Topic:"Distribution" in M12551

ONE PART TRANSMISSION REAL TIME PRICING TARIFF Page 3 of 3 - (9) The customer will make all necessary arrangements and bear all costs of ensuring that its load does not unduly deteriorate the integrity of the power supply system, by reason...

AI summary The document outlines customer responsibilities to maintain power supply integrity through proper load management and adherence to written operating agreements. It also lists factors considered when assessing potential threats to the power supply system's integrity, including reliability, harmonic levels, and stability.

1 Α В С D E F G Н I J К L М Formular A/C B/C G/G11 H I I J-I J/A K/B Costing De termina nts d amount in Adders i n$/kWh Customer Class Sa les On Off 3 C PS Amount in On Off On Off Relative Millions Apportion On Peak Off Peak Total Peak Pea...

AI summary The table provides a breakdown of transmission and distribution costs, including on-peak and off-peak figures, percentages, and apportioned amounts. It also includes a section for non-eligible customers and total costs. The data highlights the distribution cost fixed cost component.

(i) The Distribution total cost of $317.1 Million broken down broken down by expense type; Operating, Capital and Return in 2026 Cost of service is apportioned to Distribution service level and non eligible customers only by using the 2026...

AI summary The Distribution total cost of $317.1 Million in 2026 is broken down by expense type, including Operating, Capital, and Return. The cost of service is apportioned to Distribution service level and non-eligible customers using the 2026 Relative share of their 3CPS adjusted by a 7.1% line loss factor.

The 3 CPs Usage at distribution is reduced by the Line losses of 7.1%

AI summary The document mentions that Line losses of 7.1% reduce the 3 CPs Usage at distribution, indicating an efficiency consideration in the power distribution process.

2026 AAR Application Appendix B3 Page 10 of 11 REDACTED (CONFIDENTIAL INFORMATION REMOVED) A B C D E F G H I J K L Formular A/C B/C D H E H I/A 100 I/A 100 Costing Determinants F G 12 Off On Adders Cents/ kWh Average Cost per Cost per Cust...

AI summary The document presents financial and cost data related to transmission and distribution for different customer classes, including sales, cost determinants, and allocation percentages. It includes tables with figures for total generation, transmission, and distribution costs, as well as percentages of on and off-peak sales.

FOR THE YEAR ENDING DECEMBER 31, 2026 CLASS : TOTAL COMPANY RATE BASE Variable Fixed COSTS (Source Exh 6) Unit Cost Fuel Operating Capital Return Total Total Cost Units Sold Demand Energy Customer Generation Usage (Energy) $1,537,126 $741,...

AI summary The document presents a detailed cost breakdown for the year ending December 31, 2026, including generation, transmission, distribution, and retail costs. It outlines various cost components such as fuel, operating, capital, return, and total costs, along with unit costs and energy sales data.

SALES, GENERATION AND DEMAND ANALYSIS FOR THE YEAR ENDING DECEMBER 31, 2026 ( 1) DOMESTIC ( 2) SMALL GENERAL ( 3) GENERAL ( 4) GENERAL LARGE (1) MWH SALES 5,286,337,241 376,992,742 2,308,034,614 363,766,784 (2) ENERGY LINE 8.2% 8.2% 7.9% 5...

AI summary The document presents a detailed sales, generation, and demand analysis for the year ending December 31, 2026, including energy sales, losses, demand factors, and system demand across various customer classes. It highlights energy consumption trends, system efficiency, and distribution metrics.

Annual Peak of ATL 2,356,954 Annual Energy Requirement of ATL 11,303,785,142 System Coincident Load Factor 54.748044% ECEI Batteries CWIP $ 15,185 $ 30,370 $ (0) Generation-related Trans Assets Plant $ 58,575 $ 58,575 $ 58,575 Generation-r...

AI summary The text presents data on the Annual Peak and Annual Energy Requirement of ATL, along with detailed tables outlining various costs and assets related to generation, distribution, transmission, and general property plant. It includes figures for different categories such as Generation-related Trans Assets Plant, Distribution, Transmission, and General Property Plant, as well as the Total System Plant in Service and Generation Rate Base classifications.

Annually Adjusted Rates for 2026 REI IR-18 Attachment 1 Page 8 of 41 REDACTED (CONFIDENTIAL INFORMATION REMOVED) from those currently in effect, with the exception of modification of the hourly imbalance service in schedule 4 to avoid doub...

AI summary The document outlines the proposed distribution tariff for 2026, specifying how distribution-connected RtR customers will be billed by NS Power and how LRSs will pass on these charges. It also notes that transmission-connected RtR customers will not be subject to the distribution tariff but will maintain a relationship with NS Power via an operating agreement.

• Secondary metering: - o Secondary metering would be installed at individual customer premises and would be used as the basis for determining charges under all RtR tariffs including charges to the LRS in respect of distribution access[7](...

AI summary The text discusses the implementation of secondary metering for determining charges under RtR tariffs, including requirements for hourly recording and remote polling by NS Power. It also outlines the role of secondary metering in B-t-M arrangements and the LRS Participation Agreement to avoid stranding of distribution costs.

5.4 Energy Balancing Services; Charge Determinant Top-up and spill quantities will have to be determined for each LRS for each hour, and will not be subject to net-off of quantities from hour to hour. The determination of top-up and spill...

AI summary The document outlines a process for determining top-up and spill quantities for each Local Resource Supplier (LRS) on an hourly basis, with calculations done retrospectively on a monthly basis. The process involves aggregating customer meter readings by class and adjusting for energy loss to determine load at transmission delivery points.

Annually Adjusted Rates for 2026 REI IR-18 Attachment 1 Page 31 of 41 REDACTED (CONFIDENTIAL INFORMATION REMOVED) For all of these reasons, the OATT charge determinant applicable to each LRS should be derived from the aggregate of all RtR...

AI summary The document discusses the method for determining the OATT charge determinant for LRS, based on the aggregate metered consumption of RtR customers, adjusted for distribution losses, without offsetting generation within the same distribution zone.

APPLICABILITY - (1) An LRS taking service under this Energy Balancing Service Tariff shall also take service under the Open Access Transmission Tariff (OATT), the Standby Service Tariff, and the Renewable to Retail Market Transition Tariff...

AI summary The Energy Balancing Service Tariff requires LRS to take service under multiple tariffs, including OATT, Standby Service, and Renewable to Retail Market Transition. The service is based on metered energy and is independent of forecasts. Hourly top-up and spill quantities are calculated based on distribution and transmission losses and renewable electricity supply.

Case 2023 GRA 2026 GRA 171 172 173 174 175 Capital Eligible Total None Eligible Total NSPI Total $2,986,894 $2,838,358 $5,825,252 $139,096,329 $144,921,581 $4,370,261 $4,116,972 $8,487,233 $170,691,640 $179,178,873 46.3% 45.0% 45.7% 22.7%...

AI summary The document presents a comparison of capital, ROE, and distribution costs for the 2023 and 2026 GRA, highlighting changes in eligible and total costs, as well as percentage variances. It excludes specific rate classes and provides a breakdown of total cost by category.

Summarized Rate base from Schedule 2a in 2026 COSS INITIAL CLASSIFICATION AS PER 2026 GRA Application Filing Class Costs by Functional Area Generation $20,134.84 $0 $8,968 $395,976 $425,078 Transmission $6,453 $0 $2,874 $126,899 $136,226 D...

AI summary The document presents a summarized rate base from Schedule 2a in the 2026 COSS, detailing class costs by functional areas such as Generation, Transmission, and Distribution, along with their relative shares and environmental cost apportionments.

Annual Peak of ATL 2,356,954 Annual Energy Requirement of ATL 11,303,785,142 O- 4 0-! 4 1 1 F4 LM6000 Environmental & Fuel Conversion $ - $ - $ - LM6000 Environmental & Fuel Conversion - CWIP ECEI Batteries Plant $ $ - 145,582 $ $ - 119,31...

AI summary The document presents financial and operational data related to energy generation, distribution, and transmission, including figures for annual peak and energy requirements, capital works in progress (CWIP), and various plant and asset costs.

SPECIAL CONDITIONS - (1) The Company reserves the right to have a separate service agreement, if in the opinion of the Company issues not specifically set out herein, must be addressed for the ongoing benefit of the Company and its custome...

AI summary The document outlines special conditions for service agreements, including the company's right to establish separate agreements, customer responsibilities for maintaining power system integrity, and specific requirements related to metering, transformer losses, and power factor adjustments.

Effective: April 1, 2026 Nova Scotia - (9) The customer will make all necessary arrangements and bear all costs of ensuring that its load does not unduly deteriorate the integrity of the power supply system, by reason of its design and/or...

AI summary The document outlines customer responsibilities to maintain the integrity of the power supply system through operational agreements and specifies factors to be considered when assessing potential impacts on system integrity, including reliability, harmonic levels, and stability.

SPECIAL CONDITIONS - (1) The Company reserves the right to have a separate service agreement, if in the opinion of the Company issues not specifically set out herein, must be addressed for the ongoing benefit of the Company and its custome...

AI summary The document outlines special conditions for service agreements, specifying that customers must ensure their load does not negatively impact the power supply system. It also addresses transformer losses, power factor requirements, and the financial responsibility for special metering and communication systems.

- (9) The customer will make all necessary arrangements and bear all costs of ensuring that its load does not unduly deteriorate the integrity of the power supply system, by reason of its design and/or operation. These specific requirement...

AI summary The text outlines requirements for customers to ensure their load does not negatively impact the integrity of the power supply system, including the need for a written operating agreement. It also lists factors considered when assessing potential impacts on system integrity.