N-1Report
6 passages
1 TABLE OF FIGURES 2 Figure 1: Net System Requirement with Future DSM Program Effects (actuals not weather adjusted)..... 8 3 Figure 2: Coincident Peak Demand with Future DSM Program Effects .............................................. 9...
AI summary The document lists figures addressing energy management topics, including demand-side management impacts, generating capability, transmission interconnection queues, and greenhouse gas emissions compliance. Figures analyze system requirements, peak demand, capacity changes, energy mix forecasts, and infrastructure planning, though detailed analysis is not provided in the text.
168 (CFB) Total Steam 1547 Tufts Cove Units 4, 5 & 6 Natural Gas 144 Total Combined Cycle 144 Burnside Light Fuel Oil 132 Tusket Light Fuel Oil 33 Victoria Junction Light Fuel Oil 66 Total Combustion Turbine 231 Pre-2001 Renewables 8 Indep...
AI summary The text lists Nova Scotia's power generation sources by fuel type and capacity, including natural gas, light fuel oil, wind, and IPPs. It notes outages (Annapolis), availability (Lingan Unit 2), and firm capacity assumptions for wind projects. References to sections explain operational statuses and capacity contributions.
Page 14 of 60 2022 10-Year System Outlook NON-CONFIDENTIAL 1 (described in Section 5.0). The remainder of the Report uses an updated resource plan that more 2 closely aligns with the IRP Scenario 3.1C plan rather than the IRP Reference Pla...
AI summary The 2022 10-Year System Outlook updates Nova Scotia Power's resource plan to align with IRP Scenario 3.1C, incorporating 80% RES by 2030, GHG pricing via Federal Backstop, ECEI investments, and 350 MW of wind capacity from Rate Base Procurement. Figure 5 highlights DSM projections, including 285 MW peak reduction and 37 MW demand response contributions.
1 The PRM is a long-term planning assumption that is typically updated as part of an IRP process. 2 NS Power studied the appropriate calculation of its PRM as part of the 2020 IRP 47 which 3 confirmed that a 20 percent PRM target was appro...
AI summary The document discusses the Planning Reserve Margin (PRM) and its role in long-term planning, including its calculation in the 2020 Integrated Resource Plan (IRP). It also addresses the Effective Load Carrying Capability (ELCC) of renewable resources, particularly wind, and outlines a study conducted by E3 on behalf of NS Power to determine the ELCC of existing and potential new wind resources.
1 be 11 to 9 percent. In the 2020 IRP, the Company used 10 percent for the ELCC value of new 2 wind. For the purposes of this Report, NS Power has used the 18 percent capacity value of existing 3 wind to account for the wind farm serving w...
AI summary The document discusses the capacity value assigned to different wind and hydro resources by NS Power, referencing the 2020 Integrated Resource Plan (IRP) and the Back-up / Top-up (BUTU) Tariff. It also outlines a projected capacity deficit in Winter 2023/2024 and mentions the Planning Reserve Margin (PRM) as a reliability criterion set by the North American Electric Reliability Corporation (NPCC).
Page 43 of 60 2022 10-Year System Outlook NON-CONFIDENTIAL 1 2 The PRMs provide one high-level measure of the amount of generation capacity 3 relative to the NPCC 20 percent planning reserve margin requirement. PRM is 4 defined as the amou...
AI summary The document discusses the Planning Reserve Margin (PRM) as a measure of generation capacity relative to the NPCC 20% planning reserve margin requirement. It highlights that capacity requirements may exceed NPCC thresholds due to factors like emissions constraints and the multi-fossil-fuel environment. The integrated model considers both long-term planning and short-term dispatch to optimize retirement and build decisions.