N-2NSPI (NSEB) RIRs 1-20 - Redacted
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TABLE OF FIGURES Figure 1: Tufts Cove Unit Overview 25 Figure 2: Ramp Rates of NS Power's Thermal Generating Units 26 Figure 3: Tufts Cove Unit Availability and DAFOR 27 Figure 4: Daily Modeling Timeline 33 Figure 5: Wreck Cove Operating P...
AI summary The document contains a table of figures and tables related to Nova Scotia Power's generating units, system demand, and dispatch optimization processes. It includes figures on system load, generation capacity, and historical data, as well as a table on net system peak demand and installed capacity by generation type.
C0032664 NSEB IR-5 Attachment 1 Page 34 of 92 REDACTED (CONFIDENTIAL INFORMATION REMOVED) FINAL NS POWER DISPATCH STUDY
AI summary The document is a final version of a dispatch study conducted by NS Power, though the content is redacted and confidential information has been removed. The study likely relates to electricity generation and distribution planning.
Table 1: Historical and Forecasted Net System Peak Demand 81 Year Interruptible Contribution to Peak (MW) Demand Response (reduction in Firm Peak only, MW) Firm Contribution to Peak (MW) System Peak (MW) Growth (%) 2011 265 - 1,903 2,168 2...
AI summary Table 1 presents historical and forecasted net system peak demand data from 2011 to 2031, showing contributions from interruptible loads, demand response, and firm loads, with system peak demand and growth percentages for each year.
Figure 12: Dispatch Optimization Process (To Be State)102 Information Provided Power Production on Marketi Marketing Desk (FERM) Energy Energy Control Center (ECC) Fuels Finance nance Unit Availability Unit Deration ſ 3 Import/l 4 Optimize...
AI summary Figure 12 illustrates the dispatch optimization process, outlining the flow of information and activities among various entities involved in power production, marketing, energy control, and fuels finance. It includes steps such as unit availability, import/export market activity, load forecasting, and settlement processes.
Figure 3: Hour-Start ("HS") Load Patterns in Nova Scotia нѕ 0.01 0.05 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 0.95 0.99 862.8636 928.33 988.172 1022.618 1053.064 1088.556 1144.23 1224.42 1377.571 1490.534 1558.421 1681.746 1812.265 804.2796 88...
AI summary Figure 3 presents Hour-Start ('HS') load patterns in Nova Scotia, illustrating load values at different percentile levels across multiple hours. This data provides insight into electricity demand patterns over time, which is essential for grid planning and resource management.
REDACTED 1 Request IR-9: 24 volumetric targets for hydro generation and an optimized schedule for dispatchable load 25 from the NS Power Marketing Portfolio Optimizer (NSPIPO) to the Energy Control Centre 26 Portfolio Optimizer (ECCPO), co...
AI summary The document outlines a request for volumetric targets for hydro generation and an optimized dispatch schedule from the NS Power Marketing Portfolio Optimizer (NSPIPO) to the Energy Control Centre Portfolio Optimizer (ECCPO). It also discusses the System Dispatch Dashboard (SDD) and the Outage Request Platform (ORP), emphasizing automation and streamlining processes.