Topic:"Demand Side Management" in M03413

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.

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.

.10 Oil Temperature Gauges - .1 Operational Test - .1 Test each set point and reset point for all winding temperature gauges and record the results. - .2 Record discrepancies between the listed and actual winding temperature gauge settings.

AI summary The document outlines procedures for testing and recording the operational status of oil temperature gauges, specifically focusing on testing set and reset points and documenting discrepancies in winding temperature gauge settings.

.7 Current Transformers - .1 The manufacturer shall provide one (1) bushing transformer on each Recloser bushing, both load and line side. - .2 All bushing current transformers shall have 5A nominal secondary ratings. - .3 All bushing curr...

AI summary The document outlines specifications for current transformers, including requirements for secondary ratings, primary ratings, relaying accuracy, wiring, and connection ratios.

.5 Accessories - .1 Group-Operating Handle (Design "A", "B" and "D" only) - .1 The Contractor shall provide the all necessary operating handle provisions, including pipe, universal joints, bearings, and operator (lockable), such as to prov...

AI summary This section outlines the specifications for the group-operating handle, including requirements for its construction, installation, and compliance with standards. Key elements include grounding terminations, mounting arrangements, sealed bearings, and padlock provisions for safety.

.2 Ratings Nameplates - .1 The disconnect assembly shall be provided with an external nameplate secured next to the switch gang- operating handle containing the following information: - .1 Manufacturers Name - .2 Switch Type and Designatio...

AI summary The section outlines the requirements for the disconnect assembly's external nameplate, which must include specific information such as manufacturer name, voltage and current ratings, and applicable standards markings.

4.1 General - 4.1.1 Each and every device shall be provided with a clearly visible rating plate and identifying nameplate of weatherproof material, inscribed with the minimum information defined herein. - 4.2 Warning Signs - 4.2.1 All exte...

AI summary This section outlines requirements for rating plates and warning signs on electrical devices, including specifications for nameplates, safety signs, and information to be included on external nameplates as per CSA Standards.

ISO Standards - .1 ISO 9001 Quality Systems - 1.1.2 Unless otherwise noted, CSA Standards shall be given precedence when and where conflicts arise. - 1.1.3 The Pad Mounted Transformer assembly shall meet all applicable CSA requirements. If...

AI summary The document outlines requirements for ISO 9001 Quality Systems and specifies that CSA Standards take precedence in case of conflicts. It also details the need for compliance with CSA requirements for Pad Mounted Transformer assemblies and the acceptable inspection authorities under the Nova Scotia Electrical Installation and Inspection Act.

4 DOCUMENTATION 4.1 Manufacturers' Drawings - 4.1.1 The Pad Mounted Transformer assembly drawings submitted for review showing assembly, details, and layout showing anchor bolts, openings for cables, and all pertinent support structure loa...

AI summary This section outlines the requirements for manufacturers' drawings, specifically for Pad Mounted Transformer assemblies, including details on assembly, layout, anchor bolts, and component positioning.

Submissions - NSPI [50] As described in paragraphs [33] and [34], NSPI took the position that 324 NSL and EUS were not subject to the Code. Consequently, NSPI said: ... 324 NSL was under no obligation to undertake a competitive solicitatio...

AI summary NSPI argues that 324 NSL and EUS were not required to follow competitive bidding processes due to project deadlines and the need to secure federal incentives. NSPI claims that retaining EUS under an EPC contract allowed for timely project completion and risk management, with EUS bearing the risk of delays and receiving a bonus for on-time delivery.

22 4.0 CONCLUSION 23 24 NSPI has brought forward a low cost renewable project which is required for 2013 RES 25 compliance. NSPI's evidence confirms that its actions and those of its affiliates have 26 preserved the value in an otherwise f...

AI summary NSPI has completed a low-cost renewable energy project ahead of schedule and under budget, benefiting customers. The affiliate transactions associated with the project align with the Code of Conduct, which emphasizes demonstrable benefits to customers. NSPI requests approval for a $82.8 million capital expenditure and confirmation of compliance with the Code of Conduct.

Sensitivity Adjusted MWh (Annual Production) MWh Profile Capital ($ Millions) NPV ($ Millions) Levelized Cost ($/MWh) PPA Price Comparison ($/MWh) 1 85,600 Flat $82.8 ($12.1) $111.49 $92.00 2 100,000 Flat $82.8 ($2.3) $95.65 $92.00 3 85,60...

AI summary The document presents a table of sensitivity analyses for a demand-side management program (DWP), showing variations in adjusted MWh, capital costs, NPV, and levelized costs. The analyses are based on different construction costs and energy output assumptions, including a 120,000 MWh annual output as estimated by the Garrad Hassan Report.