N-1Non-Confidential Work Order 10/4/2010
16 passages
Why do this project? NSPI must increase its renewable generation portfolio. Customer load control as an ancillary service may allow for greater penetration of wind generation enabling new ways for NSPI to meet its environmental regulations...
AI summary NSPI aims to increase its renewable generation portfolio through a pilot project demonstrating load control as an ancillary service for wind integration. This supports environmental regulations and could lead to greater wind capacity penetration in the Maritime Provinces, offering environmental and economic benefits.
EXECUTIVE SUMMARY In February 2009, the United States and Canada enacted the US-Canada Clean Energy Dialogue process. The two nations agreed to expand collaboration in the development and deployment of clean energy technology and the creat...
AI summary The US-Canada Clean Energy Dialogue aims to develop clean energy technology and a more efficient electricity grid. The Maritime Provinces are well-positioned to contribute, with strong wind resources and long-standing energy trade with the US. A consortium of utilities and organizations proposes a technology cluster to manage wind integration through load control, as the region could have high wind capacity penetration in the next 15 years.
PROJECT SUMMARY: Wind power has been identified and demonstrated as a technology that will provide a significant contribution to GHG reduction. The Maritime Provinces have world·c1ass wind power potential. Wind power production is intermit...
AI summary Wind power contributes to GHG reduction but is intermittent, requiring ancillary services to balance supply and demand. The Maritime Provinces lack sufficient ancillary service resources, unlike regions with hydro and storage. Ancillary services are costly, with some sources reaching $10,000 per hour, plus carbon costs.
DEMAND RESPONSE AS AN ANCILLARY SERVICE: A consortium of Maritime utilities, including NB Power Corporation, Nova Scotia Power Incorporated, Maritime Electric Limited and the Power Commission of the City of Saint John, as well as the Unive...
AI summary A consortium of Maritime utilities and organizations proposes using demand response as an ancillary service to integrate wind power more economically. The project aims to control commercial and residential loads through smart grid technologies, minimizing customer impact and promoting participation in demand response programs for wind integration, GHG reduction, and cost savings.
Striving for the economic and efficient dispatch of net requirements. - Capacity to integrate more wind energy within existing power system and achieve GHG reduction, - Enhanced regional collaboration and improved system reliability and mi...
AI summary The text discusses the benefits of integrating more wind energy into the power system, enhancing regional collaboration, improving system reliability, deferring new infrastructure, and leveraging demand response programs to manage non-dispatchable renewable energy sources like tidal, solar, and wave power.
ONE: To EXPAND ANCILLARY SERVICE OPTIONS FOR WIND INTEGRATION In 2008, the NBSO completed the study: Large Scale Wind Power in New Brunswick. The study indicated significant benefits to the Maritime region from a deployment of 5,500-7,500...
AI summary This section discusses the integration of wind power into the Maritime region's electricity systems, emphasizing the need for ancillary services to balance variable wind production. It references studies indicating the need for cooperation between markets and further research on load flows and system dynamics as wind capacity expands.
FIVE: To BUILD A BUSINESS CASE FOR SMART GRID TECHNOLOGY Without federal funding to help offset the technical and monetary risk, there is no business case or regulatory framework to pursue the demonstration project factoring ratepayer inte...
AI summary The document argues that without federal funding, there is no viable business case or regulatory framework to pursue a smart grid demonstration project. The project aims to evaluate technology benefits for ratepayers, including renewable integration, system reliability, and cost-effectiveness, and to develop a framework for future smart-grid expenditures.
D. How DO THE PROJECT'S OBJECTIVES ALIGN WITH THOSE OF CEf? Clean Energy Fund Program Objectives The Maritime Demand Response Project for Wind Integration Proposal Alignment with CEF Demonstration Objectives Make greater use of technologie...
AI summary The Maritime Demand Response Project aims to align with the Clean Energy Fund (CEF) objectives by demonstrating a technology that optimizes renewable energy penetration and reduces reliance on conventional generation, thereby minimizing GHG emissions and improving system efficiency.
Below is an overview of the key milestones and deliverables at each phases of the Maritime Consortium proposal, which are indicative of alignment to CEF project outcome requirements. CEF Intent of the Demonstration ScopeJ Appendix 1 Mariti...
AI summary The Maritime Consortium proposal outlines a three-phase project aligned with the Clean Energy Fund (CEF) requirements, focusing on demand response, smart grid technologies, and wind integration. The project aims to reduce GHG emissions and improve operational efficiency through load control systems. The importance of completing the project within the next five years is emphasized.
It is important the project be completed in next five years to have a significant positive impact on the environment, to avoid costly supply-side ancillary service options and to improve the overall system reliability and coordination nece...
AI summary The text emphasizes the importance of completing a project within five years to reduce GHG emissions, improve system reliability, and integrate renewable energy. It highlights the environmental, economic, and reliability benefits of demand response and renewable integration, and notes the need for federal funding to support customer engagement and technology deployment.
f .. WHY SHOULD THIS PROJECT TAKE PRIORITY OVER OTHER PROJECTS, AND WHAT OPPORTUNITIES MIGHT BE LOST IF THE PROJECT IS NOT FUNDED? This project has many technical, environmental and economic benefits, which make it a competitive and nation...
AI summary The project is highlighted for its technical, environmental, and economic benefits, and its importance in advancing renewable energy integration. It emphasizes the need for funding to avoid delays in smart grid technology development and missing federal renewable energy targets, as well as the benefits of collaboration among Maritime Provinces utilities and stakeholders.
Utility specific - 3) potential for lower cost ancillary services. - 4) avoided cost of carbon emissions and more expensive supply-side ancillary service options. To manage the financial risk of the project, an Oversight Committee reportin...
AI summary The text discusses potential cost savings from ancillary services and the avoidance of carbon emissions, as well as the establishment of an Oversight Committee to manage the financial risks of a project.
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.
2.3 IMPACT AND EXPECTED OUTCOMES 2.3.1 INNOVATION: Explain why the concept is new in the Canadian context and why the concept is significant from an innovation perspective. The Maritime Consortium has proposed the demonstration of using cu...
AI summary The Maritime Consortium proposes demonstrating customer load control to supply ancillary services for wind integration, a novel concept in Canada and globally. This innovation could significantly increase wind energy penetration, reduce greenhouse gas emissions, and facilitate commercialization of smart grid technologies in the Maritimes and across Canada.
Receptor Interest Utilities Peak plants are expensive to operate, with fossil fuel bought on the volatile spot market, run ning with poor heat rales and emitting C02. The success of this demonstration may provide for an economic dispatch o...
AI summary The text discusses the interest of various stakeholders in a demonstration project related to renewable energy integration, smart grid technologies, and demand response. It highlights the potential benefits for utilities, technology companies, DR service providers, universities, customers, system operators, and the renewable energy industry.
provinces, TransAlta supports NB Power's proposal and we are interested in being part of the Steering Committee to oversee the detailed development of NB Power's strategy through the project's phases. As always, we stand ready to work with...
AI summary TransAlta supports NB Power's proposal for a demand response project, which can enhance the flexibility needed for integrating non-dispatchable renewable energy sources. The NBSO highlights the importance of regional cooperation and the benefits of a regional approach to demand response for reliability and efficiency.