Topic:"Capacity Costs" in M13008

- o The system operator calculates the contribution as the maximum capacity multiplied by the contribution rate, which is set on a regional basis – see table at right Planning Region Current Rate Northwest $10,000/MW Northeast $30,000/MW E...

AI summary The system operator calculates contributions based on maximum capacity and a region-specific contribution rate. Rates vary by region, with examples including Northwest at $10,000/MW and Central at $50,000/MW. The rates are referenced from a provided link.

- "CCi" is a capacity contribution factor of LRS' generator to NS Power's system peak as determined by NS Power. The capacity contribution factor may be the subject of periodic adjustment if operating conditions of the generator, such as a...

AI summary The text defines key terms related to capacity contribution and generator capacity in the context of LRS and NS Power. It mentions the use of ELCC methodology for determining capacity contribution factors and outlines the conditions under which these factors may be adjusted.

14.1 Provision and Ownership - 14.1.1 NS Power will install and seal all revenue class meters for the purpose of measuring the output of the LRS' generation resources and the RtR Customer's load, including any export from bidirectional met...

AI summary This section outlines NS Power's responsibilities regarding the installation, ownership, and regulation of revenue class meters for LRS generation resources and RtR Customers. It specifies that NS Power will install and maintain these meters, which will be used for billing and load settlement purposes. Metering equipment remains NS Power's property and must comply with applicable regulations.

DETERMINATION OF MONTHLY STANDBY CONTRACT DEMAND Monthly Standby Contract Demand (MSCD) in kW is determined using the following formula: $$MSCD = LWPFD - min (LWPFD, (\sum_{i=1}^{nn} CCi GCi)/(1+PR))$$

AI summary The document outlines the formula used to determine the Monthly Standby Contract Demand (MSCD) in kW, which involves calculating the difference between the Licensed Wholesale Purchase Firm Demand (LWPFD) and a calculated value based on the sum of contract costs and generation costs, adjusted by a prudence rate.

Capacity Contribution Factor Generator Capacity Capacity (GCi) Contribution Factor TOTAL Capacity (MW) [ELCC] Contribution (CCi) (%) Wind Farm 100 X 10% X = 10.00 BTM Net Billing Spill 3 X 0% X = 0.00 BTM Net Billing Spill 3 X 0% X = 0.00...

AI summary The document discusses the Capacity Contribution Factor, including the contribution of various generators and the Planning Reserve Margin. It includes calculations for Wind Farm, BTM Net Billing Spill, and DistrConn. Solar Generator, with a total capacity of 10.40 MW and a Planning Reserve Margin of 20%.

Request IR-20: - Refer to the 2026 NS Power Load Forecast Report, Section 4.8. Specifically, refer to lines 11-12, - which states "The peak forecast remains unchanged as NS Power is required to serve the full - peak of these customers if n...

AI summary The document requests an explanation on how Retail-to-Resale (RtR) resources will be accounted for in NS Power's planning for peak load, whether they will reduce capacity needs, and how this affects cost allocation.

Consumer Advocate The CA's submissions address: (i) potential incremental costs and future distribution tariff charges associated with distribution-connected generation subject to review; - (ii) the absence of fully developed engineering s...

AI summary The Consumer Advocate raises concerns regarding the review of distribution-connected generation, the need for engineering specifications under the Standby Service Tariff, and the lack of costing information for the DAS Administration Charge. NS Power agrees to conduct a review by 2029 but notes the lack of operational experience to determine the impact of these factors.