hours of SkyPower Corporation Instrument Transformers Section 26 22 19 Digby Wind Power Project Page 9 Contract 090630.00 June 2009 3.2 TESTING AND .3 (Cont'...
AI summary The text outlines a requirement for providing test results to the Engineer in written form within 24 hours. It includes a table referencing the Digby Wind Power Project and Contract 090630.00, along with section numbers and dates.
number and phase. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Panelboard Breaker Type Section 26 24 17 Page 1 June 2009 PART 1 - GENERAL 1.1 SECTION INCLUDES .1 Materials and installation for standard and custom breake...
AI summary The document outlines specifications for panelboard breaker types under Contract 090630.00 for the Digby Wind Power Project. It references Canadian Standards Association (CSA) standards and includes requirements for materials, installation, and specifications for panelboards and circuit breakers.
MATERIALS Section 01 10 00. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Fuses - Low Voltage Section 26 28 14 Page 2 June 2009 PART 2 - PRODUCTS 2.1 FUSES GENERAL .1 Fuses: product of one manufacturer for entire project...
AI summary This document outlines the specifications for low-voltage fuses and fuse cabinets required for the Digby Wind Power Project under Contract 090630.00. It includes requirements for fuse types, certification standards, and acceptable manufacturers.
- .6 Section 01 91 33 Commissioning (Cx) Forms SkyPower Corporation Medium Voltage Section 26 28 22 Digby Wind Power Project Disconnect Switches Page 2 Contract 090630.00 June 2009 - 1.3 REFERENCES .1 Codes and standards referenced in this...
AI summary This section outlines the commissioning forms for medium voltage disconnect switches under the Digby Wind Power Project, referencing the latest edition of applicable codes and standards.
- (1) reproducible copy of the following within 24 SkyPower Corporation Medium Voltage Section 26 28 22 Digby Wind Power Project Disconnect Switches Page 4 Contract 090630.00 June 2009 1.5 SHIPPING .2 (Cont'd) (Cont'd) .1 (Cont'd)
AI summary The text includes a table with information related to the Digby Wind Power Project, specifically mentioning disconnect switches and a contract dated June 2009. It also references a section labeled '1.5 SHIPPING .2 (Cont'd) .1 (Cont'd)' which may be part of a larger document or contract.
- .2 Nova Scotia Occupational Health and Safety Act SkyPower Corporation Medium Voltage Section 26 28 22 Digby Wind Power Project Disconnect Switches Page 13 Contract 090630.00 June 2009 3.2 TESTING AND .1 (Cont'd) COMMISSIONING .2 (Cont'd...
AI summary The text references the Nova Scotia Occupational Health and Safety Act and includes a table related to the Digby Wind Power Project, specifically mentioning disconnect switches and a contract dated June 2009. It also references testing and commissioning procedures.
- .6 Confirmation that test results are acceptable. SkyPower Corporation Medium Voltage Section 26 28 22 Digby Wind Power Project Disconnect Switches Page 14 Contract 090630.00 June 2009 3.2 TESTING AND .2 (Cont'd) COMMISSIONING .1 (Cont'd...
AI summary This section confirms the acceptability of test results related to the Digby Wind Power Project, specifically concerning disconnect switches under Contract 090630.00, dated June 2009.
SkyPower Corporation Digby Wind Power Project Contract 090630.00 Disconnect Switches - Fused and Non-Fused Section 26 28 23 Page 1 June 2009 PART 1 - GENERAL 1.1 SECTION INCLUDES .1 Materials and installation for fused and non-fused discon...
AI summary The document outlines specifications for disconnect switches and wind turbine generators under the Digby Wind Power Project contract. It includes general requirements, product details, and installation instructions, referencing various standards and codes.
- .1 9000: 2000, Quality Management SkyPower Corporation Wind Turbine Generators Section 26 32 23 Digby Wind Power Project Page 2 Contract 090630.00 June 2009 PART 2 - PRODUCTS
AI summary This document section outlines the quality management standards for wind turbine generators under the Digby Wind Power Project, referencing ISO and IEC standards. It includes a contract number and project details.
- .2 PE 5, Utility Type Battery Chargers SkyPower Corporation DC Uninterruptible Power Supply Section 26 33 53 Digby Wind Power Project Page 2 Contract 090630.00 June 2009 1.3 REFERENCES .5 ISO Standards
AI summary The document references a contract related to the Digby Wind Power Project and mentions the use of ISO standards in section 1.3. It includes a table with information about a DC Uninterruptible Power Supply and a contract dated June 2009.
- .3 Nova Scotia Department of Transportation and Infrastructure Renewal. SkyPower Corporation DC Uninterruptible Power Supply Section 26 33 53 Digby Wind Power Project Page 4 Contract 090630.00 June 2009 1.5 SHIPPING .1 (Cont'd) (Cont'd)...
AI summary The document includes a table with information related to the Digby Wind Power Project, referencing a contract dated June 2009 and a section related to DC Uninterruptible Power Supply under the Nova Scotia Department of Transportation and Infrastructure Renewal.
- .6 Battery: SkyPower Corporation DC Uninterruptible Power Supply Section 26 33 53 Digby Wind Power Project Page 12 Contract 090630.00 June 2009 2.5 FACTORY TESTS .5 Tests:(Cont'd)
AI summary The document includes a table referencing the SkyPower Corporation and the Digby Wind Power Project, along with a contract dated June 2009. It also mentions factory tests for a DC Uninterruptible Power Supply under section 26 33 53.
PART 3 - EXECUTION - 3.1 INSTALLATION .1 Locate battery charger, battery racks and battery as indicated. - .2 Assemble and interconnect components to provide complete UPS as specified. - .3 Connect ac mains to main input terminal. - .4 Con...
AI summary This section outlines the installation procedures for a DC uninterruptible power supply (UPS) as part of the Digby Wind Power Project. It includes steps such as locating components, assembling the UPS, connecting ac mains and load, and performing initial tests.
- .3 Equipment SkyPower Corporation DC Uninterruptible Power Supply Section 26 33 53 Digby Wind Power Project Page 14 Contract 090630.00 June 2009 3.2 TESTING AND .1 (Cont'd) COMMISSIONING .2 (Cont'd) (Cont'd) .3 (Cont'd)
AI summary The document references equipment specifications and a contract related to the Digby Wind Power Project, including a DC Uninterruptible Power Supply under Section 26 33 53 and a contract dated June 2009.
SkyPower Corporation Surge Arresters Section 26 41 01 Digby Wind Power Project Page 1 Contract 090630.00 June 2009 PART 1 - GENERAL 1.1 SECTION INCLUDES .1 Materials and installation for primary lighting arresters. 1.2 SECTION INCLUDES .1...
AI summary The document outlines specifications for surge arresters under Section 26 41 01 for the Digby Wind Power Project, including compliance with ANSI/IEEE and CSA standards, and details such as maximum continuous operating voltage and outdoor usage requirements.
.1 Luminaire. SkyPower Corporation Lighting Section 26 50 00 Digby Wind Power Project Page 2 Contract 090630.00 June 2009 PRODUCT DATA following:
AI summary The text provides a table and heading related to a product data section for the Digby Wind Power Project, including a contract number and date. It also references a lighting section under the SkyPower Corporation.
- .5 Approval in writing is obtained from the Engineer to the Contractor 5 days prior to bid depository tender closing. SkyPower Corporation Lighting Section 26 50 00 Digby Wind Power Project Page 3 Contract 090630.00 June 2009 PART 2 - PR...
AI summary The text outlines a requirement for written approval from the Engineer to the Contractor five days before the bid depository tender closing. It includes a table referencing the Digby Wind Power Project with contract details and a section heading for 'PART 2 - PRODUCTS'.
.1 Aluminium sheet fabricated from special aluminum alloys and chemically brightened, SkyPower Corporation Lighting Section 26 50 00 Digby Wind Power Project Page 4 Contract 090630.00 June 2009 (Cont'd) .1 (Cont'd)
AI summary The document text includes a table with information about the Digby Wind Power Project, referencing a contract and page number, and mentions an aluminium sheet fabricated from special aluminum alloys and chemically brightened.
- .4 Lamp type, wattage, bulb type (ED17, BD56, etc.) and coating (clear or coated) for HID luminaires. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Lighting Section 26 50 00 Page 5 June 2009 PART 3 - EXECUTION 3.1 INST...
AI summary The text outlines specifications for the installation of HID luminaires and emergency lighting systems, including requirements for lamp types, installation methods, alignment, spare lamps, and quality control measures, along with references to standards and warranty terms for emergency lighting equipment.
- (Cont'd) .9 CSA T530-M90 Building Facilities Design Guidelines for Telecommunications - .3 American National Standards Institute (ANSI)/Institute of Electrical and Electronics Engineers (IEEE) - .1 ANSI/TIA/EIA 455-34 Interconnection Dev...
AI summary The text outlines standards and procedures for fiber optic cable installation and testing, referencing various industry and provincial guidelines, including those from ANSI/IEEE, BICSI, and manufacturer-specific standards. It also specifies the submission of operation and maintenance data and test results for review.
- .2 Drawings to indicate: dimensions, size of components, anchorage details. SkyPower Corporation Chain Link Fence Section 32 31 13 Digby Wind Power Project and Gate Page 2 Contract 090630.00 June 2009 PART 2 - PRODUCTS
AI summary The text outlines a requirement for drawings to indicate dimensions, size of components, and anchorage details. It also includes a table with information about the Digby Wind Power Project, involving a contract and a section reference.
- .10 Install overhang tops and post caps. SkyPower Corporation Digby Wind Power Project Contract 090630.00 Chain Link Fence and Gate Section 32 31 13 Page 4 June 2009 3.4 TOUCH UP .1 Clean damaged surfaces with wire brush removing loose a...
AI summary The text outlines installation instructions for overhang tops and post caps, as well as specifications for a passive oil containment system under a contract with SkyPower Corporation for the Digby Wind Power Project. It includes details on touch-up painting, cleaning procedures, and system requirements.
APPENDIX A1 SKYPOWER CORP DIGBY WIND POWER PROJECT
AI summary This document is an appendix to a regulatory proceeding, specifically related to the Digby Wind Power Project by SkyPower Corp. It includes a referenced image and the name of the project and company involved.
COMMISSIONING FORMS Date Office Title: Local alarm indications Remote alarm indications CHECKS AFTER TESTING All wiring reconnected and tight All covers reclosed Charger left on Cabinet internal temperature 0 C after hours running in 0 C a...
AI summary The document outlines commissioning forms for the Digby Wind Project, including station battery field test reports and checks after testing. It includes sections for recording battery data, inspection and tests prior to charging, and ambient temperature measurements.
Page Client: Date: Project Name: Prepared By: Section Project Number: Tested By: DEF'Y NO. DESCRIPTION (REFER TO REPORT PAGE NO.) CORRECTIONS CHECKED BY DATE COMMENTS List of Deficiencies Field Test Report Digby Wind Project UARB IR-12 Att...
AI summary The document is a field test report for the Digby Wind Project, detailing deficiencies found in MV power cable installations. It includes testing procedures such as megger tests, Hipot or Dobble tests, and post-test checks for cable supports, sealing, and reconnections.
SKYPOWER CORP DIGBY WIND POWER PROJECT
AI summary The document references the Digby Wind Power Project by SkyPower Corp, indicating a potential focus on renewable energy initiatives in Nova Scotia.
- 4. REFER TO DRAWING EXXX FOR DETAILS OF OVERHEAD CONSTRUCTION. BILL OF MATERIALS (TABLE E9009-1) SKYPOWER CORP DIGBY WIND POWER PROJECT ING D 0 RE A SSUED FOR TENDER SSUED FOR FINAL REVIEW Description 06/30/09 06/15/09
AI summary This section refers to drawing EXXX for details of overhead construction and includes a bill of materials table for the SkyPower Corp Digby Wind Power Project, issued for tender and final review on specific dates.
- 6. RUN CONDUCTOR CONTINUOUSLY THROUGH THE SWITCH EYEBOLT CONNECTOR AND TERMINATE AT ARRESTER. SKYPOW IER ELECTRICAL STANDARD DETAIL 1 1 1 2 3 SKYPOWER CORP DIGBY WIND POWER PROJECT 0 A Rev ISSUED FOR TENDER ISSUED FOR FINAL REVIEW Descri...
AI summary The text provides detailed instructions for running a conductor through a switch eyebolt connector and terminating at an arrester. It includes a table with materials and standards related to the SkyPower Corp Digby Wind Power Project, referencing specific standards and components.
N.T.S. Dighy Wind Project IJARR IR-12 Attachment 10 Page 520 of 1067 ISO 9001 CERTIFIED
AI summary The text contains a page reference from a document related to the Dighy Wind Project, including a certification standard (ISO 9001) and a reference to a regulatory proceeding (IJARR IR-12).
- THE CONFIGURATION SHOWN IS APPLICABLE FOR INSTALLATIONS WITH A LINE ANGLE UP TO 20° AND SPAN LENGTHS UP TO 366m. BILL OF MATERIALS (TABLE E9401-1) ITEM QTY. DESCRIPTION STD. OF ACCEPTANCE F1 1 ALUMINUM SUSPENSION CLAMP FOR ADSS FIBRE-OPT...
AI summary The text provides technical specifications for a suspension clamp and associated hardware used in fiber-optic cable installations, including standards and materials. It also includes a drawing and contract information for a wind power project.
- CROSSARMS SHALL BE AS PER CSA STD. 0116, CLASS '1' PENTACHLOROPHENOL—TREATED DOUGLAS FIR IN ACCORDANCE WITH THE LATEST REVISION OF CSA STD. 080. ALL HOLES SHALL BE DRILLED BEFORE TREATMENT. - 2. ALL DIMENSIONS ARE IN MILLIMETRES, UNLESS...
AI summary The text contains technical specifications for crossarms and installation procedures for electrical equipment, including references to standards and certifications. It includes details related to the Digby Wind Project and mentions ISO 9001 certification.
COLLECTION SYSTEM POLE SCHEDULE SKYPOWER CORP DIGBY WIND POWER PROJECT Date Office Title: 6/30/2009 Hfx Designed Drawn COLLECTION SYSTEM POLE SCHEDULE LO'K LO'K O ISSUED FOR TENDER 6/30/09 LO'K RO'C A ISSUED FOR FINAL REVIEW 06/24/09 #REF!...
AI summary The document presents a pole schedule for the collection system of the SkyPower Corp Digby Wind Power Project, including dates, office locations, and revision details related to the schedule's issuance for tender and final review.
BILL OF MATERIALS Date Office Title: CBCL 06/15/09 Hfx BILL OF Designed Drawn MATERIALS LO'K LO'K MIATERIALO CBCL LIMITED 0 ISSUED FOR TENDER 6/30/09 LO'K RO'C Schedule SCHEDU I E-A Consulting Engineers Α ISSUED FOR FINAL REVIEW 06/15/09 L...
AI summary The document is a bill of materials for the Digby Wind Power Project, outlining specific components such as surge arresters with detailed specifications, including standards like IEEE Std. C62.22 and C62.11. It includes quantities, units, descriptions, and manufacturers.
1 FORWARD - 1.1 The joint venture partners SkyPower Corp. and Scotian WindFields Inc. signed a long term Power Purchase Agreement (PPA) with Nova Scotia Power to supply renewable power in the form of wind generation. The project will consi...
AI summary SkyPower Corp. and Scotian WindFields Inc. have entered into a long-term Power Purchase Agreement with Nova Scotia Power to supply wind-generated renewable energy. The project involves 20 GE 1.5sle wind turbines and a substation located near the NSPI Conway substation, approximately 10.6 km away. The turbines are situated on private properties along Gulliver's Cove Road in the Municipality of the District of Digby, Nova Scotia.
1 SALUTATION To: CBCL Limited PO Box 606 1489 Hollis Street Halifax, NS B3J 2R7 Attention: Larry O'Keefe, P.Eng. 1.1 For: Digby Wind Power Project Quotation for: HV CIRCUIT BREAKER
AI summary This document is a salutation and quotation request for an HV circuit breaker from CBCL Limited, directed to Larry O'Keefe at the Digby Wind Power Project.
.1 Newly constructed wind farm constructed to the following parameters: .1 Nominal service voltage kV rms 69 .2 Rated (maximum) voltage kV rms 72.5 .3 Nos. of phases and wiring 3P, 3W .4 Connected wind farm capacity MW 30 .5 Utility fault...
AI summary A newly constructed wind farm has been built with specific electrical parameters, including a nominal service voltage of 69 kV rms, a rated voltage of 72.5 kV rms, and a connected capacity of 30 MW. The document also mentions environmental conditions, though details are not provided.
1 DEFINITIONS - 1.1 "Balance of Plant" means all equipment, tools, labour, and services not directly associated with the supply of the facility wind turbines. - 1.2 "Bidder" means a person, firm or corporation who propose to submit, or who...
AI summary This section defines key terms used in a contract related to the installation of wind turbines at the Digby Wind Farm Substation. It outlines definitions for terms such as 'Balance of Plant,' 'Bidder,' 'Change Directive,' 'Change Order,' and others, providing clarity on the roles of parties involved and the scope of work.
3 CLARIFICATION AND ADDENDA 3.1 Notify Engineer of omissions, errors, or ambiguities found in the Quotation Documents. If Engineer considers that correction, explanation, or interpretation is necessary, a written addendum will be issued. A...
AI summary This section outlines procedures for notifying engineers of issues in quotation documents and provides instructions for bidders regarding the Reactive Power Static Compensator (STATCOM) system. Written addenda will be issued for corrections or clarifications, and all addenda will be part of the quotation documents. Questions should be directed to Larry O'Keefe at CBCL Limited.
2.1 Price Breakdown Item Description Quantity Unit Price Total Price 2.1.1 Prepare and submit shop drawings and equipment specifications to the Customer for review and approval. 1 $ $ 2.1.2 Design, manufacture, test, deliver to the Place o...
AI summary The document outlines a price breakdown for the procurement and installation of a Reactive Power Static Compensator (STATCOM) system, including design, manufacturing, testing, and site testing. It also includes details on extended warranty and site supervisor per diem costs.
1 EQUIPMENT - 1.1 Compliance with Standards and Codes - 1.1.1 The Reactive Power Static Compensator (STATCOM) System shall conform to or exceed the applicable requirements of the current edition of the following standards and codes unless...
AI summary The document outlines compliance requirements for the Reactive Power Static Compensator (STATCOM) system, specifying that it must meet or exceed applicable standards and codes.
.5 IEC (EMC Directive including relevant test for): .1 60376 Ed. 2.0 b:2005 Specification of technical grade sulfur hexafluoride (SF6) for use in electrical .2 EN 61000-4-5:1995 (Modified Procedure) Surge Immunity .3 EN 61000-4-8:1993 Powe...
AI summary The text lists various IEC and EN standards related to electromagnetic compatibility (EMC) testing for electrical equipment, including specifications for sulfur hexafluoride (SF6) and immunity tests for electrical devices.
3 DOCUMENTATION - 3.1 Manufacturers' Drawings - 3.1.1 Each major subassembly shall be furnished with a set of drawings complete with a bill of material and showing: typical front views and open side views as well as typical components, the...
AI summary The document outlines requirements for manufacturers' drawings and operation and maintenance manuals for the STATCOM system assembly at the Digby Wind Power Project. It specifies formats for submission, content requirements, and includes details on testing results and vendor documentation.
2.1 General - 2.1.1 The Vendor shall submit for approval to the Engineer comprehensive Site Testing and Commissioning procedures for the Reactive Power Static Compensator (STATCOM) System. - 2.1.2 The Vendor shall indicate and include any...
AI summary The document outlines detailed procedures and requirements for the testing and commissioning of a Reactive Power Static Compensator (STATCOM) system, including qualifications for the testing team, test conditions, and reporting requirements. It also includes specifications for capacitor banks, connection transformers, and inverter power electronic blocks.
1 FORWARD - 1.1 The joint venture partners SkyPower Corp. and Scotian WindFields Inc. signed a long term Power Purchase Agreement (PPA) with Nova Scotia Power to supply renewable power in the form of wind generation. The project will consi...
AI summary SkyPower Corp. and Scotian WindFields Inc. have signed a long-term PPA with Nova Scotia Power to supply wind-generated renewable energy. The Digby Wind Power Project will include 20 GE 1.5 MW wind turbines and a substation located near the NSPI Conway substation, approximately 10.6 km away.
1 DEFINITIONS - 1.1 "Balance of Plant" means all equipment, tools, labour, and services not directly associated with the supply of the facility wind turbines. - 1.2 "Bidder" means a person, firm or corporation who propose to submit, or who...
AI summary This section defines key terms and acronyms used in the contract for the installation of a Pad Mounted Transformer at the Digby Wind Farm Substation in Nova Scotia. Definitions include roles such as Owner, Vendor, Purchaser, and Engineer, as well as terms related to the contract, delivery, and technical specifications.
2.1 Application - 2.1.1 The Pad Mounted Transformers shall be installed by others fully assembled outdoors at the Digby Wind Power Project Site (the Place of Installation). - 2.1.2 All documentation, drawings, nameplates, labels, and repor...
AI summary The Pad Mounted Transformers must be installed fully assembled outdoors at the Digby Wind Power Project Site, and all associated documentation and reports must be in English.
2.0 BIDDER INFORMATION REQUIRED PAD MOUNTED TRANSFORMER SPECIFICATION BIDDER'S REMARKS General: - Manufacturer - Model/Designation - Type Electrical Data: - Rated Power (self cooled) 1.75 MVA - Rated Frequency 60 Hz - Number of Phases 3 -...
AI summary This section outlines the specifications required for a pad-mounted transformer, including electrical, environmental, construction, and accessory details. It includes parameters such as rated power, voltage levels, insulation classes, and cooling types, among others.
- \ \ Where percentages passing the 5000 μm sieve are between 30 and 45%, the allowable percentage passing the 80 μm sieve shall be 3 to 12%. - .6 Unshrinkable fill: proportioned and mixed to provide: - .1 Maximum compressive strength of 1...
AI summary The text outlines specifications for unshrinkable fill, including compressive strength requirements, maximum Portland cement content, and aggregate standards. It specifies that the allowable percentage passing the 80 μm sieve depends on the percentage passing the 5000 μm sieve.
- .3 Direction of opening: counterclockwise. - .4 Operating nut: 50 mm square. - .5 Provide centering disc. - .2 In chamber: to AWWA C509 up to 300 mm, minimum working pressure rating 1380 kPa and as follows: - .1 Body: cast-iron with Clas...
AI summary The text outlines technical specifications for butterfly valves, including pressure ratings, materials, and operating mechanisms, referencing industry standards such as AWWA C504 and ANSI/ASME B16.1.
.8 Equipment bases: concrete to suit pumping equipment and pipe work provided by pumping equipment manufacturer. STANDARD SPECIFICATION FOR MUNICIPAL SERVICES SUCTION LIFT PUMPING SECTION 33 32 13 STATION PAGE 10 JANUARY 2009 .9 Arrange fo...
AI summary The document outlines specifications for the installation and commissioning of pumping equipment and piping systems, including requirements for testing, anchor bolts, pipe examination, and flanged joints. It emphasizes compliance with manufacturer guidelines and applicable codes.