N-1Non-Confidential Work Order 10/4/2010
13 passages
October 4, 2010 Nancy McNeil Clerk of the Board Nova Scotia Utility and Review Board 1601 Lower Water Street, 3 rd Floor P.O. Box 1692, Unit "M" Halifax, NS B3J 3S3 Re: U&U Load Control Demonstration Project Dear Ms. McNeil: Enclosed for y...
AI summary NSPI has submitted an Application and Work Order for participation in the U&U Load Control Demonstration Project. The document is addressed to Nancy McNeil, Clerk of the Board at the Nova Scotia Utility and Review Board, for review and approval.
- Create software algorithms and control systems to automate the process of controlling customer load to balance customer load with wind actual and forecasted wind generation output. : ζ. 2010 09/03 Forecast Variance 559,279 25,335 379,793...
AI summary The document discusses the creation of software algorithms and control systems to automate the process of balancing customer load with wind generation output, both actual and forecasted.
CI # 40103 Load Control Demonstration Project Work Order Submission October 4, 2010 CI 40103 Attachment 1 Page 1 of 151
AI summary The document is a Load Control Demonstration Project Work Order Submission dated October 4, 2010, with an attachment that begins the detailed submission. It is part of a regulatory proceeding in Nova Scotia.
PROJECT OVERVIEW: The project consortium is proposing a demonstration of using customer load control to supply ancillary services for wind integration. The proposed innovative technologies have not been demonstrated and trialled in Canada...
AI summary The project consortium is proposing a demonstration of customer load control to supply ancillary services for wind integration. The technologies being developed include wind production forecasting, aggregated control methodology, and integration of wind forecast with demand response and communication systems. The demonstration will evaluate load characteristics and customer program parameters such as enrollment, incentive, and communication protocols.
Primary Objectives - Evaluation of load control performance in response to measured and forecaste'd wind power. - Evaluation of load control as a tool to maintain and improve power system efficiency and reliability. - Evaluation of the cus...
AI summary The primary objectives focus on evaluating load control performance in response to wind power, its role in maintaining power system efficiency and reliability, and customer acceptance of load control for renewable energy integration.
Phase Three: Technical Evaluation Evaluate Scalability - Completion of business case and cost framework for ancillary services supplied by load control. - Implementation of the proposed load control and communication systems as an integral...
AI summary This phase focuses on evaluating the scalability of load control systems and their integration into the System Operator's operations to balance load and wind power generation, aiming to reduce GHG emissions and avoid thermal power use for ancillary services.
2.2.2 PROJECT STATEMENT OF WORK 2.2.3 PROJECT MILESTONES, OUTPUTS Project Phase Statement of Work: Overview of What work will be completed an how it will be done Year Principal Milestone Completion Date Outputs Interim (I) or Final (F) Dev...
AI summary The project involves developing and verifying models of commercial loads for demand response using field monitoring data from commercial and residential users, with a final completion date of September 30, 2011.
Maritime Load Control Demonstration for Wind Integration Project Milestones
AI summary The document outlines the milestones for the Maritime Load Control Demonstration for Wind Integration Project, focusing on key phases and achievements in implementing load control to support wind energy integration.
Aggregated load control technology for ancillary services: The proposed technology is innpv,ativ8,and significant, and yet has not been demonstrated in power systems. How to control numerous commercial and residential loads aggregately wit...
AI summary The document discusses the technical challenges of implementing aggregated load control technology for ancillary services, particularly in the context of wind integration. It highlights the need for accurate wind production forecasting tailored to the Maritime region and the financial and performance risks associated with multiparty project delivery.
Mitigation "'The project consortium has organized a highly-qualified technical team with diverse expertise and experience to carry out the technical execution of the project. \ The proJect consortium has established an appropriate manageme...
AI summary The project consortium has assembled a qualified technical team and management structure to execute the project, ensuring timely and budgetary completion. Key technologies will be verified by various entities, including UNB, NBSO, NB Power, and GE Canada, before integration with the utility system.
I • Report· providing an demonstration sites. overview of proJect Collect data, and optimize technological design/architecture, process improvement. customer enrollment program and response, system Integration issues, technology d! :~:,:~,...
AI summary The document outlines a project involving the integration of smart controllers for residential and commercial load management, including software and hardware requirements, system testing, data collection, and technological process improvements to support the project's business case.
D. Follow-on reports (Outcome reports) As part of the evaluation of this project, the following information will be required in the format of a report or presentation during the five years following the project completion: - i) Once a year...
AI summary The project requires the Proponent to submit annual outcome reports, load profile data, economic benefits of load control, and participant satisfaction surveys for five years post-completion. A $100,000 holdback is tied to the submission of these follow-on reports.
oved by the Executive Oversight Committee prior to being incurred by the Project Management Office. The Parties respective project scope, schedule and deliverables under the Agreement are as follows: - NSPI will complete load control insta...
AI summary The document outlines the project scope, schedule, and deliverables for NSPI, Maritime Electric, and the Commission under an agreement, specifying the number of load control installations and the maximum federal contributions based on the Fairness Formula.