Topic:"Energy Efficiency" in M12661

15 Q. Please describe in general terms the operations carried on by PHP. 16 17 A. PHP has three distinct but fully integrated parts of its operations. These include 18 Woodlands and associated forestry operations, thermomechanical pulp (TM...

AI summary PHP operates three integrated divisions: forestry, thermomechanical pulp production, and paper manufacturing, with a focus on sustainability. It manages 523,000 hectares of public land and coordinates with NS Power's biomass plant for steam supply. Custom paper production creates logistics challenges when energy availability is constrained.

1 2 PHP and NS Power communicate energy requirements and availability on an 3 annual, monthly, daily and hourly basis that aligns with the Active Demand Control 4 Energy Supply Protocol. PHP and NS Power also meet weekly to discuss current...

AI summary PHP and NS Power communicate energy requirements and availability on various timeframes, aligning with the Active Demand Control Energy Supply Protocol. PHP has been under the ELIADC Tariff since 2020, providing system benefits through load flexibility, similar to a dispatchable power generation facility.

24 Q. Does PHP have an active energy conservation program? 25 26 A. Yes. PHP continues to actively pursue a variety of energy saving projects. These 27 include (but are not limited to) process improvements, making its operating lines 28 mo...

AI summary PHP confirms it has an active energy conservation program, including process improvements, operational efficiency measures, piping insulation, lighting upgrades, and load reduction strategies. They prioritize using more energy-efficient production lines and employ process engineers to identify further energy savings.

CLASS : SMALL GENERAL CLASS : SMALL GENERAL RATE BASE COSTS (Source Exh 6) (Source Exh. 3) Variable Fixed Unit Cost Fuel Operating Capital Return Total Total Cost Units Sold Demand Energy Customer Generation (1) Usage (Energy) $53,104 $25,...

AI summary This document presents a detailed breakdown of costs related to energy generation, transmission, distribution, and retail operations, including fixed and variable costs, unit costs, and total expenses for a small general class rate base. It provides financial data, such as fuel, operating, capital, and return costs, along with associated metrics like MWh sales and unit costs in cents per kW.h.

NOVA SCOTIA POWER INC. SALES, GENERATION AND DEMAND ANALYSIS (1) MWH (2) ENERGY LINE (3) ENERGY SALES LOSSES REQUIREMENT DMD. (KW) (4) CLASS NON- SYSTEM (5) FACTOR (6) SYSTEM DEMAND SYSTEM COINCIDENT COINCIDENT COINCIDENT LINE COIN. PEAK C...

AI summary The document presents a detailed analysis of Nova Scotia Power Inc.'s sales, generation, and demand across various customer classes. It includes metrics such as energy consumption, losses, demand factors, and contributions to system demand. The data is organized into multiple columns, providing insights into energy usage patterns and efficiency across different sectors.

FOR JANUARY 2026 (1) MWH (2) ENERGY LINE (3) ENERGY (4) CLASS NON- COINCIDENT (5) SYSTEM COINCIDENT (6) SYSTEM COINCIDENT (7) DEMAND LINE (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT SALES LOSSES REQUIREMENT DMD. (KW) FACTOR DMD. (KW) LOSSE...

AI summary The document presents a detailed table of energy sales, losses, and demand factors across various customer classes in January 2026. It includes metrics such as energy line, class non-coincident, system coincident demand, and losses for different categories like domestic, industrial, and municipal. The table also includes subtotals and totals for energy usage and demand factors.

FOR FEBRUARY 2026 (1) MWH (2) ENERGY LINE (3) ENERGY (4) CLASS NON- COINCIDENT (5) SYSTEM COINCIDENT (6) SYSTEM COINCIDENT (7) DEMAND LINE (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT SALES LOSSES REQUIREMENT DMD. (KW) FACTOR DMD. (KW) LOSS...

AI summary The document presents a detailed table of energy sales, losses, and demand metrics for various customer classes in February 2026. It includes data on energy usage, losses, and demand factors for domestic, industrial, and other categories, as well as subtotals and totals for the period.

FOR MARCH 2026 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT...

AI summary The document presents a table with various metrics related to energy sales, losses, and demand for different customer classes in March 2026. It includes figures for MWH sales, energy losses, energy requirement, demand, and other related factors. The data is categorized by customer type, such as domestic, industrial, and municipal, and includes totals and subtotals for different segments.

FOR APRIL 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT...

AI summary The document presents a detailed table of energy sales, losses, and demand metrics categorized by customer class for April 2026. It includes data on energy sales losses, energy line losses, demand losses, and system peak demand factors across various customer segments such as domestic, industrial, and municipal. The data is presented in a structured format with multiple columns, including system coincident demand and load factor.

FOR JULY 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT D...

AI summary The text presents a detailed table with energy-related metrics, including sales losses, energy line losses, demand losses, and system factors for different customer classes and categories. It includes data for various sectors such as domestic, industrial, municipal, and others. The table also includes sub-totals and totals for different categories, as well as a note about redacted information.

FOR AUGUST 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT...

AI summary The document presents a table containing various metrics related to energy sales, losses, demand, and system performance for August 2026, including energy losses, demand factors, and system peak demand. It also includes a redacted section related to the ELID Tariff CA IR-2 Attachment 1.

SALES, GENERATION AND DEMAND ANALYSIS FOR SEPTEMBER 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8...

AI summary The document provides a detailed analysis of sales, generation, and demand for September 2026, including metrics such as energy sales, losses, demand factors, and system performance across various customer classes and sectors.

FOR NOVEMBER 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDE...

AI summary The document presents a detailed table of energy sales, losses, and demand metrics for different customer classes in November 2026, including energy line losses, demand losses, and system coincident demand factors. The data includes totals and subtotals for various categories, with some entries marked as redacted or confidential.

FOR DECEMBER 2026 (1) (2) ENERGY (3) (4) CLASS NON- (5) SYSTEM (6) SYSTEM (7) DEMAND (8) SYSTEM (9) SYSTEM MWH SALES LINE LOSSES ENERGY REQUIREMENT COINCIDENT DMD. (KW) COINCIDENT FACTOR COINCIDENT DMD. (KW) LINE LOSSES COIN. PEAK COINCIDE...

AI summary The table presents energy sales, losses, and demand data across various customer classes for December 2026, including metrics such as line losses, energy requirements, and demand factors. The data includes domestic, small general, general, large industrial, and other categories, highlighting energy consumption patterns and system performance.

FOR THE YEAR ENDING DECEMBER 31, 2026 (1) (2) TOTAL (3) SMALL (4) (5) GENERAL (6) (7) SMALL MEDIUM LARGE (8) (9) (10) (11) (12) SHORE (13) (14) (15) (16) REAL TIME MONTH COMPANY DOMESTIC GENERAL GENERAL LARGE INDUST. INDUST. INDUST. ELI 2P...

AI summary This document presents a table of demand data across various months and categories for the year ending December 31, 2026, including figures for different company types and demand categories such as small, general, and large. It also includes total summed demand and 3 C/P demands and average demands.

FOR THE YEAR ENDING DECEMBER 31, 2026 (IN THOUSANDS OF DOLLARS) (1) TOTAL DMD.RELATED (2) TOTAL ENG.RELATED (3) UNIT COST ENG.RELATED (4) TOTAL CUST.RELATED (5) TOTAL OPER. (6) TOTAL RATE (7) % REVENUE VARIANCE CALC EXPENSES EXPENSES ( C /...

AI summary The document presents a financial summary for the year ending December 31, 2026, detailing various expense and revenue categories across different customer segments. It includes total expenses, unit costs, and revenue figures, along with variance percentages and comparisons to prior figures.

FOR JANUARY 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDEN...

AI summary The document presents a table with energy sales, losses, and demand metrics across various customer classes for January 2027. It includes data on energy requirement, system demand, and system coincident demand factor, with totals and subtotals for different categories. The data appears to be part of a regulatory proceeding related to electricity distribution and pricing.

FOR FEBRUARY 2027 (1) (2) ENERGY (3) (4) CLASS NON- (5) SYSTEM (6) SYSTEM (7) DEMAND (8) SYSTEM (9) SYSTEM MWH SALES LINE LOSSES ENERGY REQUIREMENT COINCIDENT DMD. (KW) COINCIDENT FACTOR COINCIDENT DMD. (KW) LINE LOSSES COIN. PEAK COINCIDE...

AI summary The document presents energy usage and system demand statistics for February 2027, including details on energy sales, line losses, and demand factors across various customer classes and sectors in Nova Scotia.

FOR MARCH 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT...

AI summary The document presents a table with energy sales, losses, and demand metrics categorized by customer class for March 2027. It includes data on energy requirement, system coincident demand, and losses, as well as system peak demand and load factor. The table is part of a regulatory proceeding document and contains redacted information.

FOR APRIL 2027 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT...

AI summary The text presents a table with various metrics related to energy sales, losses, and demand factors across different customer classes and special programs in April 2027. It includes data on energy losses, demand factors, and system peak demand, but no explicit arguments or discussion of policy, regulation, or stakeholder positions are present.

NOVA SCOTIA POWER INC. SALES, GENERATION AND DEMAND ANALYSIS FOR MAY 2027 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMA...

AI summary The document presents a detailed breakdown of Nova Scotia Power Inc.'s sales, generation, and demand analysis for May 2027, including energy sales, losses, demand factors, and system performance metrics across various customer classes and programs.

FOR JUNE 2027 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT D...

AI summary The document presents a table with various energy metrics, including sales losses, energy line losses, demand line losses, and system factors, categorized by different customer classes and services. It includes totals and subtotals for different segments, such as domestic, industrial, and municipal, as well as special cases like Shore Power and ELIADC.

FOR JULY 2027 (1) (2) ENERGY (3) (4) CLASS NON- (5) SYSTEM (6) SYSTEM (7) DEMAND (8) SYSTEM (9) SYSTEM MWH LINE ENERGY COINCIDENT COINCIDENT COINCIDENT LINE COIN. PEAK COINCIDENT SALES LOSSES REQUIREMENT DMD. (KW) FACTOR DMD. (KW) LOSSES D...

AI summary The document presents a table with energy sales, losses, and demand metrics categorized by different customer classes for July 2027. It includes data on energy usage, losses, and demand factors across various sectors such as domestic, industrial, and municipal. The table also includes subtotals and totals, providing a comprehensive overview of energy consumption and distribution.

FOR AUGUST 2027 (1) (2) ENERGY (3) (4) CLASS NON- (5) SYSTEM (6) SYSTEM (7) DEMAND (8) SYSTEM (9) SYSTEM MWH SALES LOSSES LINE ENERGY REQUIREMENT COINCIDENT DMD. (KW) COINCIDENT FACTOR COINCIDENT DMD. (KW) LINE LOSSES COIN. PEAK COINCIDENT...

AI summary The document presents a table detailing energy sales, losses, and demand metrics across various customer classes in August 2027. It includes data for domestic, small and large industrial, municipal, and other categories. The table also includes subtotals and totals for energy sales and demand factors, providing a comprehensive overview of energy usage and losses.

FOR SEPTEMBER 2027 (1) (2) (3) (4) (5) (6) (7) (8) (9) MWH ENERGY LINE ENERGY CLASS NON- COINCIDENT SYSTEM COINCIDENT SYSTEM COINCIDENT DEMAND LINE SYSTEM SYSTEM COIN. PEAK COINCIDENT SALES LOSSES REQUIREMENT DMD. (KW) FACTOR DMD. (KW) LOS...

AI summary The document presents a table with energy sales, losses, and demand data categorized by customer class for September 2027. It includes metrics such as energy line losses, system coincident demand, and load factor, with data spanning various customer segments like domestic, industrial, and municipal.

FOR OCTOBER 2027 (1) (2) (3) (4) (5) (6) (7) (8) (9) ENERGY CLASS NON- SYSTEM SYSTEM DEMAND SYSTEM SYSTEM MWH LINE ENERGY COINCIDENT COINCIDENT COINCIDENT LINE COIN. PEAK COINCIDENT SALES LOSSES REQUIREMENT DMD. (KW) FACTOR DMD. (KW) LOSSE...

AI summary This table presents energy sales, losses, and demand data across various customer classes in Nova Scotia for October 2027, including metrics such as energy line losses, system requirement, and demand factors. It provides a detailed breakdown of energy usage and system performance across domestic, industrial, and other categories.

FOR DECEMBER 2027 (1) (2) ENERGY (3) (4) CLASS NON- (5) SYSTEM (6) SYSTEM (7) DEMAND (8) SYSTEM (9) SYSTEM MWH LINE ENERGY COINCIDENT COINCIDENT COINCIDENT LINE COIN. PEAK COINCIDENT SALES LOSSES REQUIREMENT DMD. (KW) FACTOR DMD. (KW) LOSS...

AI summary The document provides a detailed breakdown of energy sales, losses, and demand metrics across various customer classes for December 2027. It includes data on domestic, small general, general, industrial, and other categories, with percentages for losses and demand factors. The table also includes a subtotal and total for energy sales and demand, highlighting key metrics such as system losses and demand factors.

FOR THE YEAR ENDING DECEMBER 31, 2027 (1) (2) TOTAL (3) SMALL (4) (5) GENERAL (6) (7) SMALL MEDIUM LARGE (8) (9) (10) (11) (12) SHORE (13) (14) (15) (16) REAL TIME MONTH COMPANY DOMESTIC GENERAL GENERAL LARGE INDUST. INDUST. INDUST. ELI 2P...

AI summary This document presents a detailed table of demand data for various customer categories and months, including total demand, small, general, large, and shore categories, with specific values for each month from January to December 2027. It includes data for different types of demand, such as firm and interruptible rider demands.

NOVA SCOTIA POWER INC. SUMMARY OF DISTRIBUTION SYSTEM ENERGY LINE LOSSES NOVA SCOTIA POWER INC. DISTRIBUTION SYSTEM ENERGY LINE LOSSES FOR THE YEAR ENDING DECEMBER 31, 2027 MONTH (1) TOTAL COMPANY (2) DOMESTIC (3) SMALL GENERAL (4) GENERAL...

AI summary The document presents a summary of distribution system energy line losses for Nova Scotia Power Inc. for the year ending December 31, 2027, with monthly percentages of losses across different customer categories and an annual average.

ALLOCATION FACTOR INFORMATION Calendar Month of System Peak 1 (9) MWH SALES - MUNICIPAL 17,322 15,232 14,258 10,060 6,173 5,728 7,424 7,085 7,247 8,776 11,907 14,291 125,502.4 (10) MWH SALES - UNMETERED 6,586 6,343 6,356 6,257 6,609 6,407...

AI summary The document presents a table with monthly MWH sales data across various categories, including municipal, unmetered, shore power, and others, for a specific period. The data includes figures for different voltage levels and specific energy-related activities.

REDACTED (Attachment Only) 1 (a) Please refer to the following: ( 9) MUNICIPAL 130 32 $10.9 $8.8 $19.7 130 32 $10.9 $8.8 $19.7 0 ) 0.0% 0.0% $0.0 $0.0 $0.0 0.0% 0.0% 0.0% (10) UNMETERED 83 13 $6.1 $16.8 $23.0 83 13 $6.1 $16.8 $23.0 0 ) 0.0...

AI summary The document contains a table with data on energy usage, costs, and variances, including figures related to domestic and municipal energy requirements, peak demand, and associated fuel and non-fuel costs. It references a proceeding matter (M12451) and includes an attachment (Att 01) and other internal reference numbers.

FOR THE YEAR ENDING DECEMBER 31, 2026 (1) MWH (2) ENERGY LINE (3) ENERGY (4) CLASS NON- SYSTEM (5) COINCIDENT COINCIDENT COINCIDENT (6) (7) LINE (8) SYSTEM DEMAND SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT (10) 3CP (11) 3CP % SALES LOSSES REQ...

AI summary The text presents a table with various energy-related metrics for the year ending December 31, 2026, including energy sales, losses, demand, and contribution factors. The table appears to be part of a regulatory proceeding related to energy usage and management.

FOR FEBRUARY 2026 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM DMD. (KW) (9) SYSTEM COIN. PEA...

AI summary The document presents a detailed table of energy sales, losses, and demand metrics for February 2026, categorized by customer class, including domestic, industrial, and municipal sectors. It includes metrics such as energy sales, energy losses, demand factors, and system demand, with totals and subtotals provided for different categories.

FOR MARCH 2026 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM DMD. (KW) (9) SYSTEM COIN. PEAK C...

AI summary The document presents a detailed table of energy sales, losses, and demand metrics for March 2026, categorized by different customer classes and sectors. It includes data on energy requirements, demand factors, and losses, providing a comprehensive overview of Nova Scotia Power Inc.'s sales, generation, and demand analysis for the month.

FOR APRIL 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM DMD. (KW) (9) SYSTEM COIN. PEAK C...

AI summary The document presents a table with various metrics related to energy sales, losses, and demand factors categorized by customer class for April 2026. It includes data on MWH sales losses, energy line losses, demand line losses, and system peak load factors for different customer segments.

FOR JUNE 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM DMD. (KW) (9) SYSTEM COIN. PEAK CO...

AI summary The document presents a detailed table of energy sales, generation, and demand analysis for June 2026, including metrics such as MWH sales losses, energy line losses, demand losses, and system factors for various customer classes and special programs.

FOR JULY 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM DMD. (KW) (9) SYSTEM COIN. PEAK CO...

AI summary This document presents a detailed table of energy sales, generation, and demand analysis for July 2026, including metrics such as MWH sales losses, energy line losses, demand losses, and system factors for various customer classes and programs. It includes totals and subtotals for different categories, such as domestic, industrial, and special programs like ELIADC and EBS/RTR.

FOR AUGUST 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM DMD. (KW) (9) SYSTEM COIN. PEAK...

AI summary This document presents a detailed analysis of electricity sales, generation, and demand for August 2026, including metrics such as MWH sales losses, energy line losses, demand losses, and system factors across various customer classes and special programs.

FOR SEPTEMBER 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM DMD. (KW) (9) SYSTEM COIN. PE...

AI summary The document presents a detailed table of electricity sales, generation, and demand analysis for September 2026, including metrics such as MWH sales losses, energy line losses, demand losses, and system factors across various customer classes and programs. It provides a breakdown of domestic, industrial, and special programs like ELIADC and EBS/RTR.

FOR OCTOBER 2026 (1) MWH (2) ENERGY LINE (3) ENERGY (4) CLASS NON- COINCIDENT (5) SYSTEM COINCIDENT (6) SYSTEM COINCIDENT (7) DEMAND LINE (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT SALES LOSSES REQUIREMENT DMD. (KW) FACTOR DMD. (KW) LOSSE...

AI summary The document presents a detailed breakdown of energy sales, generation, and demand analysis for October 2026, including various categories such as domestic, industrial, and municipal usage, along with metrics like losses, demand factors, and energy line requirements.

FOR NOVEMBER 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM DMD. (KW) (9) SYSTEM COIN. PEA...

AI summary This document presents a detailed table of energy sales, generation, and demand analysis for November 2026, including metrics such as MWH sales losses, energy line losses, demand losses, and system coincident demand factors across various customer classes and programs.

FOR DECEMBER 2026 (1) (2) ENERGY (3) (4) CLASS NON- (5) SYSTEM (6) SYSTEM (7) DEMAND (8) SYSTEM (9) SYSTEM MWH SALES LINE LOSSES ENERGY REQUIREMENT COINCIDENT DMD. (KW) COINCIDENT FACTOR COINCIDENT DMD. (KW) LINE LOSSES DMD. (KW) COIN. PEA...

AI summary The document presents a detailed table of energy sales, losses, and demand metrics for different customer classes in December 2026, including domestic, industrial, and municipal sectors. It also includes subtotals for various programs and services such as ELIADC and EBS/RTR.

SYSTEM ENERGY LINE LOSSES BY RATE CLASS FOR THE YEAR ENDING DECEMBER 31, 2026 NOVA SCOTIA POWER INC. SYSTEM COINCIDENT DEMAND LINE LOSSES BY RATE CLASS FOR THE YEAR ENDING DECEMBER 31, 2026 NOVA SCOTIA POWER INC. MONTH (1) TOTAL (2) (3) SM...

AI summary The document presents detailed data on system energy line losses and system coincident demand line losses by rate class for Nova Scotia Power Inc. for the year ending December 31, 2026, showing monthly and annual average percentages across various rate classes.

FOR THE YEAR ENDING DECEMBER 31, 2027 (1) TOTAL (2) COMPANY DOMESTIC GENERAL GENERAL (3) SMALL (4) (5) GENERAL (6) SMALL (7) MEDIUM LARGE INDUSTRIAL INDUSTRIAL INDUSTRIAL (8) LARGE (9) PHP (10) (11) MUNICIPAL UNMETERED (12) ALLOCATION FACT...

AI summary The document presents a detailed breakdown of demand, responsibility percentages, and energy generation and purchase data across various customer categories for the year ending December 31, 2027. It includes tables with figures and percentages, as well as references to different demand and generation categories.

FOR FEBRUARY 2027 (1) (2) ENERGY (3) (4) CLASS NON- (5) SYSTEM (6) SYSTEM (7) DEMAND (8) SYSTEM (9) SYSTEM MWH SALES LINE LOSSES ENERGY REQUIREMENT COINCIDENT DMD. (KW) COINCIDENT FACTOR COINCIDENT DMD. (KW) LINE LOSSES COIN. PEAK COINCIDE...

AI summary This document presents a detailed analysis of energy sales, generation, and demand for February 2027, including metrics such as MWH sales, line losses, energy requirements, and demand factors across various customer classes and sectors.

FOR MARCH 2027 (1) (2) ENERGY (3) (4) CLASS NON- (5) SYSTEM (6) SYSTEM (7) DEMAND (8) SYSTEM (9) SYSTEM MWH SALES LINE LOSSES ENERGY REQUIREMENT COINCIDENT DMD. (KW) COINCIDENT FACTOR COINCIDENT DMD. (KW) LINE LOSSES COIN. PEAK COINCIDENT...

AI summary The document presents a table with energy sales, line losses, energy requirements, and demand factors across various customer classes in March 2027. It includes data for domestic, small general, general, large industrial, and other categories, providing insights into energy usage and losses.

FOR JUNE 2027 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT D...

AI summary The document presents a table with various metrics related to energy sales, losses, and demand factors across different customer classes in June 2027. It includes data on MWH sales losses, energy line losses, demand losses, and system peak demand factors for different customer categories.

FOR AUGUST 2027 (1) (2) ENERGY (3) (4) CLASS NON- (5) SYSTEM (6) SYSTEM (7) DEMAND (8) SYSTEM (9) SYSTEM MWH SALES LOSSES LINE ENERGY REQUIREMENT COINCIDENT DMD. (KW) COINCIDENT FACTOR COINCIDENT DMD. (KW) LINE LOSSES COIN. PEAK COINCIDENT...

AI summary The document presents energy data for August 2027, including sales losses, line losses, energy requirements, and demand factors across various customer classes. It provides a detailed breakdown of energy usage and losses for different sectors such as domestic, industrial, and municipal.

FOR SEPTEMBER 2027 (1) (2) ENERGY (3) (4) CLASS NON- (5) SYSTEM (6) SYSTEM (7) DEMAND (8) SYSTEM (9) SYSTEM MWH LINE ENERGY COINCIDENT COINCIDENT COINCIDENT LINE COIN. PEAK COINCIDENT SALES LOSSES REQUIREMENT DMD. (KW) FACTOR DMD. (KW) LOS...

AI summary The document presents energy sales and demand data across various customer classes in September 2027, including metrics such as MWH sales, line losses, system energy requirements, and demand factors. The data includes breakdowns for domestic, small general, general, large industrial, and other categories, highlighting energy usage patterns.

FOR NOVEMBER 2027 (1) (2) ENERGY (3) (4) CLASS NON- (5) SYSTEM (6) SYSTEM (7) DEMAND (8) SYSTEM (9) SYSTEM MWH SALES LOSSES LINE ENERGY REQUIREMENT COINCIDENT DMD. (KW) COINCIDENT FACTOR COINCIDENT DMD. (KW) LINE LOSSES COIN. PEAK COINCIDE...

AI summary The document presents a detailed analysis of energy sales, generation, and demand across various customer classes in Nova Scotia for November 2027. It includes metrics like MWH sales losses, line losses, energy requirements, and demand factors, categorized by domestic, industrial, and other classes.

FOR DECEMBER 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDE...

AI summary The table provides detailed data on energy sales, losses, and demand factors across different customer classes in December 2027. It includes metrics such as energy sales, energy losses, energy requirements, demand factors, and system peak demand. The data is categorized by customer type, including domestic, industrial, municipal, and others.

ALLOCATION FACTOR INFORMATION Calendar Month of System Peak 1 January February March April May June July August September October November December Total (66) SYSTEM COINCIDENT DMD GEN. REPL. (67) SYSTEM COINCIDENT DMD PHP (68) SYSTEM COIN...

AI summary The document presents a table detailing the allocation factor information for different months, including system coincident demand generation replacement, system coincident demand PHP, and system coincident demand interruptible. The table shows varying values across months and includes totals for each category.

FOR JANUARY 2026 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM...

AI summary This document presents a detailed table of energy sales, losses, and demand metrics for January 2026, categorized by customer class and including totals for various sectors such as domestic, industrial, and municipal. It provides insights into energy usage patterns, losses, and demand factors across different segments.

SYSTEM ENERGY LINE LOSSES BY RATE CLASS FOR THE YEAR ENDING DECEMBER 31, 2026 MONTH (1) TOTAL COMPANY (2) DOMESTIC (3) SMALL GENERAL (4) GENERAL (5) GENERAL LARGE (6) SMALL INDUST. (7) MEDIUM INDUST. (8) LARGE INDUST. (9) UNMETERED (1) ( 1...

AI summary The document presents system energy line losses by rate class for the year ending December 31, 2026, with percentages for each month and an annual average. The data shows varying losses across different rate classes, including domestic, small general, general, large, small industrial, medium industrial, large industrial, and unmetered.

ALLOCATION FACTOR INFORMATION Calendar Month of System Peak 1 January February March April May June July August September October November December Total (85) DEMAND LINE LOSS ADJUSTMENT - DOMESTIC (86) DEMAND LINE LOSS ADJUSTMENT - SMALL...

AI summary The table presents allocation factor information, including demand line loss adjustments categorized by domestic, small general, general, and small industrial sectors across different calendar months, with totals and figures for each category.

NOVA SCOTIA POWER INC. (1) TOTAL COMPANY (2) DOMESTIC (3) SMALL GENERAL (4) GENERAL (5) GENERAL LARGE (6) SMALL INDUSTRIAL INDUSTRIAL INDUSTRIAL (7) MEDIUM (8) LARGE (9) (10) (11) ELI 2P-RTP MUNICIPAL UNMETERED (12) ALLOCATION FACTOR ENERG...

AI summary The document presents a detailed breakdown of energy generation and purchases by Nova Scotia Power Inc., categorized by different customer segments and energy sources. It includes data on fuel, biomass, wind, and other purchases, with allocations and factors noted for various classifications.

SALES, GENERATION AND DEMAND ANALYSIS FOR THE YEAR ENDING DECEMBER 31, 2027 (1) MWH (2) ENERGY LINE (3) ENERGY SALES LOSSES REQUIREMENT DMD. (KW) (4) CLASS NON- SYSTEM (5) FACTOR (6) SYSTEM DEMAND SYSTEM COINCIDENT COINCIDENT COINCIDENT LI...

AI summary The document provides a detailed analysis of sales, generation, and demand for the year ending December 31, 2027, including metrics such as MWH, energy sales losses, system demand, and contribution percentages across various classes and pools.

NOVA SCOTIA POWE FUNCTIONALIZATION OF OPER FOR THE YEAR ENDING DEC (IN THOUSANDS OF D (1) TOTAL (2) PROD. EXPENSES EXPENSES EXPENSES EXPENSES EXPENSES WEIGHTS WEIGHTS WEIGHTS (3) TRANS. (4) DIST. (5) RETAIL (6) PROD. (7) TRANS. (8) DIST. (...

AI summary The document outlines the functionalization of operations for Nova Scotia Power for the year ending December, detailing expenses and weights across various categories such as fuel, purchased power, and wind production. It includes breakdowns of operating and maintenance costs for different energy sources like thermal, hydro, wind, and biomass.

FOR MAY 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT DM...

AI summary The document presents a detailed table with data on energy sales, losses, demand, and system factors for different customer classes in Nova Scotia for May 2026. It includes metrics such as MWH sales losses, energy line losses, demand losses, and system coincident demand factors, categorized by customer type and overall totals.

(140) Class Non-Coincident Dmd (at cutomer's meter) Calendar Month of System Peak 1 (119) REQUIREMENTS - BUTU 7,549 7,549 7,549 7,549 7,549 7,549 7,549 7,549 7,549 7,549 7,549 7,549 22,647.0 (120) REQUIREMENTS - RTP 0 0 0 0 0 0 0 0 0 0 0 0...

AI summary This document presents a table with data on energy requirements and losses across different voltage levels and customer classes in Nova Scotia. It includes metrics such as non-coincident demand, interruptible demand, and energy line losses for various segments of the electricity distribution system.

(1) (2) (3) (4) (5) (6) (7) (8) (9) TOTAL SMALL GENERAL SMALL MEDIUM LARGE MONTH COMPANY DOMESTIC GENERAL GENERAL LARGE INDUST. INDUST. INDUST. UNMETERED (1) ( 1) JANUARY 7.94% 8.70% 8.65% 8.33% 5.37% 8.14% 7.14% 3.77% 8.69% (2) (1) ( 2) F...

AI summary This document presents monthly and annual average system energy line losses by rate class for Nova Scotia Power Inc. for the year ending December 31, 2026, detailing percentages across various customer categories and months.

(300) Total 100.00% (301) (302) METER DATA SERVICES ALLOCATORS (480) AVERAGE CUSTOMERS - DOMESTIC (SEASONAL) 12,080 24,346 23,974 (481) AVERAGE CUSTOMERS - DOMESTIC (TOTAL) 488,926 490,213 487,639 (482) AVERAGE CUSTOMERS - SMALL GENERAL 27...

AI summary The text presents a table with various metrics related to meter data services allocators, including average customer numbers across different categories and voltage level demand reduction percentages, along with loss factor percentages for different power levels.

SYSTEM COINCIDENT DEMAND LINE LOSSES BY RATE CLASS (1) TOTAL COMPANY (2) DOMESTIC (3) SMALL GENERAL (4) GENERAL (5) GENERAL LARGE (6) SMALL INDUST. (7) MEDIUM INDUST. (8) LARGE INDUST. (9) UNMETERED 12.56% 14.18% 12.44% 11.18% 6.86% 14.01%...

AI summary The document presents a table showing system coincident demand line losses by rate class, with percentages for various categories such as domestic, small general, general, large industrial, and others. The data appears to be related to Nova Scotia Power's energy billing and load management systems.

(1) (2) (3) (4) (5) (6) (7) (8) (9) ENERGY CLASS NON- SYSTEM SYSTEM DEMAND SYSTEM SYSTEM MWH LINE ENERGY COINCIDENT COINCIDENT COINCIDENT LINE COIN. PEAK COINCIDENT MWH LINE ENERGY COINCIDENT COINCIDENT COINCIDENT LINE COIN. PEAK COINCIDEN...

AI summary The text presents a table with energy class data including MWH, line losses, energy requirement, and demand factors for various categories such as domestic, small general, general, and industrial sectors. The table includes metrics for different energy classes and their respective percentages and values.

FOR THE YEAR ENDING DECEMBER 31, 2026 (IN THOUSANDS OF DOLLARS) (1) TOTAL (2) TOTAL (3) UNIT COST (4) TOTAL (5) (6) (7) VARIANCE CALC (479) ALLOCATION FACTOR INFORMATION Year-end 2025 Year-end 2026 (480) AVERAGE CUSTOMERS - DOMESTIC (SEASO...

AI summary The document presents a detailed table of allocation factors, customer statistics, and revenue data for the year ending December 31, 2026, including average customer numbers, voltage level demand reduction percentages, loss factor percentages, and billing and revenue figures across various customer categories.

NOVA SCOTIA POWER INC. SALES, GENERATION AND DEMAND ANALYSIS FOR JANUARY 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7)...

AI summary The document provides a detailed analysis of Nova Scotia Power Inc.'s sales, generation, and demand for January 2027, including metrics such as energy sales, losses, and demand factors. The data is presented in a tabular format with various categories and subtotals.

(1) (2) (3) (4) (5) (6) (7) (8) (9) TOTAL SMALL GENERAL SMALL MEDIUM LARGE COMPANY DOMESTIC GENERAL GENERAL LARGE INDUST. INDUST. INDUST. UNMETERED 12.56% 14.18% 12.44% 11.18% 6.86% 14.01% 10.91% 5.70% 14.18% 11.70% 13.28% 11.64% 10.46% 6....

AI summary The document presents a table of demand line losses by rate class for Nova Scotia Power Inc. for the year ending December 31, 2027, showing percentages for different customer categories and sizes.

NOVA SCOTIA POWER INC. FUNCTIONALIZATION OF OPERATING EXPENSES FOR THE YEAR ENDING DECEMBER 31, 2027 (IN THOUSANDS OF DOLLARS) (1) TOTAL EXPENSES (2) PROD. EXPENSES (3) TRANS. EXPENSES (4) DIST. EXPENSES (5) RETAIL EXPENSES (6) PROD. WEIGH...

AI summary Nova Scotia Power Inc. provides a functionalization of operating expenses for the year ending December 31, 2027, detailing various categories such as fuel, purchased power, and operating and maintenance costs for different energy sources including thermal, hydro, wind, and biomass.

(IN THOUSANDS OF DOLLARS) FOR THE YEAR ENDING DECEMBER 31, 2027 ALLOCATION FACTOR INFORMATION ALLOCATION FACTOR INFORMATION Calendar Month of System Peak 1 January February March April May June July August September October November Decemb...

AI summary The document presents allocation factor information for the year ending December 31, 2027, including details on demand line loss adjustments and interruptible coincident demand at various voltage levels. The data spans different months and includes figures related to loss factors and reductions in demand.

NOVA SCOTIA POWER INC. SYSTEM COINCIDENT DEMAND LINE LOSSES BY RATE CLASS FOR THE YEAR ENDING DECEMBER 31, 2027 (1) (2) (3) (4) (5) (6) (7) (8) (9) TOTAL COMPANY DOMESTIC SMALL GENERAL GENERAL GENERAL LARGE SMALL INDUST. MEDIUM INDUST. LAR...

AI summary This document presents Nova Scotia Power Inc.'s system coincident demand line losses by rate class for the year ending December 31, 2027. The data shows varying percentages of losses across different customer categories, indicating differences in efficiency and performance.

NOVA SCOTIA POWER INC. SUMMARY OF DISTRIBUTION SYSTEM ENERGY LINE LOSSES FOR THE YEAR ENDING DECEMBER 31, 2027

AI summary This document provides a summary of distribution system energy line losses for Nova Scotia Power Inc. for the year ending December 31, 2027. It outlines the energy losses incurred during the distribution process, which are critical for assessing operational efficiency and financial performance.

NSPI Responses to Industrial Group Information Requests 1 Request IR-12: 2 3 (a) Where PHP's load under ELIADC was optimized along with other supply resources 4 in the development of the day-ahead dispatch plan to provide the least cost di...

AI summary NSPI responds to questions about the optimization of PHP load under ELIADC and ELID DR, confirming that PHP load is economically dispatched and not counted as synchronized reserve if already part of other demand response programs. It also confirms that ELID DR provides full authority for dynamic dispatch of PHP.

Part A – Definitions ADC: Active Demand Control. ADC Dispatchable Rider Operating Procedure (Operating Procedure): This Pprocedure document maintained by Nova Scotia Power System Operator (NSPSO) and Nova Scotia Power Energy & Risk Managem...

AI summary This section defines key terms related to Nova Scotia's electricity management, including ADC (Active Demand Control), Dispatchable Rider, and CBL (Customer Baseline Load). It outlines procedures for managing load and calculating benefits under the ELID Tariff.

Part C – Conditions - (9) Subject only to reasons of health, safety, environmental, system reliability, equipment failures, and Force Majeure events, PHP must not deviate from the NS Power/NSPSO final demand schedule. NS Power/NSPSO must c...

AI summary Part C outlines conditions for PHP's operations, emphasizing compliance with demand schedules, communication during disruptions, tracking deviations, and collaboration between NS Power, NSPSO, and PHP. It includes procedures for maintaining 24/7 operations teams, handling outages, and ensuring dispatch decisions align with system needs and agreed schedules.

Part D – Operating Mode Characteristics Schedule For the purpose of planning, dispatch and forecasting, PHP's loading levels will be separated into seven (7)9 distinctive operating modes. Only one mode will be able to operate at any given...

AI summary Part D outlines the Operating Mode Characteristics Schedule, which divides PHP's loading levels into seven operating modes for planning, dispatch, and forecasting purposes. The schedule includes details on operating levels, ramp rates, outages, pulp storage, and line modes, and is used for calculating CBL incremental costs and ADC benefitDispatchable Rider Credit.

Date Filed: April 10, 2026 NSPI (Synapse) IR-19 Page 2 of 2 1 Request IR-20: 2 purpose of calculating the Threshold Penalty, NS Power applied the following 3 assumptions: 4 5 • Firm billing is calculated using the proposed ELID Tariff rate...

AI summary The document outlines the assumptions used by NS Power in calculating the Threshold Penalty, including the use of the ELID Tariff rates, a zero DSM Cost Recovery Rider, and assumptions about peak demand, energy consumption, and power factor. Attachments provide detailed calculations of the Threshold Penalty and hypothetical weekly bills under the ELID Tariff.

NSPI Responses to Synapse Energy Economics, Inc. Information Requests 1 Request IR-25: 1 2 3 4 5 6 7 8 9 offline due to immediate need to shut down for repairs. These events go unnoticed by the public, yet time and again PHP is called upon...

AI summary NSPI responds to Synapse Energy Economics, Inc. regarding the need to consider additional ancillary service value for PHP in the approval of a new ATL Tariff. NSPI disputes the highlighted sections, stating that the events were based on a schedule change initiated by the NSPSO under the ELIADC Tariff.

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 The document presents a detailed breakdown of allocation factors related to demand, generation, and purchase across various categories such as small, general, and industrial sectors. Percentages of responsibility are calculated for each category, with specific values and exhibits referenced for further details.

FOR JANUARY 2026 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDEN...

AI summary The text presents a table with various energy metrics for January 2026, including energy sales, losses, demand factors, and other related figures categorized by different customer classes and special programs. It includes sub-totals and totals, with some data redacted and marked as confidential.

FOR FEBRUARY 2026 (1) (2) ENERGY (3) (4) CLASS NON- (5) SYSTEM (6) SYSTEM (7) DEMAND (8) SYSTEM (9) SYSTEM MWH SALES LINE LOSSES ENERGY REQUIREMENT COINCIDENT DMD. (KW) COINCIDENT FACTOR COINCIDENT DMD. (KW) LINE LOSSES COIN. PEAK COINCIDE...

AI summary The document presents a table with energy sales, losses, and demand metrics across different customer classes in February 2026. It includes data on energy requirements, coincident demand, and line losses, with percentages and totals provided for each category.

FOR MARCH 2026 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT...

AI summary The document presents a detailed table of energy sales, losses, and demand metrics for March 2026, categorized by customer class and including specific entries such as ELID Tariff, IR-30, and other specialized categories. It includes aggregated totals and percentages, reflecting system performance and energy distribution across various sectors.

FOR MAY 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT DM...

AI summary The table presents detailed energy sales, losses, and demand data for various customer classes in May 2026, including metrics like energy line losses, system coincident demand factor, and demand line losses. The data is categorized by customer class and includes sub-totals and totals for different segments.

FOR JUNE 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT D...

AI summary This table presents data related to energy sales, losses, and demand factors across various customer classes for June 2026. It includes metrics such as MWH sales losses, energy line losses, demand losses, and system coincidence factors. The data is categorized by customer type, including domestic, industrial, and municipal classes, and includes subtotals and totals for different categories.

FOR JULY 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDENT D...

AI summary The document presents a detailed table of energy sales, losses, and demand metrics for July 2026, categorized by customer class and including various industrial and municipal segments. It includes metrics such as energy sales losses, energy line losses, demand losses, and system coincidence factors. The table also includes subtotals and totals for different categories, as well as a redacted attachment related to the ELID Tariff Synapse IR-30.

FOR SEPTEMBER 2026 (1) (2) (3) (4) (5) (6) (7) (8) (9) MWH ENERGY LINE ENERGY CLASS NON- COINCIDENT SYSTEM COINCIDENT SYSTEM COINCIDENT DEMAND LINE SYSTEM SYSTEM COIN. PEAK COINCIDENT SALES LOSSES REQUIREMENT DMD. (KW) FACTOR DMD. (KW) LOS...

AI summary The table presents energy sales, losses, and demand data across various customer classes for September 2026, including metrics such as energy line losses, demand factor, and system coincident peak demand. The data is categorized by customer type, with detailed breakdowns for domestic, industrial, municipal, and other classes.

FOR OCTOBER 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDEN...

AI summary The document presents a table with various metrics related to energy sales, losses, demand, and system factors across different customer classes in October 2026. The table includes figures for MWH sales losses, energy line losses, demand losses, system coincident demand factors, and other related metrics. The data is categorized by customer class, such as domestic, industrial, and municipal. The table also includes subtotals and totals for different categories, as well as a note about redacted information.

FOR NOVEMBER 2026 (1) MWH SALES LOSSES (2) ENERGY LINE (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM (9) SYSTEM COIN. PEAK COINCIDE...

AI summary The document presents a table with various metrics related to energy sales, losses, and demand factors across different customer classes in November 2026. The table includes data on MWH sales losses, energy line losses, energy requirement, class non-coincident demand, system coincident factor, system coincident demand, demand line losses, system peak coincident demand, and load factor. The data is categorized by customer types such as domestic, small general, general, large industrial, and others.

FOR DECEMBER 2026 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTE...

AI summary The document presents a table with energy sales, losses, and demand metrics categorized by customer class for December 2026. It includes data on energy requirement, system coincidence factor, and demand line losses, along with totals and subtotals for different classes and special cases like Shore Power and ELIADC.

ALLOCATION FACTOR INFORMATION Calendar Month of System Peak 1 (18) MWH SALES - Export Sales 0 0 0 0 0 0 0 0 0 0 0 0 - (19) LINE LOSSES - DOMESTIC (20) LINE LOSSES - SMALL GENERAL 56,600 3,429 52,784 3,172 50,321 3,132 36,418 2,275 28,796 2...

AI summary This section presents detailed line loss data categorized by different customer segments and months, providing insights into energy distribution efficiency across various sectors in Nova Scotia.

REDACTED ELID Tariff Synapse IR-30 Attachment 2 Page 14 of 15 REDACTED (CONFIDENTIAL INFORMATION REMOVED) Category Usage Data 62,638 53,212 48,588 46,920 53,118 49,047 56,555 43,151 54,132 54,184 56,426 42,967 158,818 ATL Classes BTL Class...

AI summary The document presents a table containing usage data categorized by various classes such as ATL, BTL, BUTU, and GRLF, along with associated numerical values for different months and an annual total. This data appears to be related to energy usage and distribution metrics.

REDACTED ELID Tariff Synapse IR-30 Attachment 3 Page 27 of 95 REDACTED (CONFIDENTIAL INFORMATION REMOVED) EXHIBIT 4 - Detail A PAGE 3 OF 6 NOVA SCOTIA POWER FUNCTIONALIZATION OF OPERA FOR THE YEAR ENDING DECEM (IN THOUSANDS OF DOL

AI summary The document is a redacted portion of a Nova Scotia Power tariff filing, specifically an exhibit detailing functionalization of operations for the year ending December. It includes references to various acronyms and terms related to energy billing, pricing, and regulatory processes.

FOR THE YEAR ENDING DECEMBER 31, 2027 (1) MWH (2) ENERGY LINE (3) ENERGY SALES LOSSES REQUIREMENT DMD. (KW) (4) CLASS NON- SYSTEM (5) COINCIDENT COINCIDENT COINCIDENT FACTOR (6) SYSTEM DEMAND SYSTEM (7) LINE (8) DMD. (KW) LOSSES DMD. (KW)...

AI summary The document presents a detailed table of energy usage and demand metrics across various customer classes for the year ending December 31, 2027, including energy consumption, losses, demand factors, and contribution percentages. It provides a comprehensive overview of energy sales and system demand across different sectors.

FOR JANUARY 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM...

AI summary The document presents a table with various metrics related to energy sales, losses, and demand factors across different customer classes in January 2027. It includes data on energy sales, energy losses, energy requirements, demand factors, and system peak demand across different customer categories, such as domestic, industrial, and municipal.

FOR MARCH 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM C...

AI summary The document presents a table with energy sales, losses, and demand metrics for different customer classes in March 2027. It includes data on energy requirement, system demand, and load factors across various categories such as domestic, industrial, and municipal. The table also includes subtotals and totals for energy sales and exports.

FOR APRIL 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM C...

AI summary The text presents a table with energy sales, losses, and demand metrics across different customer classes for April 2027. It includes totals and subtotals for various categories such as domestic, industrial, and municipal, along with percentages for energy losses and demand factors. The table is part of a redacted attachment from a regulatory proceeding.

FOR JUNE 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM CO...

AI summary The document presents a detailed table of energy sales, losses, and demand metrics for different customer classes in June 2027. It includes data on MWH sales, energy losses, demand factors, and other related metrics categorized by customer type.

FOR JULY 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM CO...

AI summary The text presents a table with various metrics related to energy sales, losses, and demand factors categorized by different customer classes and subtotals. It includes data on MWH sales, energy losses, demand factors, and system peak demand for multiple categories such as domestic, industrial, and municipal, along with subtotals and totals.

FOR AUGUST 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM...

AI summary The document presents a table with data on energy sales, losses, and demand factors across various customer classes for August 2027. It includes metrics such as energy losses, demand factors, and total energy requirements. The data is categorized by customer type, and there are subtotals and totals provided for different sections of the table.

FOR SEPTEMBER 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYST...

AI summary The text presents a table with various energy metrics categorized by different customer classes, including MWH sales, energy losses, demand factors, and other system performance indicators. The data spans multiple categories such as domestic, industrial, and municipal users, and includes totals and subtotals for different segments of energy usage and system performance.

FOR OCTOBER 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM...

AI summary The document presents a table with various energy metrics, including sales, losses, and demand factors, categorized by different customer classes and sectors. The data includes metrics such as energy sales, energy line losses, energy requirement, and system coincident demand factors for multiple customer categories. The table also includes subtotals and a total for energy metrics, with some entries marked as redacted.

FOR NOVEMBER 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTE...

AI summary The text presents a table with energy sales, losses, and demand metrics across various customer classes for November 2027. It includes data on energy requirement, demand losses, and system peak demand, categorized by customer type. The table also shows subtotals and totals, with some entries marked as redacted or confidential.

FOR DECEMBER 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTE...

AI summary The text presents a table with energy sales, losses, and demand metrics categorized by customer class for December 2027. It includes data on energy sales, energy losses, demand factors, and other related metrics, with subtotals and totals provided for different customer segments.

Monthly Fuel Cost Allocation Jan-27 Feb-27 Mar-27 Apr-27 May-27 Jun-27 Jul-27 Aug-27 Sep-27 Oct-27 Nov-27 Dec-27 Total Municipal $131,219 $123,107 $107,673 $74,093 $75,327 $88,605 $85,079 $96,772 $106,705 $123,585 $123,272 $109,474 $1,244,...

AI summary The document presents a detailed breakdown of monthly fuel cost allocation across different categories, including municipal, unmetered, BUTU, BIOMASS, and domestic energy costs from January 2027 to December 2027. The total fuel cost remains constant at approximately $9.03 million per month, with variations in distribution across the categories.

- See Attachment 1 to Synapse IR-2. 1 Request IR-3: 2 3 Refer to the Direct Testimony of Port Hawkesbury Paper, p. 5, lines 3-4. 4 Please confirm that "base load" is 8 MW. If not confirmed, please provide the value and an 5 explanation of...

AI summary The document includes a request and response regarding PHP's base load and tariff options. It confirms PHP's base load at 8 MW and explains that 4 MW is related to the NS Power Biomass Cogeneration Facility. It also refers to previous responses regarding tariff options if PHP does not accept service under the ELID.

Approval of an Above-the-Line Tariff Applicable to Port Hawkesbury Paper (M12661) Bates White Evidence – Confidential Version 1 much energy to consume. During high-priced periods, price-responsive demand can reduce consumption 2 and theref...

AI summary The document discusses concerns raised by Port Hawkesbury Paper (PHP) regarding the ELID Tariff and the DR credit mechanism. PHP argues that the fixed ELID Energy Rate reduces its incentive to respond to price signals, while the DR credit does not provide immediate compensation for load adjustments. PHP also highlights operational challenges, such as equipment wear and tear, associated with load shifting.

- from Goose Harbour. In an illustrative, if unrealistic, scenario, all of Goose Harbour's output could be in - hours when PHP's energy usage was zero (or at its 8 MW lower limit), while PHP consumed large - amounts of energy when Goose Ha...

AI summary The text discusses how Goose Harbour's energy output can be credited to PHP under the PSA, even when not produced or during periods of low usage, potentially reducing PHP's energy costs under the NSPI tariff. It also highlights that transmission losses are not accounted for in deemed delivery calculations.

12 2027 COSS Alternative, lower PHP load, higher GH output Difference PHP gross energy (GWh) (a) 811 774 -37 Goose Harbour output (GWh) (b) 507 653 146 PHP Net Load (GWh) (c) = (a) - (b) 304 121 -183 ELID Energy Charge (¢/kWh) (d) 11.24 11...

AI summary The table presents a comparison of energy metrics for PHP under two scenarios: the current COSS and an alternative scenario with lower PHP load and higher Goose Harbour output. The alternative scenario results in a significant reduction in PHP net load and associated energy costs.

PROFESSIONAL EXPERIENCE Synapse Energy Economics , Cambridge MA. Vice President, April 2023 – Present; Senior Principal, May 2022 – April 2023, Principal Associate, 2017 – May 2022 , Senior Associate, 2015 – 2017 , Associate , 2012 ‒ 2015...

AI summary The text details the professional experience of an individual working in energy economics, including roles at Synapse Energy Economics and the University of Wisconsin, with a focus on utility regulation, environmental economics, and energy efficiency. The individual has contributed to rate design, alternative regulation, and public utility commission proceedings.

PUBLICATIONS Havumaki, B., A. Fuzaylov, M. Whited. 2025. Optimizing Incentives for Effective PIMs: Coordinating PIMs with authorized ROE for Efficient and Effective Regulation. Synapse Energy Economics for Clean Virginia. Shenstone-Harris,...

AI summary The publications section lists several studies and reports conducted by Synapse Energy Economics and other organizations on topics such as electric vehicle adoption, building electrification, offshore wind benefits, and industrial electrification. These studies aim to inform regulatory and policy decisions related to energy efficiency and grid modernization.

TESTIMONY AND COMMENTS Indiana Utility Regulatory Commission (Cause No. 46120): Direct Testimony of Melissa Whited addressing the appropriate return on equity for Northern Indiana Public Service Company in light of its high rates and recen...

AI summary Testimony and comments from Melissa Whited and others in various regulatory proceedings across different states and provinces, discussing topics such as return on equity, electrification rates, cost of service studies, and infrastructure cost recovery mechanisms. These testimonies were presented on behalf of various organizations and commissions.

PRESENTATIONS Whited, M. 2024. "Benefits of Offshore Wind in New England" Webinar presentation sponsored by Sierra Club, June 24, 2024. Whited, M. 2021. "Evolution of Net Metering in Hawaii." Presentation to the NARUC Winter Policy Summit....

AI summary The document lists a series of presentations by Michael Whited on various energy and utility-related topics, including offshore wind, net metering, rate design, demand charges, performance incentive mechanisms, and energy policy. These presentations were delivered at conferences, summits, and workshops across North America.

Extra Large Industrial Active Demand Control (ELIADC) Tariff 2025 Annual Report (NSEB M12768) NSPI Responses to BW Information Requests Request IR-3: 2 3 Please refer to PDF page 3, "Operation Summary." 4 5 (a) Did the cyber event have any...

AI summary The document discusses the impact of a cyber event on the scheduling of Peak Hour Pricing (PHP) by Nova Scotia Power Inc. (NSPI), including the use of PLEXOS to create optimized hourly load schedules in the absence of PortOps. It also references the suspension of the Open Access Transmission Tariff (OATT) Standards of Conduct.

EXTRA LARGE INDUSTRIAL ACTIVE DEMAND CONTROL TARIFF Page 1 of 7 Schedule 1: Active Demand Control Energy Supply Protocol Part A – Definitions ADC : Active Demand Control. ADC Operating Procedure : Procedure document maintained by Nova Scot...

AI summary The document outlines the definitions and procedures for the Extra Large Industrial Active Demand Control (ELIADC) Energy Supply Protocol, including terms like ADC, CBL, and dispatchable hours, as well as the roles of Nova Scotia Power System Operator (NSPSO) and Nova Scotia Power (NS Power) in managing demand control and energy forecasts.

2025 ELIADC IG IR-3 Attachment 1 Page 5 of 7 REDACTED (CONFIDENTIAL INFORMATION REMOVED)

AI summary The document is a redacted attachment from a 2025 ELIADC IG IR-3 proceeding, indicating that confidential information has been removed. It likely contains details related to the Extra Large Industrial Active Demand Control program and its implications for Nova Scotia's energy sector.

2025 ELIADC IG IR-3 Attachment 1 Page 6 of 7 REDACTED (CONFIDENTIAL INFORMATION REMOVED)

AI summary This document is a redacted attachment from a 2025 ELIADC IG IR-3 proceeding, which involves Extra Large Industrial Active Demand Control. It is part of a regulatory process in Nova Scotia and includes confidential information that has been removed.

Part D – Operating Mode Characteristics Schedule For the purpose of planning, dispatch and forecasting, PHP's loading levels will be separated into 9 distinctive operating modes. Only one mode will be able to operate at any given time. The...

AI summary PHP's load will be divided into nine operating modes for planning and dispatch purposes. The Operating Mode Characteristics Schedule outlines parameters such as ramp rates, outage planning, and energy requirements. NS Power and NSPSO must dispatch PHP's load according to this schedule, and it can be modified with agreement between PHP and NS Power.

Extra Large Industrial Active Demand Control (ELIADC) Tariff 2025 Annual Report (NSEB M12768) NSPI Responses to IG Information Requests 1 Request IR-13: 22 23 24 25 26 27 28 29 30 Even if the PortOps software had the capability to segregat...

AI summary NSPI explains that the PortOps software cannot accurately calculate the costs and benefits of individual cause codes due to low load levels and the use of forward replacement costs, which are not directly comparable to average accounting costs. Additionally, using Microsoft Excel for such calculations is not feasible.

of Maritime Electric Rate Design proceeding. For the Industrial Group of Nova Scotia Power Inc. (2024-present): Technical support to Cost of Service working group and negotiations on methodology. For the City of Langford (2024-present): As...

AI summary Bowman Economic Consulting Inc. provides technical and strategic support across various regulatory and economic matters, including cost-of-service analysis, rate design negotiations, regulatory filings, and depreciation calculations for utilities, governments, and industries in Canada and beyond.

Response IR-1: (a) The related discussion in the Bates White evidence addresses the effect of assumed PHP net load on determination of the ELID Energy Charge within NSPI's worksheets, and specifically that applying the more realistic net l...

AI summary The response discusses the inappropriateness of using PHP's net load definition for determining the ELID Energy Charge and actual cost to serve PHP load, citing Bates White evidence and suggesting a more realistic net load value would result in a higher Energy Charge rate.

Reference: Testimony, pages 12-13, lines 25-2. "The DR dollar value credit proposed to be allocated 100% to PHP risks over-crediting PHP for the value of DR, and harming other customers. This arises in part because the theoretical CBL agai...

AI summary The testimony raises concerns about the proposed DR credit allocation to PHP, suggesting it may over-credit PHP and harm other customers. It highlights the need for benefit sharing, similar to the current ELIADC tariff, and questions whether the DR calculation includes capacity cost savings and how these savings are passed on to PHP.

NOVA SCOTIA ENERGY BOARD IN THE MATTER OF: The Public Utilities Act – and – IN THE MATTER OF: An Application by Nova Scotia Power Incorporated for approval of an Extra Large Industrial Dispatchable Above-the-Line Tariff applicable to Port...

AI summary Port Hawkesbury Paper LP disagrees with Bates White's assertion that PHP cannot levelize its load, arguing that industrial producers aim for efficient operations, continuous running of large motors reduces equipment wear, and improves reliability.

Matter M12661 Port Hawkesbury Paper LP (PHP) is a pulp and paper manufacturing facility located in Richmond County which operates a Thermomechanical pulping facility and supercalendered paper machine. PHP is Nova Scotia's largest industria...

AI summary Port Hawkesbury Paper LP (PHP) is Nova Scotia's largest industrial electricity consumer, operating a 24x7 facility with significant energy demand. PHP is under the ELIADC Tariff, which allows NS Power to manage PHP's load for system reliability. PHP's sister company is building a 168MW wind farm, adding renewable capacity to the grid.

Mr. Bowman's approach is the only one of the three proposals that is analytically coherent 17 with the premise of an Above-the-Line rate and reflects the demand on which NSPI has built its 18 system. - 19 A further complicating factor is t...

AI summary Mr. Bowman's proposal is deemed analytically coherent with the Above-the-Line rate and NSPI's system demand. The Industrial Group raises concerns about the interaction between ELID and PHP's arrangements, dispatch rights under the Dispatchable Rider, benefit-sharing, and oversight of operational procedures.

Nova Scotia Power Inc. Annual FAM Reporting ELIADC Benefit Breakdown For the Year Ended December 31, 2022 Month Generation Cost Purchase Cost Sale Revenue Start Cost PHP Load CBL Energy Charge Cost to Serve (1) ADC Differential $/MWh ADC D...

AI summary The document presents Nova Scotia Power Inc.'s Annual FAM Reporting for the ELIADC Benefit Breakdown for the year ended December 31, 2022, including detailed monthly data on generation cost, purchase cost, sale revenue, and ADC differential.

REDACTED ELIADC Results 2022 Page 3 of 7 REDACTED (CONFIDENTIAL INFORMATION REMOVED) 1/26/2022 17 120.342 45 75.342 PDN 1/26/2022 18 119.670 45 74.670 PDN 1/26/2022 19 121.657 20 101.657 PDN 1/26/2022 20 114.110 20 94.107 PDN 1/26/2022 21...

AI summary The document presents a table with dates, numbers, and PDN values, likely related to operational or financial data from the ELIADC program. The data appears to be part of a regulatory proceeding, possibly concerning energy efficiency or demand management.

M12661 ELID Tariff Synapse IR-24 Att 01 CONF - Tab "2023" - New Column I and Row 19 added Days (PHP Days (CBL Days in Calculated Calculated Average - All Provided Average Running Month Forecast) Profile) Month Energy Demand [MWh] Downtime...

AI summary The document presents a table with data on energy demand, downtime energy, and running energy for each month from January 2023 to June 2024. It includes calculated values for downtime load and average running load, along with forecasted and profile days. This data is relevant to energy planning and performance monitoring.

linois Commerce Commission (September 2016). - Expert Report Concerning Hydro-Québec TransÉnergie's Acceptance of Capacity E-Tags for Reserve Scheduling. Régie de l'énergie, No. P-130-004 (May 2016). - Initial Comments on Summer 2015–Sprin...

AI summary The text lists various consulting reports and expert opinions submitted to regulatory bodies in different jurisdictions, primarily focusing on energy procurement, reserve scheduling, and auction processes. These reports were submitted to commissions in Illinois, Ohio, Hawaii, and others, and cover topics such as renewable energy credits, standard service offers, and procurement monitoring.

Publications - "Communities Advancing the U.S. Energy Transition" (with Carolyn Berry). IAEE Energy Forum (First Quarter 2024). - "Goldilocks and the Grid: Creating 'No Regrets' State Policies and Regulations for Electric Vehicles" (with C...

AI summary The document lists various publications related to energy policy, electric vehicles, grid regulation, and distributed solar generation. These works explore topics such as state regulations for EVs, wholesale competition, and the impact of decentralized resources on the grid.

Presentations and panels - "Electric Vehicles." Panelist at 47th Annual Public Utility Research Center Conference at the University of Florida "Rates, Realities, and Risks: Ratemaking for Tomorrow." Gainesville, FL (February 2020). - "Barr...

AI summary The text lists various presentations and panels attended by individuals in the energy sector, focusing on topics such as electric vehicles, community solar adoption, competitive procurement, and strategic issues in the electricity business. These events highlight discussions on energy policy, renewable resources, and power planning.

evenues and contingent capacity support payments, and created analytical tools to evaluate aggregate costs, including transmission upgrade cost impacts, for every possible portfolio of submitted bids. - Developed probabilistic risk managem...

AI summary The text details the individual's experience in developing analytical tools and models for evaluating power supply proposals, market price forecasting, and risk management in various energy sectors. The work includes evaluations for RFPs, arbitration proceedings, and capacity procurement projects across multiple regions and organizations.

Publications and presentations - "Renewable Natural Gas Supply and Demand for Transportation" White paper (June 2019). - "Biodiesel Distribution in the US and Implications for RFS2 Volume Mandates" (July 2016). - "Clean Energy Certificates...

AI summary The document lists a series of publications and presentations related to energy topics, including renewable natural gas, biodiesel distribution, clean energy certificates, and nuclear power. These materials span various years and cover different aspects of energy regulation, market structures, and policy debates.

Response Undertaking U-20: PHP's load at the time of NS Power's January 19, 2024, hour ending ("HE") 1800 was 11.09 MW, as shown below in the excerpt from SBA IR-1(a-c). PHP has validated this amount with actual meter data for that day and...

AI summary PHP confirmed that its load at NS Power's January 19, 2024, hour ending 1800 was 11.09 MW, validated by actual meter data. There appears to be a possible mix-up between hour ending 600 (6 a.m.) and hour ending 1800 (6 p.m.) in NS Power's response to IG IR-30(a).

FOR THE YEAR ENDING DECEMBER 31, 2026 (1) TOTAL COMPANY (2) DOMESTIC (3) SMALL GENERAL (4) GENERAL (5) GENERAL LARGE (6) SMALL (7) MEDIUM INDUSTRIAL INDUSTRIAL INDUSTRIAL (8) LARGE (9) PHP (10) (11) MUNICIPAL UNMETERED (12) ALLOCATION FACT...

AI summary The document presents a detailed table of demand and generation data for various customer classes and categories, including allocation factors and responsibility percentages, for the year ending December 31, 2026. The table includes metrics such as demand, generation, and purchase data, as well as the number of customers, broken down by different classifications.

FOR JANUARY 2026 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM...

AI summary The document presents a table with various metrics related to energy sales, losses, and demand factors for January 2026. It includes data on different customer classes and system-wide factors, but the content is redacted and contains confidential information.

FOR MARCH 2026 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM C...

AI summary The document presents a table with data on energy sales, losses, and demand across various customer classes for March 2026. It includes metrics such as energy line losses, system coincident demand, and load factors. The data is categorized by customer type, including domestic, industrial, and municipal sectors, with subtotals and totals provided.

FOR MAY 2026 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM COI...

AI summary The document contains a table with data related to energy sales, losses, and demand across various customer classes and system metrics for May 2026. The table includes information on MWH sales, energy line losses, demand factors, and other related metrics. The content is redacted and labeled as confidential.

FOR NOVEMBER 2026 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTE...

AI summary This document presents a table with various metrics related to energy sales, losses, and demand across different customer classes for November 2026. It includes data on MWH sales, energy line losses, demand factors, and other related metrics. The table is part of a redacted attachment from the ELID Tariff U-1.

FOR THE YEAR ENDING DECEMBER 31, 2027 (1) TOTAL COMPANY (2) DOMESTIC (3) SMALL GENERAL (4) GENERAL (5) GENERAL LARGE (6) SMALL (7) MEDIUM INDUSTRIAL INDUSTRIAL INDUSTRIAL (8) LARGE (9) PHP (10) (11) MUNICIPAL UNMETERED (12) ALLOCATION FACT...

AI summary The document contains a table with various metrics related to demand, responsibility percentages, and energy generation and purchase figures across different categories and classes. It includes allocation factors and references to specific pages and attachments in a redacted tariff document.

FOR JANUARY 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM...

AI summary The document presents a table with energy sales, losses, and demand metrics across various customer classes for January 2027. It includes data on energy line losses, demand factors, and system peak demand, but key details are redacted due to confidentiality.

FOR MARCH 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM C...

AI summary The document presents a detailed table with energy sales, losses, and demand metrics across various customer classes for March 2027. It includes data on energy line losses, system demand, and other related factors, but the content is partially redacted and confidential.

FOR MAY 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTEM COI...

AI summary The document presents a table with various metrics related to energy sales, losses, demand, and factors for different customer classes in May 2027. It includes data on energy line losses, system demand, and other operational parameters, but the content is partially redacted and confidential.

FOR DECEMBER 2027 (1) MWH SALES (2) ENERGY LINE LOSSES (3) ENERGY REQUIREMENT (4) CLASS NON- COINCIDENT DMD. (KW) (5) SYSTEM COINCIDENT FACTOR (6) SYSTEM COINCIDENT DMD. (KW) (7) DEMAND LINE LOSSES (8) SYSTEM COIN. PEAK DMD. (KW) (9) SYSTE...

AI summary The document presents a detailed table of energy sales, losses, and demand metrics for December 2027, categorized by different customer classes and system factors. It includes metrics such as energy line losses, system coincident demand, and load factors, with subtotals and totals provided for different segments of the energy market.

SYSTEM ENERGY LINE LOSSES BY RATE CLASS FOR THE YEAR ENDING DECEMBER 31, 2027 NOVA SCOTIA POWER INC. SYSTEM COINCIDENT DEMAND LINE LOSSES BY RATE CLASS FOR THE YEAR ENDING DECEMBER 31, 2027 NOVA SCOTIA POWER INC. MONTH (1) TOTAL (2) (3) SM...

AI summary The document presents detailed tables showing system energy line losses and system coincident demand line losses by rate class for Nova Scotia Power Inc. for each month of 2027, including percentages for different categories such as small, general, medium, large, industrial, and unmetered.

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 financial figures and usage data across various categories, including domestic, small, general, and industrial usage, with associated costs and kilowatt-hour requirements over multiple years.

REDACTED ELID Tariff U-1 Attachment 6 Page 10 of 11 REDACTED (CONFIDENTIAL INFORMATION REMOVED) Data Inputs 27-Jan 27-Feb 27-Mar 27-Apr 27-May 27-Jun 27-Jul 27-Aug 27-Sep 27-Oct 27-Nov 27-Dec PHP Energy (GWh) Energy Requirement 54.989 48.3...

AI summary The document presents a table with energy data inputs for different months, including energy requirements, sales, production, line losses, and rates for PHP Energy and PHP ATL and BTL rates. The data spans from January to December and includes values in gigawatt-hours (GWh) and percentages for line losses.

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.

9 Request IR-4: 10 As noted in NPSI's Application: 11 12 In accordance with this provision, PHP will be billed at the applicable ATL tariff rates for 13 electricity consumed at the PHP facility in excess of the PHPW PPA aggregate amount of...

AI summary The document discusses the billing mechanism for PHP based on ATL tariff rates and the netting off of energy produced by the Goose Harbour Lake wind facility against energy consumed by the mill. It also requests clarification on NSPI's line losses and their impact on this netting process.

ruptibility be broken into two components 2-A and 2-B with the riders ordered appropriately? 2. Can PHP be dispatched for load reduction prior to the first tier of interruptible load being interrupted, that being Generation Replacement and...

AI summary The text outlines a series of questions related to load management, interruptible load, and operating reserve in the context of energy regulation. It seeks clarification on the dispatch order of PHP, the splitting of load, the meaning of holding load as Operating Reserve, and the derivation of the ELID priority interruptible credit.

1. Refer to the Direct Evidence of Port Hawkesbury Paper LP, p. 12, line 15 to page 13 line 9. 1. Please describe if NS Power agrees with the characterization of the event. If not, please provide any corrections. 2. Please describe why the...

AI summary The document contains a series of questions directed at NS Power regarding the implementation of load reductions under the ELIADC tariff, specifically focusing on the 60 MW load reduction event and whether the ADC and interruption protocol were followed. It also inquires about interruptions and direct control actions for PHP during specific peak periods.

- c. Please confirm that curtailed energy counts as "Expected Output" under the PPA. 1 d. Please confirm that curtailed energy is included in the "Subject Energy Amount" in 2 the PSA. If not confirmed, please explain with references to spe...

AI summary The text requests confirmation on whether curtailed energy is considered 'Expected Output' under a Power Purchase Agreement (PPA) and included in the 'Subject Energy Amount' under a Power Sales Agreement (PSA). It also seeks clarification on the basis for fee levels, the 625,000 MWh threshold, and the use of PHP energy use in determining the fee rate.

25. Please provide PHP’s annual energy demand forecast for 2020, 2021, 2022, 2023, 2024, and 2025. For clarity, this request refers to forecasts developed by PHP and provided to NSPI. 26. Please provide PHP’s actual annual energy demand fo...

AI summary The text contains a series of questions directed at Nova Scotia Power Inc. (NSPI) and Prince Heritage Power (PHP) regarding energy demand forecasts, financial assumptions, and the impact of various scenarios on the FAM balance, as well as inquiries about the ELID Tariff and PHP’s financial condition.

20 Request IR-24:

AI summary The document outlines Request IR-24, which includes various topics related to energy efficiency, demand response, and regulatory processes. It discusses the need for updated programs and the evaluation of existing initiatives.

4 Request IR-25: - 5 (a) Where GRLF is interruptible in advance of ELID, why should ELID be 6 afforded a priority credit above GRLF? - 7 (b) Were other LII customers offered the opportunity to obtain additional credit 8 for priority interr...

AI summary The text presents three questions regarding priority credit for ELID over GRLF, opportunities for other LII customers to obtain credit for priority interruptibility, and the value of PHP compared to other telemetry customers, all in the context of NSPI and DR load shifting.

es does NSPI consider that PHP will be available? Please provide historic examples. Reference: M12184, Application for a Successive Term for ELIADC, N-4, NSPI (BW) RIR- 11: BW Request IR-11: Please refer to Exhibit N-1, page 9 lines 5 to 7...

AI summary The document asks NSPI to provide historic examples of PHP's availability and its role in avoiding Energy Emergency situations. NSPI responds that it does not track avoided emergencies but notes that PHP has been dispatched down during high load conditions to manage supply and demand.

Preamble: BAI calculates that reducing PHP's demand determinant from 65 MW to 8 MW reduces PHP's revenue requirement by approximately $6.5 million in 2026 and approximately $9.4 million in 2027. 1. Identify precisely where, in NSPI’s COSS,...

AI summary The document requests clarification on the financial impact of reducing PHP's demand determinant, including reallocation of costs to other customer classes and the effects on various charges. It also asks for the ADC Energy Supply Protocol and operational constraints related to PHP's ability to respond to dispatch instructions.

enry and M. Gorman, page 16, lines 9-11. Amidst this event, PHP’s demand was dispatched down to approximately 9 MW, its lowest recorded level during any coincident peak in that two-year window. 1. Why does PHP conclude this was not a real...

AI summary PHP's demand was reduced to 9 MW during a coincident peak, raising questions about dispatch practices and the accuracy of the ELID tariff. PHP argues that its load flexibility and the benefits from the Maritime Link event should be considered in the demand allocator and as an additional ancillary service value.

MATTER #: M12661 (PHP) September 21, 2026 U-6 To indicate why the power factor in the calculation for interruptible credit for PHP in footnote 5 on page 8 of the application, using the traditionally established methodology, is above one an...

AI summary The document outlines several requests and questions related to the Matter #M12661, including inquiries about power factor calculations, interruption events, active demand control methodology, learning dates regarding wind project capacity, line losses provisions, and differences in renewable energy credits. These are directed to NSPI Industrial Group and NSPI Board Counsel.

NOVA SCOTIA POWER PANEL 225 Cr-ex, (Rudderham) the system due to the poor power factor of the customer. If it was energy related, then there would have to be additional energy produced to supply that load. Q. So does that mean, and includi...

AI summary The discussion centers on the rationale for tying the Power Factor Correction to the energy charge rather than the demand charge under the ELID Tariff. Questions are raised about the impact of a fixed demand charge on embedded costs and whether alternative mechanisms were considered for the Power Factor Correction.

NOVA SCOTIA POWER PANEL 21 Cr-ex, (Mahody) 1 We're not pricing out the entire cost INTERNATIONAL REPORTING INC. CERTIFIED COURT REPORTERS 1 A. (Mowatt) Yes. 2 And you will Nova Scotia Power Q. 3 will generate a Seven-Day Demand Schedule on...

AI summary The discussion centers on the process of generating and using demand schedules by Nova Scotia Power (NSP) and the Port of Halifax Operations (PHP). It addresses the requirement for daily and intra-day demand schedules, their role in determining deviations in dispatch loading instructions, and the tracking of these deviations using cause codes for reconciliation purposes.

NOVA SCOTIA POWER PANEL 65 Cr-ex, (Mahody) 1 Q. But none of those customers are 1 (Mowatt) Correct. I will caveat A. 2 that, though, in terms of the calculation at the end of 3 the year. One of the benefits of that is that we see the 4 tot...

AI summary The discussion focuses on the calculation of load reductions and outages, specifically addressing how dispatch credits recognize savings from Nova Scotia Power's economic dispatch. The dialogue highlights the use of actual load profiles and down days to forecast outages and distinguish between dispatch-driven and other causes of load reduction.

NOVA SCOTIA POWER PANEL 147 Cr-ex, (Rubin) 1 peak, the December, January, February? 13 the Green Choice PPA process 14 before the Board 15 BY MR. MacDOUGALL: 16 And the Goose Harbour Lake Wind Q. 17 Project is not being built by Nova Scoti...

AI summary The Nova Scotia Power Panel discusses the Goose Harbour Lake Wind Project, renewable attributes, and the dispatching of Port Hawkesbury Paper's load. The panel explores whether renewable attributes accrue to Nova Scotia Power and if dispatching the load contributes to system reliability and other benefits.

backup line? A. (Lock) What it means is that the quantity of pulp produced by each of those three main lines, 1, 2, and 3, is different in terms of the tons. So to get the same amount of pulp, each one takes a different amount of time to g...

AI summary The discussion revolves around the operation of pulp production lines and their efficiency, with a focus on line 3 being the most productive. The model used by Nova Scotia Power is compared to pumped hydro storage, and there is mention of reducing operating modes from nine to seven, which is claimed to improve compliance.

(Lock) John says it's us. Q. And you said it will improve compliance. I think that's what you said. A. (Lock) Yeah. Really, what you have some redundancy. I don't want to say compliance. I 1 think the better word, you know, if I may, is re...

AI summary The conversation discusses the impact of reducing the number of lines from nine to seven on PHP's compliance with dispatch requests. The discussion revolves around redundancy and reliability in load shaping under ADC and ELIADC mechanisms.

k you said that 16 reducing it from nine to seven to 7 will improve PHP's 17 compliance with dispatch request or ability to respond to 18 dispatch request. 19 A. (Lock) Yeah. Having a having INTERNATIONAL REPORTING INC. CERTIFIED COURT REP...

AI summary The discussion revolves around reducing the number of dispatchable lines from nine to seven to improve PHP's compliance with dispatch requests. The speaker mentions that while peak load has been reduced for modeling purposes, the lines remain available and have been used in some periods. The change aims to simplify scheduling models and improve reliability, with references to ADC coding and high uptime.

1 higher than the 160 and 70 on some occasions, when asked. 2 (Esaiw) What you may be asking is A. 3 our peak load over time has come down. And that's just 4 because we become more efficient with some of our lines 5 and our and we use less...

AI summary The discussion focuses on the reduction in peak load from 225 megawatts in 2019 to 160 megawatts in 2025, attributing part of the decrease to improved operational efficiency and part to changes in OMs (Operating Methods).

Lock) Correct. Q. Okay. And PHP's demands is optimized within that schedule as part of NSPI's day-ahead planning process, right? A. (Lock) Correct. It's informed by their runs of their model. - Q. Okay. And then the and then the daily, the...

AI summary The discussion revolves around the scheduling and optimization of PHP's demand within NSPI's day-ahead planning process. It also touches on the intra-day demand schedule, its timing, and the conditions under which it is updated, such as system changes or unexpected events.

1 right? 2 (Esaiw) We've asked for the A. 3 frequency to be somewhere in that range because of our 4 silo levels, because our silo level data gets transferred 5 to Nova Scotia Power. And so they input the silo levels 6 into their modelling...

AI summary The discussion revolves around communication protocols between Nova Scotia Power and PHP regarding schedule changes due to unexpected system conditions. It touches on the use of verbal communication for schedule adjustments and the importance of aligning with agreed operating mode characteristics.

longer be receiving 17 those emails from the Nova Scotia Power marketing desk 18 inside the one to two hours, or the System Operator then 19 takes control of our load as it sees fit. And so the INTERNATIONAL REPORTING INC. CERTIFIED COURT...

AI summary The discussion focuses on the dispatch instructions issued by the System Operator and NSPI, specifying target operating modes and megawatt levels. The System Operator considers the operating mode characteristics and communication from the entity regarding shutdowns when managing load.

1 priority number one, it's down the list in terms of if megawatts of load. And what we had done throughout '24 and '25 was reconfigure that line to operate with two 11 12 13 14 15 16 17 18 19 motors, reducing significantly the amount of e...

AI summary The text discusses operational modes (OMs) and the time required to transition between them, particularly OM-2, OM-4, and OM-5, in the context of energy load management. It also mentions data used for dispatch modeling and instructions from the System Operator.

INTERNATIONAL REPORTING INC. CERTIFIED COURT REPORTERS forecast demand for PHP is which is Column 4, is shown as 199,370 megawatts. You see that? A. (Lock) I do see the number, yeah. Q. And so my question is how do you reconcile that to th...

AI summary The text discusses a discrepancy between forecasted demand for PHP (199,370 megawatts) and previously discussed operating modes (160 megawatts), with the witness indicating that the source of the forecast is unclear and suggesting that Nova Scotia Power may have more information on the matter.

1 that's the document. Just reading from the monitor, I'm 2 not following your I think I'm with you on my paper 3 copy, but just for everyone's benefit, 4 Q. Thank you. 5 A. (Lock) that's page 10, the 6 printed the document number and you'...

AI summary The discussion references a process by Nova Scotia Power related to dispatching PHP when there are supply constraints, indicating a Nova Scotia Power-driven initiative.

PHP PANEL 1 243 Cr-ex, (Mahody) 1 And I didn't mean to ask you Q. 2 about whether or not it tells you the price. What I was 3 asking is whether or not that information that's 4 referenced in this paragraph is information that is 5 relevant...

AI summary The text discusses the relevance of system demand and generation type information to pricing, as well as constraints on PHP's ability to operate, including transmission constraints and system failures. It includes a dialogue between parties in a regulatory proceeding.

use, the customer would need some method of storage, would it? A. (Esaiw) In a very different construct, yes. Q. But to the extent that Goose Harbour may or may not mirror a behind-the-meter situation, there's no cost of storage that is be...

AI summary The discussion explores the potential need for energy storage at Goose Harbour, considering whether the site's energy use would require storage solutions. The response indicates that while storage is theoretically possible, there is no expectation of excess generation that would necessitate storage, and the site would rely on grid electricity for any shortfall.

PHP PANEL 1 259 Questions, (Melanson) INTERNATIONAL REPORTING INC. CERTIFIED COURT REPORTERS 1 for to ramp down on dispatchability to zero. Is that 2 right? Was that right? 3 A. (Lock) For Port Hawkesbury 4 purposes zero, but the 4 megawat...

AI summary The discussion revolves around the dispatchability of power at Port Hawkesbury, specifically the process of ramping down to zero megawatts, involving the use of demand response and interruptibility provisions in tariffs. The witness explains the difference between ongoing dispatch requests and the need to cut power entirely by opening breakers.

1 they then can be credited to the DR through shaping that 2 power, and they can be credited to the DR for shaping all 3 of that power, not just the 300 that they bought from NSP. 4 I'll say that's a bit unusual. Usually 5 when people are...

AI summary The text discusses a situation where PHP can receive credits for shaping and firming wind power from Goose Harbour, which is being supplied without line losses. This is considered unusual as typically shaping and firming involve costs, but in this case, PHP is credited for aligning its load with the system.

high load 17 factor, consuming 800-ish gigawatt hours. To consume 800 18 gigawatt hours as a high load factor industrial customer, 19 you would tend to operate you would have an average load INTERNATIONAL REPORTING INC. CERTIFIED COURT REP...

AI summary The discussion focuses on the energy consumption patterns of a high load factor industrial customer, explaining how they consume 800 gigawatt hours annually with an average load of around 95 to 120 megawatts, while acknowledging fluctuations in usage.

INTERNATIONAL REPORTING INC. CERTIFIED COURT REPORTERS 1 but we think is probably lower. 2 Q. Okay. So if we're on the DR, 3 we'll be down at one of those numbers or a number like 4 that, yet your view is, while being on the DR and being 5...

AI summary The discussion revolves around demand response (DR) and its impact on capacity credit under Nova Scotia Power's (NSP) approach. The witness explains that DR reduces load during winter 3 CP months and provides capacity benefits by avoiding future capacity charges. This creates a capacity credit associated with DR, regardless of the final load level.

1 know, I guess in terms of what the what the recommendation 2 is, if the if the energy is to be adjusted, as Port 3 Hawkesbury Paper suggests, whether we should be looking at 4 the P90 level at the 168 megawatts or something different 5 b...

AI summary The discussion revolves around adjusting energy output recommendations, with a suggestion to consider the P50 level instead of the P90 level of 168 megawatts. The speaker acknowledges the importance of the issue and mentions an undertaking to obtain an estimate from the Public Hearing Panel (PHP).

similar to any other PPA. Q. And I just had a couple follow ups from the questioning this morning. So earlier, PHP's counsel had asked a series of questions about modelling PHP taking service under the LIIR. And there was an undertaking, U...

AI summary The discussion revolves around modeling the Peak Load Program (PHP) under the LIIR, including whether the Goose Harbour Wind project's energy rate would be blended, and the difficulty in calculating the financial impact of shifting demand assumptions from 8 to 65 megawatts on above-the-line customers.