Topic:"Resource Costs" in M12661

1 Q HOW SHOULD PHP'S DEMANDS BE REFLECTED IN A 3-CP DEMAND 2 ALLOCATION BASED ON COST CAUSATION PRINCIPLES? 3 A PHP's firm peak demand will require NS Power to incur resource capacity costs to 4 reliably serve its ATL customers system coin...

AI summary PHP's firm peak demand requires NS Power to incur resource capacity costs and should be included in the 3-CP allocator, while interruptible demand does not require such costs and should be excluded. Transmission planning also does not require additional investment for PHP's load, supporting minimal allocation. This aligns with cost causation principles.

DEVELOPMENT OF ALLOCATION FACTORS (1) TOTAL (2) (3) SMALL (4) (5) GENERAL (6) SMALL (7) MEDIUM (8) LARGE (9) (10) (11) (12) ALLOCATION COMPANY DOMESTIC GENERAL GENERAL LARGE INDUSTRIAL INDUSTRIAL INDUSTRIAL PHP MUNICIPAL UNMETERED FACTOR (...

AI summary This section provides a detailed breakdown of allocation factors across various categories, including demand, generation, and customer data. It includes percentages of responsibility and numerical values for different segments such as small, general, and large industrial, as well as municipal and unmetered categories.

NSPI Responses to Synapse Energy Economics, Inc. Information Requests 1 Request IR-7: 16 loss to the power system, worsening the capacity shortfall situation. 17 18 (d) For planning purposes, PHP firm load for each of the last 10 years has...

AI summary NSPI provides responses to Synapse Energy Economics, Inc. regarding information requests, including details about PHP load, the ELID Tariff, and the PHB Generation Facility's designation as a Network Resource. The responses highlight planning assumptions, load classifications, and interconnection designations.

Request IR-8: - Reference: N-3, Evidence of PHP, pages 9-10 (PHP consumption forecast and PHP Wind forecast). - (a) Provide the full workpapers, assumptions, and inputs underlying PHP's 2026 and 2027 consumption forecasts (approximately 77...

AI summary Request IR-8 seeks detailed workpapers and assumptions behind PHP's 2026-2027 energy consumption and PHP Wind production forecasts, reconciliation with NSPI's COSS figures, and analysis of revenue and cost risks from forecast variances. It also asks for modeling of financial responsibilities for discrepancies.

3.2 Issues Associated With Application of the DR - The DR is a highly accommodating and beneficial aspect of the ELID rate to PHP. It also appears to be - unprecedented in Canada. - Not only does PHP secure the ability to access approximat...

AI summary The Dispatchable Rider (DR) under the ELID rate provides PHP with significant benefits, including compensation for load variation and access to NSP's embedded resources. The DR is unprecedented in Canada and allows PHP to shift load without obligation, though NSP retains dynamic dispatch rights. This arrangement is clarified in a 2026 Technical Conference.

FOR-1-IS RB-2-16.xlsx 2019 Non-coincident peaks by Voltage category.xlsx (227) DSM EXPENSES - BTL Classes (228) FCR DEFERRAL (229) GRANTS IN LIEU OF TAXES 0 50,476 (230) (231) DEPRECIATION AND ACCRETION : Adj to Balance = - (232) ADJUSTMEN...

AI summary The document contains a detailed breakdown of various financial and operational metrics related to energy generation, transmission, and distribution. It includes depreciation and accretion adjustments, as well as expenses related to demand-side management and fuel cost deferrals. The data spans multiple categories such as generation sources (hydro, wind, solar), transmission, and distribution assets.

3 $672,296 $765,054 $981,238 $1,157,980 $1,506,607 $1,175,360 $872,849 $741,340 NRIS $3,389,237 $3,589,681 $4,112,442 $3,528,178 $3,229,511 $2,482,409 $2,309,965 $2,149,334 $3,273,229 $4,362,000 $6,574,920 ERIS $2,609,660 $3,258,459 $3,627...

AI summary The text presents a series of financial figures and usage data, including costs related to the Cost of Service Study (COSS) and Fuel Adjustment Mechanism (FAM), along with detailed energy usage data categorized by different classes of users such as domestic, small general, large general, and industrial sectors.

2 Optimization Month CBL Run ($) Actual Load Run ($) ADC Benefit ($) PHP Actual Load [MWh] PHP CBL Load [MWh] Jan-25 127,195,640 124,762,727 2,432,913 51,208 58,324 Feb-25 113,602,171 111,362,008 2,240,164 46,699 52,756 Mar-25 78,487,696 7...

AI summary The text presents a table comparing CBL Run, Actual Load Run, ADC Benefit, and PHP load data across months from January to December 2025, highlighting the financial and operational performance of a system optimization process. The ADC Benefit is calculated for each month, with a total benefit of $8,984,004 and a benefit per MWh of $13.00.