CG CC 7088 Monthly Flexible Ramp Down Uncertainty Award Allocation
Configuration Guide for:MonthlyFlexible Ramp Down Uncertainty Award Allocation / Date: 05/19/166/21/16
Settlements & Billing
Configuration Guide:MonthlyFlexible Ramp Down Uncertainty Award Allocation
CC 7088
Version 5.0
CAISO, 2018 / Page 1 of 50Settlements & Billing / Version: 5.0
Configuration Guide for:MonthlyFlexible Ramp Down Uncertainty Award Allocation / Date: 05/19/166/21/16
Table of Contents
1.Purpose of Document
2.Introduction
2.1Background
2.2Description
3.Charge Code Requirements
3.1Business Rules
3.2Predecessor Charge Codes
3.3Successor Charge Codes
3.4Inputs - External Systems
3.5Inputs - Predecessor Charge Codes or Pre-calculations
3.6CAISO Formula
3.7Outputs
4.Charge Code Effective Dates
1.Purpose of Document
The purpose of this document is to capture the requirements and design specification for a Charge Code in one document.
2.Introduction
2.1Background
The Flexible Ramping product (FRP) is designed in conjunction with external stakeholders to ensure that there is sufficient ramping capability available in the financially binding five-minute interval to meet the forecasted net load for interval t+5 and cover upwards and downwards forecast error uncertainty.
FRP will help the system to maintain and use dispatchable capacity, as well as provide the market more transparent and less volatile price signals when undergoing forecasted ramp-constrained conditions. It will be procured and dispatched to meet five minute to five minute net forecast (load forecast minus VER forecast) changes plus uncertainty and will be modeled as a ramping capability constraint.
The ISO will financially settle FRP in the fifteen-minute market and the five-minute market, with rescission of payments applied to resources with UIE (uninstructed imbalance energy) or OA (operational adjustment) amounts, positive or negative, which impose on reserved FRP capacity awards. Settlement and allocation of FRP costs will happen on a daily basis for forecasted movement portion and uncertainty award portion. At the end of the month, the uncertainty award allocation will be reversed and will be re-allocated based on the month’s net UIE or OA values.
As no economic bids are applied to FRP, FRU/FRD awards will be exempt from grid management charges (GMC). Additionally, dispatchable resources will have their FRP awards and forecasted movement assessments - ignoring rescission settlement - included as part of daily RTM bid cost recovery calculations.
2.2Description
For each Balancing Authority Area (BAA) and Trading Day this charge code configuration shall allocate the charges associated with the total Flexible Ramp Down Uncertainty capacity award settlement amounts that are paid in association with charge code CC 7081 (Daily Flexible Ramp Down Uncertainty Capacity Settlement) to the BAA. The allocation shall be performed in accord with the business rules and attendant allocation criteria stipulated in Business Rules section 3.1 below. The allocation shall be on a monthly basis and result in the resettlement of the daily charges already calculated with charge code CC 7087 (Daily Flexible Ramp Down Uncertainty Award Allocation), with separate monthly allocation amounts determined for the Peak Flexible Ramp Hours and Off-Peak Flexible Ramp Hours of the Trading Month.
3.Charge Code Requirements
3.1Business Rules
Bus Req ID / Business Rule1.0 / FRU and FRD uncertainty movement payments and charges shall apply daily with monthly resettlement of the FRU and FRD uncertainty movement charges.
2.0 / The CAISO will allocate:
2.1 / 1)the cost of the Uncertainty Award within each Balancing Authority Area in the EIM Area and within the EIM Area on a daily basis according to resource categories;
2.2 / 2)the daily amounts to Scheduling Coordinators.
3.0 / For monthly allocation of costs of Flexible Ramping Uncertaintly Movement procured, the CAISO will resettle the costs of the Uncertainty Awards by—
3.1 / 1)reversing the daily allocation;
3.2 / 2)assigning the monthly costs of the Uncertainty Awards to Peak Flexible Ramp Hours and Off-Peak Flexible Ramp Hours;
3.3 / 3)separately allocating the monthly Peak Flexible Ramp Hours amounts and Off-Peak Flexible Ramp Hours amounts to the resource categories within each Balancing Authority Area in the EIM Area and within the EIM Area, as described below in subsequent business rules; and
3.4 / 4)allocating the monthly amounts in each category to Scheduling Coordinators.
4.0 / For each interval, the CAISO will calculate the net Uncertainty Movement of each resource as follow:
4.1 / 1)for Supply resources other than non-Dynamic System Resources as the difference between the Dispatch Instruction of the binding interval in the next RTD run and the first advisory RTD interval in the current run.
4.2 / 2)for non-Dynamic System Resource and export schedule as the difference between the schedule used in the RTD (accounting for ramp) for the binding interval in the next RTD run and the scheduled use for the first advisory interval in the current RTD run.
5.0 / The CAISO will determine the total net RTD Uncertainty Movement for each category separately for each Balancing Authority Area in the EIM Area and by EIM Area as follows:
5.1 / 1)for the category of Supply resources, which shall not include non-Dynamic System Resources, as the net sum of the five-minute Uncertainty Movement of all the Supply resources in the category;
5.2 / 2)for the category of Intertie resources, which shall comprise non-Dynamic System Resources and exports, as the net sum of the five-minute Uncertainty Movement determined of all the non-Dynamic System resources and export schedules;
5.3 / 3)for the non-Participating Load category, as the difference between-
- the CAISO Forecast of CAISO Demand, the CAISO forecast of Balancing Authority Area EIM Demand, or the CAISO forecast of EIM Area EIM Demand, as applicable, of the binding interval in the next RTD run; and
- the CAISO Forecast of CAISO Demand, the CAISO forecast of Balancing Authority Area EIM Demand, and the CAISO forecast of EIM Area EIM Demand, for the first advisory interval in the current RTD run.
6.0 / The CAISO will allocate the total Uncertainty Award cost to each of the three (3) resource categories based on —
6.1 / (a)for upward Uncertainty Award cost, the ratio of such category’s positive Uncertainty Movement to the sum of the positive Uncertainty Movements of all categories with positive Uncertainty Movement for
(i)each Balancing Authority Area in the EIM Area and
(ii)the EIM Area; and,
6.2 / (b)for downward Uncertainty Award cost, the ratio of such category’s positive Uncertainty Movement to the sum of the negative Uncertainty Movements of all categories with negative Uncertainty Movement for
(i)each Balancing Authority Area in the EIM Area and
(ii)the EIM Area.
7.0 / The CAISO will allocate the Uncertainty Awards costs of the non-Participating Load category to Scheduling Coordinators as follows:
7.1 / 1)for upward Uncertainty Award cost in proportion to the Scheduling Coordinator’s negative non-Participating Load UIE, excluding the non-Participating Load of an MSS that has elected to load-follow according to an MSS Agreement, without netting that UIE across Settlement Intervals, to the total of such negative non-Participating Load UIE, without netting that UIE across Settlement Intervals, in the Balancing Authority Area or EIM Area as applicable, and
7.2 / 2)for downward Uncertainty Award cost in proportion to the Scheduling Coordinator’s daily positive non-Participating Load UIE, excluding the non-Participating Load of an MSS that has elected to load-follow according to an MSS Agreement, without netting that UIE across Settlement Intervals, to the total of such positive non-Participating Load UIE, without netting that UIE across Settlement Intervals, in the BAA or EIM Area as applicable.
8.0 / The CAISO will allocate the Uncertainty Awards costs of the Supply category to Scheduling Coordinators for each resource in the Supply category based on the sum of the resource’s Uncertainty Movement and UIE as follows:
8.1 / 1)for upward Uncertainty Award cost in proportion to the Scheduling Coordinator’s negative sum of the resource’s Uncertainty Movement and UIE, without netting that sum across Settlement Intervals, to the total negative sum of all resources’ Uncertainty Movement and UIE, without netting that sum across Settlement Intervals, in the Balancing Authority Area or EIM Area as applicable; and
8.2 / 2)or downward Uncertainty Award cost in proportion to the Scheduling Coordinator’s positive sum of the resource’s Uncertainty Movement and UIE, without netting that sum across Settlement Intervals, to the total positive sum of all resources’ Uncertainty Movement and UIE, without netting that sum across Settlement Intervals, in the BAA or EIM Area as applicable; except that
8.3 / 3)for the MSS that have elected to load follow pursuant to an MSS Agreement, the CAISO will calculate the positive and negative sums specified above for each Settlement Interval as the sum of MSS non-Participating Load UIE, Supply resources within the MSS UIE, MSS Load Following Energy, MSS Load Following Operational Adjustments, and Uncertainty Movement of resources within the MSS Aggregation.
9.0 / The CAISO will allocate the Uncertainty Awards costs of the Intertie category to Scheduling Coordinators for each non-Dynamic System Resource and export based on the sum of the resource’s Uncertainty Movement and Operational Adjustment as follows:
9.1 / 1)for upward Uncertainty Award cost in the proportion of the Scheduling Coordinator’s magnitude of negative Operational Adjustment for non-Dynamic System Resources, or positive Operational Adjustment for export resources (where export Energy is considered positive) relative to the sum of magnitude of such Operational Adjustments in the Balancing Authority Area or EIM Area, as applicable, without netting that sum across Settlement Intervals; and
9.2 / 2)for downward Uncertainty Award cost in the proportion of the Scheduling Coordinator’s positive Operational Adjustment for non-Dynamic System Resources, or magnitude of negative Operational Adjustment for export resources (where export Energy is considered positive) relative to the sum of the magnitude of such Operational Adjustments in the Balancing Authority Area or EIM Area, as applicable, without netting that sum across Settlement Intervals; and
9.3 / 3)for the purposes of the allocations specified above, the MSS Load Following Operational Adjustment is excluded.
10.0 / If the sum of the settlement of Uncertainty Awards and the charges to Scheduling Coordinators for Uncertainty Award costs is nonzero, the CAISO will allocate such amounts to Scheduling Coordinators based on the ratio of its metered CAISO Demand and metered EIM Demand to the total EIM area metered demand.
3.2Predecessor Charge Codes
Charge Code/ Pre-calc NameCC 7081Daily Flexible Ramp Down Uncertainty Capacity Settlement
CC 7087Daily Flexible Ramp Down Uncertainty Award Allocation
CC 7078 Monthly Flexible Ramp Up Uncertainty Award Allocation
3.3Successor Charge Codes
Charge Code/ Pre-calc NameCC 4999Monthly Rounding Adjustment Allocation
3.4Inputs-ExternalSystems
Row # / Variable Name / Description1 / PeakHourFlag mdh / A flag (1/0/NULL) that, when equal to 1, identifies an associated Trading Hour as being a Peak Flexible RampHour. When the flag is equal to 0 or is NULL (missing), the Trading Hour is deemed to be an Off Peak Flexible Ramp Hour. Peak Flexible Ramp Hours are defined to be Trading Hours 7 through 22, while Off Peak Flexible Ramp Hours consist of Trading Hours 1 through 6 and 23 through 25.
2 / EIMEntitySCFlag BQ’ / A flag input that, when = 1, relates an EIM Balancing Authority Area (EIM BAA) with the associated Business Associate of the Scheduling Coordinator ID.
3.5Inputs - Predecessor Charge Codes or Pre-calculations
Row # / Variable Name / Predecessor Charge Code/Pre-calc Configuration
1 / BAAConstraint5mFlexRampDownUncertaintyAmount Q’Q’’mdhcif / CC 7081 Flexible Ramp Down Uncertainty Capacity Settlement
2 / EIMArea5mFRDUncertaintyAllocationAmount mdhcif / CC 7081 Daily Flexible Ramp Down Uncertainty Capacity Settlement
3 / BAADailyCompleteFRDUncertaintyAllocationAmount BQ’mdBADailyCompleteFRDUncertaintyAllocationAmount BQ’md / CC 7087 Daily Flexible Ramp Down Uncertainty Award Allocation
4 / BA5mResourceBAALoadFRDUncertaintyAllocationQuantity BrtF’S’Q’mdhcif / CC 7087 Daily Flexible Ramp Down Uncertainty Award Allocation
5 / BA5mResourceBAAIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’mdhcif / CC 7087 Daily Flexible Ramp Down Uncertainty Award Allocation
6 / BA5mResourceBAASupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’mdhcif / CC 7087 Daily Flexible Ramp Down Uncertainty Award Allocation
7 / BAA5mLoadFRDUncertaintyQuantity Q’’mdhcif / CC 7087 Daily Flexible Ramp Down Uncertainty Award Allocation
8 / BAA5mIntertieFRDUncertaintyQuantity Q’’mdhcif / CC 7087 Daily Flexible Ramp Down Uncertainty Award Allocation
9 / BAA5mSupplyFRDUncertaintyQuantity Q’’mdhcif / CC 7087 Daily Flexible Ramp Down Uncertainty Award Allocation
10 / BAAMonthPeakHourBAMeteredDemandAllocationQuantity BQ’m / CC 7078 Monthly Flexible Ramp Up Uncertainty Award Allocation
11 / BAAMonthOffPeakHourBAMeteredDemandAllocationQuantity BQ’m / CC 7078 Monthly Flexible Ramp Up Uncertainty Award Allocation
12 / EIMAreaMonthPeakHourMeteredDemandAllocationQuantity m / CC 7078 Monthly Flexible Ramp Up Uncertainty Award Allocation
13 / EIMAreaMonthOffPeakHourMeteredDemandAllocationQuantity m / CC 7078 Monthly Flexible Ramp Up Uncertainty Award Allocation
3.6CAISO Formula
The CAISO formula for Monthly Flexible Ramp Down Uncertainty charge allocationby BA ID (B) is as follows:
3.6.1BAAMonthlyCompleteFRDUncertaintyAllocationAmount BAMonthlyCompleteFRDUncertaintyAllocationAmount BQ’m =
(– BAMonthlyTotalDailyFRDUncertaintyAllocationAmount BQ’m) + BAMonthAllHourCompleteFRDUncertaintyAllocationAmount BQ’m(– BAAMonthlyTotalDailyFRDUncertaintyAllocationAmount BQ’m) + BAAMonthAllHourCompleteFRDUncertaintyAllocationAmount BQ’m
3.6.2BAAMonthlyTotalDailyFRDUncertaintyAllocationAmount BAMonthlyTotalDailyFRDUncertaintyAllocationAmount BQ’m =
BAADailyCompleteFRDUncertaintyAllocationAmount BQ’mdBADailyCompleteFRDUncertaintyAllocationAmount BQ’md
3.6.3BAAMonthAllHourCompleteFRDUncertaintyAllocationAmount BQ’m BAMonthAllHourCompleteFRDUncertaintyAllocationAmount BQ’m =
BAMonthCAISOOffPeakHourCompleteFRDUncertaintyAllocationAmount BQ’m + BAMonthEIMEntityOffPeakHourCompleteFRDUncertaintyAllocationAmount BQ’m + BAMonthCAISOPeakHourCompleteFRDUncertaintyAllocationAmount BQ’m + BAMonthEIMEntityPeakHourCompleteFRDUncertaintyAllocationAmount BQ’mBAAMonthOffPeakHourCompleteFRDUncertaintyAllocationAmount BQ’m + BAAMonthPeakHourCompleteFRDUncertaintyAllocationAmount BQ’m
3.6.4BAMonthCAISOOffPeakHourCompleteFRDUncertaintyAllocationAmount BQ’m =
BAMonthOffPeakHourFRDCategorySpecificAllocatedUncertaintyAmount BQ’m + BAMonthOffPeakHourFRDEIMAreaMeteredDemandAllocatedUncertaintyAmount BQ’m
Where
3.6.4Q’ = ‘CISO’BAAMonthOffPeakHourCompleteFRDUncertaintyAllocationAmount BQ’m =
BAAMonthOffPeakHourFRDCategorySpecificAllocatedUncertaintyAmount Q’m + BAAMonthOffPeakHourFRDEIMAreaMeteredDemandAllocatedUncertaintyAmount BQ’m
Where Exists
BAAMonthOffPeakHourFRDEIMAreaMeteredDemandAllocatedUncertaintyAmount BQ’m
3.6.5BAMonthEIMEntityOffPeakHourCompleteFRDUncertaintyAllocationAmount BQ’m =
EIMEntitySCFlag BQ’ * BAAMonthEIMEntityOffPeakHourCompleteFRDUncertaintyAllocationAmount Q’m
3.6.6BAAMonthEIMEntityOffPeakHourCompleteFRDUncertaintyAllocationAmount Q’m =
(BAMonthOffPeakHourFRDCategorySpecificAllocatedUncertaintyAmount BQ’m + BAMonthOffPeakHourFRDEIMAreaMeteredDemandAllocatedUncertaintyAmount BQ’m )
Where
Q’ > ‘CISO’
3.6.53.6.7BAAMonthOffPeakHourFRDEIMAreaMeteredDemandAllocatedUncertaintyAmount BQ’m BAMonthOffPeakHourFRDEIMAreaMeteredDemandAllocatedUncertaintyAmount BQ’m =
(BAAMonthOffPeakHourBAMeteredDemandAllocationQuantity BQ’m / EIMAreaMonthOffPeakHourMeteredDemandAllocationQuantitym ) * EIMAreaMonthOffPeakHourFRDNeutralityMeteredDemandAllocatedAmount m
3.6.63.6.8EIMAreaMonthOffPeakHourFRDNeutralityMeteredDemandAllocatedAmount m =
EIMAreaMonthOffPeakHourFRDUncertaintyAllocationAmount m –
EIMAreaMonthOffPeakHourFRDAllocatedUncertaintyAmount m
3.6.73.6.9EIMAreaMonthOffPeakHourFRDAllocatedUncertaintyAmount m =
BAAMonthOffPeakHourFRDCategorySpecificAllocatedUncertaintyAmount Q’m BAMonthOffPeakHourFRDCategorySpecificAllocatedUncertaintyAmount BQ’m
3.6.83.6.10BAAMonthOffPeakHourFRDCategorySpecificAllocatedUncertaintyAmount BQ’m BAMonthOffPeakHourFRDCategorySpecificAllocatedUncertaintyAmount BQ’m =
(BAMonthResourceBAAOffPeakHourLoadFRDUncertaintyAllocationAmount BrtF’S’Q’m +
BAMonthResourceBAAOffPeakHourIntertieFRDUncertaintyAllocationAmount BrtF’S’Q’m +
BAMonthResourceBAAOffPeakHourSupplyFRDUncertaintyAllocationAmount BrtF’S’Q’m )
3.6.11BAMonthCAISOPeakHourCompleteFRDUncertaintyAllocationAmount BQ’m =
BAMonthPeakHourFRDCategorySpecificAllocatedUncertaintyAmount BQ’m + BAMonthPeakHourFRDEIMAreaMeteredDemandAllocatedUncertaintyAmount BQ’m
Where
Q’ = ‘CISO’
3.6.12BAMonthEIMEntityPeakHourCompleteFRDUncertaintyAllocationAmount BQ’m =
EIMEntitySCFlag BQ’ * BAAMonthEIMEntityPeakHourCompleteFRDUncertaintyAllocationAmount Q’m
3.6.13BAAMonthEIMEntityPeakHourCompleteFRDUncertaintyAllocationAmount Q’m =
(BAMonthPeakHourFRDCategorySpecificAllocatedUncertaintyAmount BQ’m + BAMonthPeakHourFRDEIMAreaMeteredDemandAllocatedUncertaintyAmount BQ’m )
Where
Q’ > ‘CISO’
3.6.9BAAMonthPeakHourCompleteFRDUncertaintyAllocationAmount BQ’m =
BAAMonthPeakHourFRDCategorySpecificAllocatedUncertaintyAmount Q’m + BAAMonthPeakHourFRDEIMAreaMeteredDemandAllocatedUncertaintyAmount BQ’m
Where Exists
BAAMonthPeakHourFRDEIMAreaMeteredDemandAllocatedUncertaintyAmount BQ’m
3.6.103.6.14BAAMonthPeakHourFRDEIMAreaMeteredDemandAllocatedUncertaintyAmount BQ’m BAMonthPeakHourFRDEIMAreaMeteredDemandAllocatedUncertaintyAmount BQ’m =
(BAAMonthPeakHourBAMeteredDemandAllocationQuantity BQ’m / EIMAreaMonthPeakHourMeteredDemandAllocationQuantitym ) * EIMAreaMonthPeakHourFRDNeutralityMeteredDemandAllocatedAmount m
3.6.113.6.15EIMAreaMonthPeakHourFRDNeutralityMeteredDemandAllocatedAmount m =
EIMAreaMonthPeakHourFRDUncertaintyAllocationAmount m –
EIMAreaMonthPeakHourFRDAllocatedUncertaintyAmount m
3.6.123.6.16EIMAreaMonthPeakHourFRDAllocatedUncertaintyAmount m =
BAAMonthPeakHourFRDCategorySpecificAllocatedUncertaintyAmount Q’m BAMonthPeakHourFRDCategorySpecificAllocatedUncertaintyAmount BQ’m
3.6.133.6.17BAAMonthPeakHourFRUCategorySpecificAllocatedUncertaintyAmount Q’mBAMonthPeakHourFRDCategorySpecificAllocatedUncertaintyAmount BQ’m =
(BAMonthResourceBAAPeakHourLoadFRDUncertaintyAllocationAmount BrtF’S’Q’m +
BAMonthResourceBAAPeakHourIntertieFRDUncertaintyAllocationAmount BrtF’S’Q’m +
BAMonthResourceBAAPeakHourSupplyFRDUncertaintyAllocationAmount BrtF’S’Q’m )
3.6.143.6.18BAMonthResourceBAAOffPeakHourLoadFRDUncertaintyAllocationAmount BrtF’S’Q’m =
IF
BAAMonthOffPeakHourTotalLoadFRDUncertaintyAllocationQuantity Q’m > 0
THEN
BAMonthResourceBAAOffPeakHourLoadFRDUncertaintyAllocationAmount BrtF’S’Q’m =
(BAMonthResourceBAAOffPeakHourLoadFRDUncertaintyAllocationQuantity BrtF’S’Q’m / BAAMonthOffPeakHourTotalLoadFRDUncertaintyAllocationQuantity Q’m ) * BAAMonthOffPeakHourLoadCategoryFRDUncertaintyAllocationAmount Q’m
ELSE
BAMonthResourceBAAOffPeakHourLoadFRDUncertaintyAllocationAmount BrtF’S’Q’m = 0
END IF
3.6.153.6.19BAMonthResourceBAAPeakHourLoadFRDUncertaintyAllocationAmount BrtF’S’Q’m =
IF
BAAMonthPeakHourTotalLoadFRDUncertaintyAllocationQuantity Q’m > 0
THEN
BAMonthResourceBAAPeakHourLoadFRDUncertaintyAllocationAmount BrtF’S’Q’m =
(BAMonthResourceBAAPeakHourLoadFRDUncertaintyAllocationQuantity BrtF’S’Q’m / BAAMonthPeakHourTotalLoadFRDUncertaintyAllocationQuantity Q’m ) * BAAMonthPeakHourLoadCategoryFRDUncertaintyAllocationAmount Q’m
ELSE
BAMonthResourceBAAPeakHourLoadFRDUncertaintyAllocationAmount BrtF’S’Q’m = 0
END IF
3.6.163.6.20EIMAreaMonthOffPeakHourTotalLoadFRDUncertaintyAllocationQuantity m =
BAAMonthOffPeakHourTotalLoadFRDUncertaintyAllocationQuantity Q’m
3.6.173.6.21BAAMonthOffPeakHourTotalLoadFRDUncertaintyAllocationQuantity Q’m =
BAMonthResourceBAAOffPeakHourLoadFRDUncertaintyAllocationQuantity BrtF’S’Q’m
3.6.183.6.22BAMonthResourceBAAOffPeakHourLoadFRDUncertaintyAllocationQuantity BrtF’S’Q’m =
BADailyResourceBAAOffPeakHourLoadFRDUncertaintyAllocationQuantity BrtF’S’Q’md
3.6.193.6.23BADailyResourceBAAOffPeakHourLoadFRDUncertaintyAllocationQuantity BrtF’S’Q’md =
(BA5mResourceBAALoadFRDUncertaintyAllocationQuantity BrtF’S’Q’mdhcif – BADailyResourceBAAPeakHourLoadFRDUncertaintyAllocationQuantityBrtF’S’Q’md )
3.6.203.6.24EIMAreaMonthPeakHourTotalLoadFRDUncertaintyAllocationQuantity m =
BAAMonthPeakHourTotalLoadFRDUncertaintyAllocationQuantity Q’m
3.6.213.6.25BAAMonthPeakHourTotalLoadFRDUncertaintyAllocationQuantity Q’m =
BAMonthResourceBAAPeakHourLoadFRDUncertaintyAllocationQuantity BrtF’S’Q’m
3.6.223.6.26BAMonthResourceBAAPeakHourLoadFRDUncertaintyAllocationQuantity BrtF’S’Q’m =
BADailyResourceBAAPeakHourLoadFRDUncertaintyAllocationQuantity BrtF’S’Q’md
3.6.233.6.27BADailyResourceBAAPeakHourLoadFRDUncertaintyAllocationQuantity BrtF’S’Q’md =
BAHourlyResourceBAAPeakHourLoadFRDUncertaintyAllocationQuantity BrtF’S’Q’mdh
3.6.243.6.28BAHourlyResourceBAAPeakHourLoadFRDUncertaintyAllocationQuantity BrtF’S’Q’mdh =
(PeakHourFlag mdh * BA5mResourceBAALoadFRDUncertaintyAllocationQuantity BrtF’S’Q’mdhcif )
3.6.253.6.29BAMonthResourceBAAOffPeakHourIntertieFRDUncertaintyAllocationAmount BrtF’S’Q’m =
IF
BAAMonthOffPeakHourTotalIntertieFRDUncertaintyAllocationQuantity Q’m > 0
THEN
BAMonthResourceBAAOffPeakHourIntertieFRDUncertaintyAllocationAmount BrtF’S’Q’m =
(BAMonthResourceBAAOffPeakHourIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’m / BAAMonthOffPeakHourTotalIntertieFRDUncertaintyAllocationQuantity Q’m ) * BAAMonthOffPeakHourIntertieCategoryFRDUncertaintyAllocationAmount Q’m
ELSE
BAMonthResourceBAAOffPeakHourIntertieFRDUncertaintyAllocationAmount BrtF’S’Q’m = 0
END IF
3.6.263.6.30BAMonthResourceBAAPeakHourIntertieFRDUncertaintyAllocationAmount BrtF’S’Q’m =
IF
BAAMonthPeakHourTotalIntertieFRDUncertaintyAllocationQuantity Q’m > 0
THEN
BAMonthResourceBAAPeakHourIntertieFRDUncertaintyAllocationAmount BrtF’S’Q’m =
(BAMonthResourceBAAPeakHourIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’m / BAAMonthPeakHourTotalIntertieFRDUncertaintyAllocationQuantity Q’m ) * BAAMonthPeakHourIntertieCategoryFRDUncertaintyAllocationAmount Q’m
ELSE
BAMonthResourceBAAPeakHourIntertieFRDUncertaintyAllocationAmount BrtF’S’Q’m =
0
END IF
3.6.273.6.31EIMAreaMonthOffPeakHourTotalIntertieFRDUncertaintyAllocationQuantity m =
BAAMonthOffPeakHourTotalIntertieFRDUncertaintyAllocationQuantity Q’m
3.6.283.6.32BAAMonthOffPeakHourTotalIntertieFRDUncertaintyAllocationQuantity Q’m =
BAMonthResourceBAAOffPeakHourIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’m
3.6.293.6.33BAMonthResourceBAAOffPeakHourIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’m =
BADailyResourceBAAOffPeakHourIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’md
3.6.303.6.34BADailyResourceBAAOffPeakHourIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’md =
(BA5mResourceBAAIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’mdhcif – BADailyResourceBAAPeakHourIntertieFRDUncertaintyAllocationQuantityBrtF’S’Q’md )
3.6.313.6.35EIMAreaMonthPeakHourTotalIntertieFRDUncertaintyAllocationQuantity m =
BAAMonthPeakHourTotalIntertieFRDUncertaintyAllocationQuantity Q’m
3.6.323.6.36BAAMonthPeakHourTotalIntertieFRDUncertaintyAllocationQuantity Q’m =
BAMonthResourceBAAPeakHourIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’m
3.6.333.6.37BAMonthResourceBAAPeakHourIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’m =
BADailyResourceBAAPeakHourIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’md
3.6.343.6.38BADailyResourceBAAPeakHourIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’md =
BAHourlyResourceBAAPeakHourIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’mdh
3.6.353.6.39BAHourlyResourceBAAPeakHourIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’mdh =
(PeakHourFlag mdh * BA5mResourceBAAIntertieFRDUncertaintyAllocationQuantity BrtF’S’Q’mdhcif )
3.6.363.6.40BAMonthResourceBAAOffPeakHourSupplyFRDUncertaintyAllocationAmount BrtF’S’Q’m =
IF
BAAMonthOffPeakHourTotalSupplyFRDUncertaintyAllocationQuantity Q’m > 0
THEN
BAMonthResourceBAAOffPeakHourSupplyFRDUncertaintyAllocationAmount BrtF’S’Q’m =
(BAMonthResourceBAAOffPeakHourSupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’m / BAAMonthOffPeakHourTotalSupplyFRDUncertaintyAllocationQuantity Q’m ) * BAAMonthOffPeakHourSupplyCategoryFRDUncertaintyAllocationAmount Q’m
ELSE
BAMonthResourceBAAOffPeakHourSupplyFRDUncertaintyAllocationAmount BrtF’S’Q’m = 0
END IF
3.6.373.6.41BAMonthResourceBAAPeakHourSupplyFRDUncertaintyAllocationAmount BrtF’S’Q’m =
IF
BAAMonthPeakHourTotalSupplyFRDUncertaintyAllocationQuantity Q’m > 0
THEN
BAMonthResourceBAAPeakHourSupplyFRDUncertaintyAllocationAmount BrtF’S’Q’m =
(BAMonthResourceBAAPeakHourSupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’m / BAAMonthPeakHourTotalSupplyFRDUncertaintyAllocationQuantity Q’m ) * BAAMonthPeakHourSupplyCategoryFRDUncertaintyAllocationAmount Q’m
ELSE
BAMonthResourceBAAPeakHourSupplyFRDUncertaintyAllocationAmount BrtF’S’Q’m =0
END IF
3.6.383.6.42EIMAreaMonthOffPeakHourTotalSupplyFRDUncertaintyAllocationQuantity m =
BAAMonthOffPeakHourTotalSupplyFRDUncertaintyAllocationQuantity Q’m
3.6.393.6.43BAAMonthOffPeakHourTotalSupplyFRDUncertaintyAllocationQuantity Q’m =
BAMonthResourceBAAOffPeakHourSupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’m
3.6.403.6.44BAMonthResourceBAAOffPeakHourSupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’m =
BADailyResourceBAAOffPeakHourSupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’md
3.6.413.6.45BADailyResourceBAAOffPeakHourSupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’md =
(BA5mResourceBAASupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’mdhcif – BADailyResourceBAAPeakHourSupplyFRDUncertaintyAllocationQuantityBrtF’S’Q’md )
3.6.423.6.46EIMAreaMonthPeakHourTotalSupplyFRDUncertaintyAllocationQuantity m =
BAAMonthPeakHourTotalSupplyFRDUncertaintyAllocationQuantity Q’m
3.6.433.6.47BAAMonthPeakHourTotalSupplyFRDUncertaintyAllocationQuantity Q’m =
BAMonthResourceBAAPeakHourSupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’m
3.6.443.6.48BAMonthResourceBAAPeakHourSupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’m =
BADailyResourceBAAPeakHourSupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’md
3.6.453.6.49BADailyResourceBAAPeakHourSupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’md =
BAHourlyResourceBAAPeakHourSupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’mdh
3.6.463.6.50BAHourlyResourceBAAPeakHourSupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’mdh =
(PeakHourFlag mdh * BA5mResourceBAASupplyFRDUncertaintyAllocationQuantity BrtF’S’Q’mdhcif )
3.6.473.6.51BAAMonthOffPeakHourLoadCategoryFRDUncertaintyAllocationAmount Q’m =
BAAMonthOffPeakHourLoadCategoryBAAConstraintFRDUncertaintyAllocationAmount Q’m + BAAMonthOffPeakHourLoadCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m
3.6.483.6.52BAAMonthPeakHourLoadCategoryFRDUncertaintyAllocationAmount Q’m =
BAAMonthPeakHourLoadCategoryBAAConstraintFRDUncertaintyAllocationAmount Q’m + BAAMonthPeakHourLoadCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m
3.6.493.6.53BAAMonthOffPeakHourIntertieCategoryFRDUncertaintyAllocationAmount Q’m =
BAAMonthOffPeakHourIntertieCategoryBAAConstraintFRDUncertaintyAllocationAmount Q’m + BAAMonthOffPeakHourIntertieCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m
3.6.503.6.54BAAMonthPeakHourIntertieCategoryFRDUncertaintyAllocationAmount Q’m =
BAAMonthPeakHourIntertieCategoryBAAConstraintFRDUncertaintyAllocationAmount Q’m + BAAMonthPeakHourIntertieCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m
3.6.513.6.55BAAMonthOffPeakHourSupplyCategoryFRDUncertaintyAllocationAmount Q’m =
BAAMonthOffPeakHourSupplyCategoryBAAConstraintFRDUncertaintyAllocationAmount Q’m + BAAMonthOffPeakHourSupplyCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m
3.6.523.6.56BAAMonthPeakHourSupplyCategoryFRDUncertaintyAllocationAmount Q’m =
BAAMonthPeakHourSupplyCategoryBAAConstraintFRDUncertaintyAllocationAmount Q’m + BAAMonthPeakHourSupplyCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m
3.6.533.6.57BAAMonthOffPeakHourLoadCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m =
IF
EIMAreaMonthOffPeakHourTotalLoadFRDUncertaintyAllocationQuantity m > 0
THEN
BAAMonthOffPeakHourLoadCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m =
EIMAreaMonthOffPeakHourLoadCategoryFRDUncertaintyAllocationAmount m * (BAAMonthOffPeakHourTotalLoadFRDUncertaintyAllocationQuantity Q’m / EIMAreaMonthOffPeakHourTotalLoadFRDUncertaintyAllocationQuantity m )
ELSE
BAAMonthOffPeakHourLoadCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m = 0
END IF
3.6.543.6.58BAAMonthPeakHourLoadCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m =
IF
EIMAreaMonthPeakHourTotalLoadFRDUncertaintyAllocationQuantity m > 0
THEN
BAAMonthPeakHourLoadCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m =
EIMAreaMonthPeakHourLoadCategoryFRDUncertaintyAllocationAmount m * (BAAMonthPeakHourTotalLoadFRDUncertaintyAllocationQuantity Q’m / EIMAreaMonthPeakHourTotalLoadFRDUncertaintyAllocationQuantity m )
ELSE
BAAMonthPeakHourLoadCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m = 0
END IF
3.6.553.6.59BAAMonthOffPeakHourIntertieCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m =
IF
EIMAreaMonthOffPeakHourTotalIntertieFRDUncertaintyAllocationQuantity m > 0
THEN
BAAMonthOffPeakHourIntertieCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m =
EIMAreaMonthOffPeakHourIntertieCategoryFRDUncertaintyAllocationAmount m * (BAAMonthOffPeakHourTotalIntertieFRDUncertaintyAllocationQuantity Q’m / EIMAreaMonthOffPeakHourTotalIntertieFRDUncertaintyAllocationQuantity m )
ELSE
BAAMonthOffPeakHourIntertieCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m = 0
END IF
3.6.563.6.60BAAMonthPeakHourIntertieCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m =
IF
EIMAreaMonthPeakHourTotalIntertieFRDUncertaintyAllocationQuantity m > 0
THEN
BAAMonthPeakHourIntertieCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m =
EIMAreaMonthPeakHourIntertieCategoryFRDUncertaintyAllocationAmount m * (BAAMonthPeakHourTotalIntertieFRDUncertaintyAllocationQuantity Q’m / EIMAreaMonthPeakHourTotalIntertieFRDUncertaintyAllocationQuantity m )
ELSE
BAAMonthPeakHourIntertieCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m = 0
END IF
3.6.573.6.61BAAMonthOffPeakHourSupplyCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m =
IF
EIMAreaMonthOffPeakHourTotalSupplyFRDUncertaintyAllocationQuantity m > 0
THEN
BAAMonthOffPeakHourSupplyCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m =
EIMAreaMonthOffPeakHourSupplyCategoryFRDUncertaintyAllocationAmount m * (BAAMonthOffPeakHourTotalSupplyFRDUncertaintyAllocationQuantity Q’m / EIMAreaMonthOffPeakHourTotalSupplyFRDUncertaintyAllocationQuantity m )
ELSE
BAAMonthOffPeakHourSupplyCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m = 0
END IF
3.6.583.6.62BAAMonthPeakHourSupplyCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m =
IF
EIMAreaMonthPeakHourTotalSupplyFRDUncertaintyAllocationQuantity m > 0
THEN
BAAMonthPeakHourSupplyCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m =
EIMAreaMonthPeakHourSupplyCategoryFRDUncertaintyAllocationAmount m * (BAAMonthPeakHourTotalSupplyFRDUncertaintyAllocationQuantity Q’m / EIMAreaMonthPeakHourTotalSupplyFRDUncertaintyAllocationQuantitym )
ELSE
BAAMonthPeakHourSupplyCategoryEIMAreaConstraintFRDUncertaintyAllocationAmount Q’m = 0
END IF
3.6.593.6.63EIMAreaMonthOffPeakHourLoadCategoryFRDUncertaintyAllocationAmount m =
BAAMonthOffPeakHourLoadCategoryConstraintFRDUncertaintyAllocationAmount Q’m
Where
Q’ = ‘EIM_AREA’
3.6.603.6.64BAAMonthOffPeakHourLoadCategoryBAAConstraintFRDUncertaintyAllocationAmount Q’m =
BAAMonthOffPeakHourLoadCategoryConstraintFRDUncertaintyAllocationAmount Q’m
Where
Q’ > ‘EIM_AREA’
3.6.613.6.65EIMAreaMonthPeakHourLoadCategoryFRDUncertaintyAllocationAmount m =
BAAMonthPeakHourLoadCategoryConstraintFRDUncertaintyAllocationAmount Q’m
Where
Q’ = ‘EIM_AREA’
3.6.623.6.66BAAMonthPeakHourLoadCategoryBAAConstraintFRDUncertaintyAllocationAmount Q’m =
BAAMonthPeakHourLoadCategoryConstraintFRDUncertaintyAllocationAmount Q’m
Where
Q’ > ‘EIM_AREA’
3.6.633.6.67EIMAreaMonthOffPeakHourIntertieCategoryFRDUncertaintyAllocationAmount m =
BAAMonthOffPeakHourIntertieCategoryConstraintFRDUncertaintyAllocationAmount Q’m
Where
Q’ = ‘EIM_AREA’
3.6.643.6.68BAAMonthOffPeakHourIntertieCategoryBAAConstraintFRDUncertaintyAllocationAmount Q’m =
BAAMonthOffPeakHourIntertieCategoryConstraintFRDUncertaintyAllocationAmount Q’m
Where
Q’ > ‘EIM_AREA’
3.6.653.6.69EIMAreaMonthPeakHourIntertieCategoryFRDUncertaintyAllocationAmount m =
BAAMonthPeakHourIntertieCategoryConstraintFRDUncertaintyAllocationAmount Q’m
Where
Q’ = ‘EIM_AREA’
3.6.663.6.70BAAMonthPeakHourIntertieCategoryBAAConstraintFRDUncertaintyAllocationAmount Q’m =
BAAMonthPeakHourIntertieCategoryConstraintFRDUncertaintyAllocationAmount Q’m
Where
Q’ > ‘EIM_AREA’
3.6.673.6.71EIMAreaMonthOffPeakHourSupplyCategoryFRDUncertaintyAllocationAmount m =
BAAMonthOffPeakHourSupplyCategoryConstraintFRDUncertaintyAllocationAmount Q’m
Where
Q’ = ‘EIM_AREA’
3.6.683.6.72BAAMonthOffPeakHourSupplyCategoryBAAConstraintFRDUncertaintyAllocationAmount Q’m =
BAAMonthOffPeakHourSupplyCategoryConstraintFRDUncertaintyAllocationAmount Q’m
Where
Q’ > ‘EIM_AREA’
3.6.693.6.73EIMAreaMonthPeakHourSupplyCategoryFRDUncertaintyAllocationAmount m =
BAAMonthPeakHourSupplyCategoryConstraintFRDUncertaintyAllocationAmount Q’m
Where
Q’ = ‘EIM_AREA’
3.6.703.6.74BAAMonthPeakHourSupplyCategoryBAAConstraintFRDUncertaintyAllocationAmount Q’m =
BAAMonthPeakHourSupplyCategoryConstraintFRDUncertaintyAllocationAmount Q’m
Where
Q’ > ‘EIM_AREA’
3.6.713.6.75BAAMonthOffPeakHourLoadCategoryConstraintFRDUncertaintyAllocationAmount Q’m =
AttributeSwap (Q’, Q’’) On BAAMonthOffPeakHourConstraintLoadCategoryFRDUncertaintyAllocationAmount Q’Q’’m
3.6.723.6.76BAAMonthPeakHourLoadCategoryConstraintFRDUncertaintyAllocationAmount Q’m =
AttributeSwap (Q’, Q’’) On BAAMonthPeakHourConstraintLoadCategoryFRDUncertaintyAllocationAmount Q’Q’’m
3.6.733.6.77BAAMonthOffPeakHourConstraintLoadCategoryFRDUncertaintyAllocationAmount Q’Q’’m =
IF
BAAMonthOffPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m > 0
THEN
BAAMonthOffPeakHourConstraintLoadCategoryFRDUncertaintyAllocationAmount Q’Q’’m =
BAAMonthOffPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’m * (BAAMonthOffPeakHourLoadFRDUncertaintyQuantity Q’’m / BAAMonthOffPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m )
ELSE
BAAMonthOffPeakHourConstraintLoadCategoryFRDUncertaintyAllocationAmount Q’Q’’m = 0
END IF
3.6.743.6.78BAAMonthPeakHourConstraintLoadCategoryFRDUncertaintyAllocationAmount Q’Q’’m =
IF
BAAMonthPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m > 0
THEN
BAAMonthPeakHourConstraintLoadCategoryFRDUncertaintyAllocationAmount Q’Q’’m =
BAAMonthPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’m * (BAAMonthPeakHourLoadFRDUncertaintyQuantity Q’’m / BAAMonthPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m )
ELSE
BAAMonthPeakHourConstraintLoadCategoryFRDUncertaintyAllocationAmount Q’Q’’m = 0
END IF
3.6.753.6.79BAAMonthOffPeakHourIntertieCategoryConstraintFRDUncertaintyAllocationAmount Q’m =
AttributeSwap (Q’, Q’’) On BAAMonthOffPeakHourConstraintIntertieCategoryFRDUncertaintyAllocationAmount Q’Q’’m
3.6.763.6.80BAAMonthPeakHourIntertieCategoryConstraintFRDUncertaintyAllocationAmount Q’m =
AttributeSwap (Q’, Q’’) On BAAMonthPeakHourConstraintIntertieCategoryFRDUncertaintyAllocationAmount Q’Q’’m
3.6.773.6.81BAAMonthOffPeakHourConstraintIntertieCategoryFRDUncertaintyAllocationAmount Q’Q’’m =
IF
BAAMonthOffPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m > 0
THEN
BAAMonthOffPeakHourConstraintIntertieCategoryFRDUncertaintyAllocationAmount Q’Q’’m =
BAAMonthOffPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’m * (BAAMonthOffPeakHourIntertieFRDUncertaintyQuantity Q’’m / BAAMonthOffPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m )
ELSE
BAAMonthOffPeakHourConstraintIntertieCategoryFRDUncertaintyAllocationAmount Q’Q’’m = 0
END IF
3.6.783.6.82BAAMonthPeakHourConstraintIntertieCategoryFRDUncertaintyAllocationAmount Q’Q’’m =
IF
BAAMonthPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m > 0
THEN
BAAMonthPeakHourConstraintIntertieCategoryFRDUncertaintyAllocationAmount Q’Q’’m =
BAAMonthPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’m * (BAAMonthPeakHourIntertieFRDUncertaintyQuantity Q’’m / BAAMonthPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m )
ELSE
BAAMonthPeakHourConstraintIntertieCategoryFRDUncertaintyAllocationAmount Q’Q’’m = 0
END IF
3.6.793.6.83BAAMonthOffPeakHourSupplyCategoryConstraintFRDUncertaintyAllocationAmount Q’m =
AttributeSwap (Q’, Q’’) On BAAMonthOffPeakHourConstraintSupplyCategoryFRDUncertaintyAllocationAmount Q’Q’’m
3.6.803.6.84BAAMonthPeakHourSupplyCategoryConstraintFRDUncertaintyAllocationAmount Q’m =
AttributeSwap (Q’, Q’’) On BAAMonthPeakHourConstraintSupplyCategoryFRDUncertaintyAllocationAmount Q’Q’’m
3.6.813.6.85BAAMonthOffPeakHourConstraintSupplyCategoryFRDUncertaintyAllocationAmount Q’Q’’m =
IF
BAAMonthOffPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m > 0
THEN
BAAMonthOffPeakHourConstraintSupplyCategoryFRDUncertaintyAllocationAmount Q’Q’’m =
BAAMonthOffPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’m * (BAAMonthOffPeakHourSupplyFRDUncertaintyQuantity Q’’m / BAAMonthOffPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m )
ELSE
BAAMonthOffPeakHourConstraintSupplyCategoryFRDUncertaintyAllocationAmount Q’Q’’m = 0
END IF
3.6.823.6.86BAAMonthPeakHourConstraintSupplyCategoryFRDUncertaintyAllocationAmount Q’Q’’m =
IF
BAAMonthPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m > 0
THEN
BAAMonthPeakHourConstraintSupplyCategoryFRDUncertaintyAllocationAmount Q’Q’’m =
BAAMonthPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’m * (BAAMonthPeakHourSupplyFRDUncertaintyQuantity Q’’m / BAAMonthPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m )
ELSE
BAAMonthPeakHourConstraintSupplyCategoryFRDUncertaintyAllocationAmount Q’Q’’m = 0
END IF
3.6.833.6.87BAAMonthOffPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’m =
BAADailyOffPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’md
3.6.843.6.88BAADailyOffPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’md =
((-1)*BAAConstraint5mFlexRampDownUncertaintyAmount Q’Q’’mdhcif – BAADailyPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’md)
Note:
BAAConstraint5mFlexRampDownUncertaintyAmountQ’Q’’mdhcif represents the total FRD uncertainty movement settlement amount for a particular BAA (Q’) and flexible ramping constraint ID (Q’’), as the sum of:
a)FMM FRD uncertainty settlement amount,
b)RTD FRD uncertainty settlement amount and
c)FRD rescission settlement amount.
The amount shall include the effect of any PTB adjustment to the FRD uncertainty movement settlement amount.
3.6.853.6.89BAAMonthPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’m =
BAADailyPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’md
3.6.863.6.90BAADailyPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’md =
BAAHourlyPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’mdh
3.6.873.6.91BAAHourlyPeakHourFlexibleRampDownUncertaintySettlementAmount Q’Q’’mdh =
(PeakHourFlag mdh * (-1) *BAAConstraint5mFlexRampDownUncertaintyAmount Q’Q’’mdhcif )
3.6.883.6.92EIMAreaMonthOffPeakHourFRDUncertaintyAllocationAmount m =
EIMAreaDailyOffPeakHourFRDUncertaintyAllocationAmount md
3.6.893.6.93EIMAreaDailyOffPeakHourFRDUncertaintyAllocationAmount md =
(EIMAreaHourlyFRDUncertaintyAllocationAmount mdh – EIMAreaDailyPeakHourFRDUncertaintyAllocationAmount md )
3.6.903.6.94EIMAreaMonthPeakHourFRDUncertaintyAllocationAmount m =
EIMAreaDailyPeakHourFRDUncertaintyAllocationAmount md
3.6.913.6.95EIMAreaDailyPeakHourFRDUncertaintyAllocationAmount md =
PeakHourFlag mdh * EIMAreaHourlyFRDUncertaintyAllocationAmount mdh
3.6.923.6.96EIMAreaHourlyFRDUncertaintyAllocationAmount mdh =
( (-1) *EIMArea5mFRDUncertaintyAllocationAmount mdhcif)
Note:
EIMArea5mFRDUncertaintyAllocationAmount mdhcif represents the total FRD uncertainty movement over the EIM Area, as the sum of:
d)FMM FRD uncertainty settlement amount,
e)RTD FRD uncertainty settlement amount and
f)FRD rescission settlement amount.
The amount shall include the effect of any PTB adjustment to the FRD uncertainty movement settlement amount.
3.6.933.6.97BAAMonthOffPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m =
BAAMonthOffPeakHourLoadFRDUncertaintyQuantity Q’’m +
BAAMonthOffPeakHourIntertieFRDUncertaintyQuantity Q’’m +
BAAMonthOffPeakHourSupplyFRDUncertaintyQuantity Q’’m
3.6.943.6.98BAAMonthPeakHourAllCategoriesFRDUncertaintyQuantity Q’’m =
BAAMonthPeakHourLoadFRDUncertaintyQuantity Q’’m +
BAAMonthPeakHourIntertieFRDUncertaintyQuantity Q’’m +
BAAMonthPeakHourSupplyFRDUncertaintyQuantity Q’’m
3.6.953.6.99BAAMonthOffPeakHourLoadFRDUncertaintyQuantity Q’’m =
BAADailyOffPeakHourLoadFRDUncertaintyQuantity Q’’md
3.6.963.6.100BAAMonthPeakHourLoadFRDUncertaintyQuantity Q’’m =
BAADailyPeakHourLoadFRDUncertaintyQuantity Q’’md
3.6.973.6.101BAAMonthOffPeakHourIntertieFRDUncertaintyQuantity Q’’m =
BAADailyOffPeakHourIntertieFRDUncertaintyQuantity Q’’md
3.6.983.6.102BAAMonthPeakHourIntertieFRDUncertaintyQuantity Q’’m =
BAADailyPeakHourIntertieFRDUncertaintyQuantity Q’’md
3.6.993.6.103BAAMonthOffPeakHourSupplyFRDUncertaintyQuantity Q’’m =
BAADailyOffPeakHourSupplyFRDUncertaintyQuantity Q’’md
3.6.1003.6.104BAAMonthPeakHourSupplyFRDUncertaintyQuantity Q’’m =
BAADailyPeakHourSupplyFRDUncertaintyQuantity Q’’md
3.6.1013.6.105BAADailyOffPeakHourLoadFRDUncertaintyQuantity Q’’md =
BAAHourlyOffPeakHourLoadFRDUncertaintyQuantity Q’’mdh
3.6.1023.6.106BAADailyPeakHourLoadFRDUncertaintyQuantity Q’’md =
BAAHourlyPeakHourLoadFRDUncertaintyQuantity Q’’mdh
3.6.1033.6.107BAADailyOffPeakHourIntertieFRDUncertaintyQuantity Q’’md =
BAAHourlyOffPeakHourIntertieFRDUncertaintyQuantity Q’’mdh
3.6.1043.6.108BAADailyPeakHourIntertieFRDUncertaintyQuantity Q’’md =
BAAHourlyPeakHourIntertieFRDUncertaintyQuantity Q’’mdh
3.6.1053.6.109BAADailyOffPeakHourSupplyFRDUncertaintyQuantity Q’’md =
BAAHourlyOffPeakHourSupplyFRDUncertaintyQuantity Q’’mdh
3.6.1063.6.110BAADailyPeakHourSupplyFRDUncertaintyQuantity Q’’md =
BAAHourlyPeakHourSupplyFRDUncertaintyQuantity Q’’mdh
3.6.1073.6.111BAAHourlyOffPeakHourLoadFRDUncertaintyQuantity Q’’mdh =
(1 – PeakHourFlag mdh ) * BAAHourlyLoadFRDUncertaintyQuantity Q’’mdh
3.6.1083.6.112BAAHourlyPeakHourLoadFRDUncertaintyQuantity Q’’mdh =
PeakHourFlag mdh * BAAHourlyLoadFRDUncertaintyQuantity Q’’mdh
3.6.1093.6.113BAAHourlyOffPeakHourIntertieFRDUncertaintyQuantity Q’’mdh =
(1 – PeakHourFlag mdh ) * BAAHourlyIntertieFRDUncertaintyQuantity Q’’mdh
3.6.1103.6.114BAAHourlyPeakHourIntertieFRDUncertaintyQuantity Q’’mdh =
PeakHourFlag mdh * BAAHourlyIntertieFRDUncertaintyQuantity Q’’mdh
3.6.1113.6.115BAAHourlyOffPeakHourSupplyFRDUncertaintyQuantity Q’’mdh =
(1 – PeakHourFlag mdh ) * BAAHourlySupplyFRDUncertaintyQuantity Q’’mdh