Configuration Guide for: Metered Demand Over TAC Area and CPM / Date:11/19/13109/211/1412/18/14
Settlements & Billing
BPM Configuration Guide:Metered Demand Over TAC Area And CPM
Pre-Calculation
Version 5.32a
CAISO, 2018 / Page 1 of 53Settlements & Billing / Version: 5.32a
Configuration Guide for: Metered Demand Over TAC Area and CPM / Date:11/19/13109/211/1412/18/14
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
3.6CAISOFormula
3.7Output Requirements
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.
1.1Revision History
Date / Charge Code Effective Date / DocVersion / Description of Change / Author
Start Date / End Date
09/26/12 / 01/01/13 / 4/30/14 / 5.2 / In Section 3.4 (Predecessor Charge Codes), appended an entry for CC7886 – RA Maintenance Outage Replacement Backstop Capacity Settlement).
In Section 3.6 (Inputs – External Systems), in Row #2 and Row #3, deleted inputs BAHourlyResourceCPMForcedOutageCapacityQty Brtmdh and BAHourlyResourceCPMPlannedOutageCapacityQty Brtmdh, showing “< deleted >” in their place.
In Section 3.7 (Inputs - Predecessor Charge Codes or Pre-calculations), ahead of 1st row of table, appended entries for inputs BAHourlyResourcePrioritizedCPMCapacityForcedOutageAvailabilityQuantity BrtOUU’gmdh and BAHourlyResourcePrioritizedCPMCapacityPlannedOutageAvailabilityQuantity BrtOUU’gmdh).
In Section 3.8 (CAISO Formula), updated formulas in subsections 3.8.1.5 and 3.8.1.6, employing the two (2) predecessor inputs referenced in the preceding summary item.
In Section 3.9 (Subscripts Used), added an entry for subscript g. / R. Klanseck
11/19/13 / 05/01/14 / 9/30/2014Open / 5.2a / Minor documentation-only changes for Measured Demand inputs pursuant to FERC Order 764 / M. Maltese
6/30/2014 / 10/01/20141/1/15 / Open / 5.3 / Updated configuration related to FRAC –MOO project.
10/21/14: Include business driver for BAHourlyResourceAvailabilityCPMCapacity BrtOUU’mdh (Mel) / J.Wong
2.Introduction
2.1Background
The Interim Capacity Procurement Mechanism (ICPM) has provided an orderly, pre-approved means for the ISO to procure backstop capacity where and when needed to meet Reliability Criteria or otherwise maintain reliable grid operations. The ICPM expires at midnight on March 31, 2011.
The ICPM is replaced by the Capacity Procurement Mechanism (CPM) effective April 1, 2011. The CPM will continue to address instances when Resource Adequacy (RA) Resources are not sufficient to meet all of the operational needs of the ISO and enable it to meet reliability criteria. This may occur as a result of Load Serving Entities (LSEs) failing to comply with RA requirements, LSEs procuring sufficient resources to meet their RA requirements established by Local Regulatory Authorities but not meeting all of the ISO’s specific reliability needs, or unforeseen or changed circumstances affecting system conditions or grid operations. In particular, this backstop mechanism is needed to address significant operational requirements facing the ISO in the near future as a result of the integration of large amounts of variable energy resources.
The CPM retains key features of the ICPM, with several changes and additional enhancements, as follows:
- A new CPM procurement category for resources at risk of retirement that the ISO has determined will be needed for reliability during the following year;
- The addition of two criteria the ISO can consider in selecting capacity for a CPM designation or Exceptional Dispatch from eligible resources that will allow ISO operators to exercise a preference for non-use-limited over use-limited resources and to consider each resource’s operating characteristics;
- Adjustment of CPM compensation when a CPM resource becomes unavailable during the CPM procurement period due to a maintenance outage;
- An Exceptional Dispatch CPM designation may be issued for an Exceptional Dispatch CPM System Reliability Need or an Exceptional Dispatch CPM Non-System Reliability Need. An Exceptional Dispatch CPM System Reliability Need has a term of 30 days and is defined as the existence of a reliability issue where resolution does not require a resource to be in a specific geographic area with the ISO balancing authority area, which may include, but is not limited to, a forced outage of a major transmission line or a forced outage at a large generating unit. An Exceptional Dispatch CPM Non-System Reliability Need has a term of 60 days and is defined as the existence of a reliability issue where resolution depends on a resource in a specific geographic area within the CAISO Balancing Authority Area, which may include, but is not limited to, a local reliability area, zone, or region.If the CAISO determines that the circumstances that led to the Exceptional Dispatch CPM are likely to extend beyond the initial 30-day or 60-day period, the CAISO will issue an Exceptional Dispatch CPM or other CPM designation for an additional period the same length as the initial term.
- On February 16, 2012, the fixed CPM Capacity price of $67.50/kW-year became effective and will remain in effect for two years. On February 16, 2014, the fixed CPM Capacity price will increase by five percent and the effective price will be $70.88/kW-year, which will remain in effect for two years until February 16, 2016.
For the CPM Allocation, ISO Tariff Sections 43.8.1 through 43.8.7 establish the method for allocating the costs of CPM capacity payments for each category of CPM designation. The allocation method for each CPM category is as follows:
- For insufficient Local Capacity Area Resources in an annual or a monthly RA Plan, the CPM costs are allocated pro rata to each Scheduling Coordinator for a deficient LSE based on the ratio of that LSE’s deficiency to the deficiency within the TAC area.
- For a collective deficiency of Local Capacity Area Resources in an annual RA Plan, the CPM costs are allocated to all Scheduling Coordinators of LSEs serving loadand Demand from other Resources (e.g., NGR) in the TAC area in which the deficient local capacity area was located.
- For insufficient RA resources to comply with an LSE’s annual and monthly demand and reserve margin requirements, the CPM cost allocation is made pro rata to each LSE based on the proportion of its deficiency to the aggregate deficiency.
- For a significant event, Exceptional Dispatch, or resource at risk of retirement CPM, the costs are allocated to all Scheduling Coordinators for LSEs that serve load and Demand from other Resources (e.g., NGR) in the TAC area where the need for the designation arose, based on each Scheduling Coordinator’s percentage of actual load and Demand from other Resources (e.g., NGR) in the TAC area to total load and Demand from other Resources (e.g., NGR) in that area.
2.2Description
TheMetered Demand Over TAC Area And CPMPre-Calculation determines the metered demand allocation by TAC Area(s) (minus qualified TORs), CPM payment quantity, CPM allocation factors, and CPM availability percentages for the settlement of CPM Capacity. hourly, daily, and monthly metered demand minus the quantity covered by TOR (Transmission Ownership Rights) by TAC Area(s). Its outputs can be used as inputs for any CAISO charge code which requires allocations over metered demand for various TAC Areas or TAC Area combinations, such as the Monthly CPM charge codes. In addition, this pre-calculation will also produce the CPM metered demand allocation ratio by TAC Area or a combination of TAC Areas, the CPM availability percentages and forced outage factor, and the CPM Settlementprice. CAISO Metered Demand is calculated on a Trading Month basis for each combination of Exceptional Dispatch Type of procured CPM capacity, CPM capacity dispatch period during a Trading Month, and TAC area for which charges associated with CPM capacity payments should be allocated. The following table relates the Exceptional Dispatch Type and TAC Area(s) to which CPM charges are allocated for any given CPM capacity dispatch:
CPM Exceptional Dispatch Type / TAC Areas Allocated CPM ChargesCADEF1 / TAC_NORTH
CADEF2 / TAC_ECNTR
CADEF3 / TAC_SOUTH
CADEF4 / TAC_NCNTR-TAC_SOUTH-TAC_ECNTR-TAC_NORTH
CADEF5 / TAC_ECNTR-TAC_NORTH
CADEF6 / TAC_SOUTH-TAC_ECNTR
CADEF7 / TAC_SOUTH-TAC_NORTH
CADEF8 / TAC_NCNTR
CADEF9 / TAC_NCNTR-TAC_NORTH
CADEF10 / TAC_NCNTR-TAC_ECNTR
CADEF11 / TAC_NCNTR-TAC_SOUTH
CADEF12 / TAC_SOUTH-TAC_ECNTR-TAC_NORTH
CADEF13 / TAC_NCNTR-TAC_ECNTR-TAC_NORTH
CADEF14 / TAC_NCNTR-TAC_SOUTH-TAC_ECNTR
CADEF15 / TAC_NCNTR-TAC_SOUTH-TAC_NORTH
COLDEF1 / TAC_NORTH
COLDEF2 / TAC_ECNTR
COLDEF3 / TAC_SOUTH
COLDEF4 / TAC_NCNTR
LOCAL1 / TAC_NORTH
LOCAL2 / TAC_ECNTR
LOCAL3 / TAC_SOUTH
LOCAL4 / TAC_NCNTR
ROR1 / TAC_NORTH
ROR2 / TAC_ECNTR
ROR3 / TAC_SOUTH
ROR4 / TAC_NCNTR-TAC_SOUTH-TAC_ECNTR-TAC_NORTH
ROR5 / TAC_ECNTR-TAC_NORTH
ROR6 / TAC_SOUTH-TAC_ECNTR
ROR7 / TAC_SOUTH-TAC_NORTH
ROR8 / TAC_NCNTR
ROR9 / TAC_NCNTR-TAC_NORTH
ROR10 / TAC_NCNTR-TAC_ECNTR
ROR11 / TAC_NCNTR-TAC_SOUTH
ROR12 / TAC_SOUTH-TAC_ECNTR-TAC_NORTH
ROR13 / TAC_NCNTR-TAC_ECNTR-TAC_NORTH
ROR14 / TAC_NCNTR-TAC_SOUTH-TAC_ECNTR
ROR15 / TAC_NCNTR-TAC_SOUTH-TAC_NORTH
SIGEVT1 / TAC_NORTH
SIGEVT2 / TAC_ECNTR
SIGEVT3 / TAC_SOUTH
SIGEVT4 / TAC_NCNTR-TAC_SOUTH-TAC_ECNTR-TAC_NORTH
SIGEVT5 / TAC_ECNTR-TAC_NORTH
SIGEVT6 / TAC_SOUTH-TAC_ECNTR
SIGEVT7 / TAC_SOUTH-TAC_NORTH
SIGEVT8 / TAC_NCNTR
SIGEVT9 / TAC_NCNTR-TAC_NORTH
SIGEVT10 / TAC_NCNTR-TAC_ECNTR
SIGEVT11 / TAC_NCNTR-TAC_SOUTH
SIGEVT12 / TAC_NCNTR-TAC_ECNTR-TAC_NORTH
SIGEVT13 / TAC_NCNTR-TAC_SOUTH-TAC_ECNTR
SIGEVT14 / TAC_NCNTR-TAC_SOUTH-TAC_NORTH
SIGEVT15 / TAC_SOUTH-TAC_ECNTR-TAC_NORTH
TMODEL1 / TAC_NORTH
TMODEL2 / TAC_ECNTR
TMODEL3 / TAC_SOUTH
TMODEL4 / TAC_NCNTR-TAC_SOUTH-TAC_ECNTR-TAC_NORTH
TMODEL5 / TAC_NORTH
TMODEL6 / TAC_ECNTR
TMODEL7 / TAC_SOUTH
TMODEL8 / TAC_NORTH
TMODEL9 / TAC_SOUTH-TAC_ECNTR
TMODEL10 / TAC_NORTH
TMODEL11 / TAC_SOUTH-TAC_ECNTR
NONTMOD / TAC_NCNTR-TAC_SOUTH-TAC_ECNTR-TAC_NORTH
SYSEMR / TAC_NCNTR-TAC_SOUTH-TAC_ECNTR-TAC_NORTH
TEMR / TAC_NCNTR-TAC_SOUTH-TAC_ECNTR-TAC_NORTH
TMODEL / TAC_NCNTR-TAC_SOUTH-TAC_ECNTR-TAC_NORTH
VS / TAC_NCNTR-TAC_SOUTH-TAC_ECNTR-TAC_NORTH
FRDEF / Deficient RA Plan
3.Charge Code Requirements
3.1Business Rules
Bus Req ID / Business Rule1.0 / This pre-calculation will calculate metered demand over the various TAC Areas and TAC Area combinations on hourly, daily, and monthly bases. The daily and monthly metered demand will also be shown summed over all BAs at the CAISO level.
2.0 / Outputs will also include availability percentages, prices and metered demand to be outputted into the monthly CPM charge codes which require allocations over one or multiple TAC Areas.
3.0 / A resource with simultaneous or overlapping designations of CPM and CPM Flexible Capacity shall be paid based on the highest MW amount of either designation for the period in which the designations overlap.
3.1 / For overlapping CPM capacity, the resource’s CPM settlement shall be reflected in the Flexible CPM charge code.
3.2 / For a resource with more than two concurrent CPM designations, where one of these designations is for Flexible CPM, the overlapping capacity shall be proportionate to the generic RA CPM deisngations.
4.0 / The cost allocation on a resource with multiple CPM designations, shall be proportional to the total RA and flexible RA deficiency MWs the resource’s CPM capacity resolves.
For a resource with concurrent CPM designations, where one of these designations is for Flexible CPM, the cost allocation shall be proportionate to the deficiency MW from both the generic and flexible resource adequacy capacity.
3.2Predecessor Charge Codes
Charge Code/ Pre-calc NameMeasured Demand over Control Area Pre-Calculation
CC 7872 – Monthly CPM Significant Event Settlement
CC 7874 – Monthly CPM Insufficient Local Capacity Area Resources Settlement
CC 7876 – Monthly CPM Collective Deficiency Settlement
CC 7880 – Monthly CPM Exceptional Dispatch Settlement
CC 7882 – Monthly CPM Capacity at Risk of Retirement Settlement
CC 7884 – Monthly CPM Insufficient Resource Adequacy Resources Settlement
3.3Successor Charge Codes
Charge Code/ Pre-calc NameCC 7872 – Monthly CPM Significant Event Settlement
CC 7873 – Monthly CPM Significant Event Allocation
CC 7874 – Monthly CPM Insufficient Local Capacity Area Resources Settlement
CC 7876 – Monthly CPM Collective Deficiency Settlement
CC 7877 – Monthly CPM Collective Deficiency Allocation
CC 7880 – Monthly CPM Exceptional Dispatch Settlement
CC 7882 – Monthly CPM Capacity at Risk of Retirement Settlement
CC 7883 – Monthly CPM Capacity at Risk of Retirement Allocation
CC 7884 – Monthly CPM Insufficient Resource Adequacy Resources Settlement
CC 7881 – Monthly CPM Exceptional Dispatch Allocation
CC 7883 – Monthly CPM Capacity at Risk of Retirement Allocation
3.4Inputs – External Systems
Row # / Variable Name / Description1.0 / BAHourlyResourceCPMCapacityDesignatedQty BrtOUU’mdh / Hourly CPM Capacity MW Designation quantity
2.0 / BAMonthlyDeficientRAPlanQty BOUU’m / The RA Capacity deficient in an SCs RA plan that shall be allocated a portion of the specified CPM designation.
3.0 / BAMonthlyResourceCPMDailyShapingFactor BrtOUU’m / The actual number of days the resource was designated as CPM Capacity during the Billing Month and available to the CAISO to the total number of days in the Month.
4.02.0 / BAHourlyResourceCPMForcedOutageCapacityQty Brtmdh / Hourly CPM Forced Outage Capacity MW
5.03.0 / BAHourlyResourceCPMPlannedOutageCapacityQty Brtmdh / Hourly CPM Planned or Maintenance Outage Capacity MW
6.04.0 / CAISOYearlyCPMCapacityPaymentPrice y / This Price is the annual effective fixed CPM Capacity price per kW-year in accordance with Section 43.7.1.
7.05.0 / BAMonthlyResourceCPMAvailabilityFOFactor BrtOUU’m / The relevant CPM Availability Factor for Forced Outages as determined in accordance with Appendix F, Schedule 6 of the CAISO Tariff, for a resourceandTrading Month.
This is calculated within a View and outputted as BAMonthlyResourceCPMAvailabilityFOCalculatedFactor BrtOUU’m during the
Settlement Calculation.
8.06.0 / BAYearlyResourceSpecificCPMFERCApprovedPrice Brty / Yearly resource-specific CPM Capacity price as approved by
9.07.0 / BAHourlyResourceCPMRetroCompCapacityDesignatedQty BrtOUU’mdh / Hourly CPM Retroactive Compensation Capacity MW Designation Quantity
10.08.0 / BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQty BOUU’vm / Monthly TAC Area Metered Load and Demand from other Resources (e.g., NGR) Quantity minus balanced TOR for a Business.
This is calculated within a View during the Settlements calculation. And outputted as BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantity BOUU’vm
11.09.0 / BAHourlyMeteredTACAreaAdditionalCapacityProcuredQty Bvmdh / Hourly TAC Area Metered Load and Demand from other Resources (e.g., NGR) Quantity minus balanced TOR for a Business. This is the additional capacity procured in accordance with Section 43.2.1.2.
3.5Inputs - Predecessor Charge Codes or Pre-calculations
Row # / Variable Name / Predecessor Charge Code/ Pre-calc Configuration / Description1.0 / BAResource10MMeteredTACAreaDemandQuantityBrtvmdhi / Ten-Minute Metered Demand quantity (in MWh) for a resource
2.0 / BAResource10MTORContractMDBrtmdhi / Ten-Minute Metered Demand protected byTOR contract rights (that remain after the balancing of source and sink schedules having contract rights) for a resource
CAISO, 2018 / Page 1 of 53
Settlements & Billing / Version: 5.32a
Configuration Guide for: Metered Demand Over TAC Area and CPM / Date:11/19/13109/211/1412/18/14
3.6CAISOFormula
3.6.1CPM Availability and Designation Quantity Determination
3.6.1.1BAMonthlyResourceCPMAvailabilityFOCalculatedFactorBrtOUU’m=BAMonthlyResourceCPMAvailabilityFOFactorBrtOUU’m
3.6.1.2BAMonthlyResourceCPMAvailabilityFOFactorBrtOUU’m = BAMonthlyResourceCPMForcedAvailabilityPercentageBrtOUU’m
Note:
The above Forced Outage Factor BAMonthlyResourceCPMAvailabilityFOFactorBrtOUU’m Charge Type is calculated within a Settlements “view” calculation and presented as an output that rounds the Forced Availability Percentage, as represented by Charge TypeBAMonthlyResourceCPMForcedAvailabilityPercentageBrtOUU’m, to two Decimal places and uses the rounded value to refer to and employ the Availability Factor Table in the CAISO Tariff in determining the corresponding CPM Forced Availability Factor. The charge output of this view will be reported as BAMonthlyResourceCPMAvailabilityFOCalculatedFactorBrtOUU’m in the market participant bill determinant file.
3.6.1.3BAMonthlyResourceCPMPlannedAvailabilityPercentageBrtOUU’m= BAMonthlyResourceCPMPlannedOutageCapacityQuantityBrtOUU’m /BAMonthlyResourceAvailabilityCPMCapacity BrtOUU’mBAMonthlyTotalResourceCPMCapacityDesignatedQuantity BrtOUU’m
3.6.1.4BAMonthlyResourceCPMForcedAvailabilityPercentageBrtOUU’m = BAMonthlyResourceCPMForcedOutageCapacityQuantityBrtOUU’m/BAMonthlyResourceAvailabilityCPMCapacity BrtOUU’mBAMonthlyTotalResourceCPMCapacityDesignatedQuantity BrtOUU’m
3.6.1.5BAMonthlyResourceAvailabilityCPMCapacity
BAMonthlyResourceAvailabilityCPMCapacity BrtOUU’m =
BAHourlyResourceAvailabilityCPMCapacity BrtOUU’mdh
3.6.1.6BAHourlyResourceAvailabilityCPMCapacity
BAHourlyResourceAvailabilityCPMCapacity BrtOUU’mdh =
MAX(BAHourlyResourceTotalGenericRACPMCapacityQuantity BrtUU’mdh, BAHourlyResourceFlexibleCPMCapacityDesignatedQuantity BrtUU’mdh)
Where Exists BAHourlyResourceCPMCapacityDesignatedQty BrtOUU’mdh
3.6.1.43.6.1.7BAMonthlyResourceCPMCapacityDesignatedQuantityBrtOUU’m=
MAX (BAHourlyResourceCPMCapacityDesignatedQty BrtOUU’mdhBADailyResourceCPMCapacityDesignatedQuantity BrtOUU’md)
3.6.1.5BADailyResourceCPMCapacityDesignatedQuantity BrtOUU’md = MAX (BAHourlyResourceCPMCapacityDesignatedQty BrtOUU’mdh)
3.6.1.63.6.1.8BAMonthlyResourceCPMRetroCompCapacityDesignatedQuantity BrtOUU’m=
MAX ( BADailyResourceCPMRetroCompCapacityDesignatedQuantity BrtOUU’md)
3.6.1.73.6.1.9BADailyResourceCPMRetroCompCapacityDesignatedQuantityBrtOUU’md =
MAX (BAHourlyResourceCPMRetroCompCapacityDesignatedQty BrtOUU’mdh)
3.6.1.83.6.1.10BAMonthlyTotalResourceCPMCapacityDesignatedQuantityBrtOUU’m = BAHourlyResourceCPMCapacityDesignatedQtyBrtOUU’mdh
3.6.1.93.6.1.11BAMonthlyResourceCPMForcedOutageCapacityQuantityBrtOUU’m=Min (BAHourlyResourceCPMForcedOutageCapacityQtyBrtmdh,BAHourlyResourceAvailabilityCPMCapacity BrtOUU’mdhBAHourlyResourceCPMCapacityDesignatedQty BrtOUU’mdh)
3.6.1.12BAMonthlyResourceCPMPlannedOutageCapacityQuantity BrtOUU’m =
Min (BAHourlyResourceCPMPlannedOutageCapacityQtyBrtmdh, BAHourlyResourceAvailabilityCPMCapacity BrtOUU’mdhBAHourlyResourceCPMCapacityDesignatedQty BrtOUU’mdh)
3.6.2CPM Settlement MW Determination
3.6.2.1BAMonthlyResourceCPMPaymentMWQuantity
BAMonthlyResourceCPMPaymentMWQuantity BrtOUU’m =
MAX (BAHourlyResourceCPMPaymentMWQuantity BrtOUU’mdh)
3.6.2.2BAHourlyResourceCPMPaymentMWQuantity
BAHourlyResourceCPMPaymentMWQuantity BrtOUU’mdh =
(BAHourlyResourceCPMCapacityDesignatedQty BrtOUU’mdh / BAHourlyResourceTotalGenericRACPMCapacityQuantity BrtUU’mdh) * BAHourlyNonOverlappingCPMQuantity BrtUU’mdh
Where O > ‘FRDEF’
Implementation note: Use BAHourlyResourceCPMCapacityDesignatedQty BrtOUU’mdh as bill determinant equation driver.
3.6.2.3BAHourlyNonOverlappingCPMQuantity
BAHourlyNonOverlappingCPMQuantity BrtUU’mdh =
MAX(0, BAHourlyResourceTotalGenericRACPMCapacityQuantity BrtUU’mdh - BAHourlyResourceFlexibleCPMCapacityDesignatedQuantity BrtUU’mdh)
3.6.2.4BAHourlyResourceTotalGenericRACPMCapacityQuantity
BAHourlyResourceTotalGenericRACPMCapacityQuantity BrtUU’mdh =
(BAHourlyResourceCPMCapacityDesignatedQty BrtOUU’mdh + BAHourlyResourceCPMRetroCompCapacityDesignatedQty BrtOUU’mdh)
Where O ‘FRDEF’
3.6.2.5BAHourlyResourceFlexibleCPMCapacityDesignatedQuantity
BAHourlyResourceFlexibleCPMCapacityDesignatedQuantity BrtUU’mdh =
BAHourlyResourceCPMCapacityDesignatedQty BrtOUU’mdh
Where O = ‘FRDEF’
3.6.3CPM Allocation Factor & Allocation Amount
3.6.3.1CAISOMonthlyTotalCPMAllocationSettlementAmount
CAISOMonthlyTotalCPMAllocationSettlementAmount OUU’m =
BAMonthlyResourceCPMAllocationSettlementAmount BrtOUU’m
3.6.3.2BAMonthlyResourceCPMAllocationSettlementAmount
BAMonthlyResourceCPMAllocationSettlementAmount BrtOUU’m =
BAMonthlyResourceCPMSettlementAmount BrtUU’m * BAMonthlyResourceCPMAllocationFactor BrtOUU’m
3.6.3.3BAMonthlyResourceCPMSettlementAmount =
BAMonthlyResourceCPMSettlementAmount BrtUU’m =
(BAMonthlyResourceCPMSigEventCapacitySettlementAmount BrtOUU’m + BAMonthlyResourceCPMLocalCapacitySettlementAmount BrtOUU’m + BAMonthlyResourceCPMColDefCapacitySettlementAmount BrtOUU’m + BAMonthlyResourceCPMExcepDispCapacitySettlementAmount BrtOUU’m + BAMonthlyResourceCPMRiskOfRetCapacitySettlementAmount BrtOUU’m + BAMonthlyResourceCPMInsufRACapacitySettlementAmount BrtOUU’m + BAMonthlyResourceCPMFlexibleRACapacitySettlementAmount BrtOUU’m)
3.6.3.4BAMonthlyResourceCPMAllocationFactor
BAMonthlyResourceCPMAllocationFactor BrtOUU’m =
BAMonthlyTotalResourceCPMCapacityDesignatedQuantity BrtOUU’m / BAMonthlyTotalResourceCPMCapacityQuantity BrtUU’m
3.6.3.5BAMonthlyTotalResourceCPMCapacityQuantity
BAMonthlyTotalResourceCPMCapacityQuantity BrtUU’m =
BAMonthlyTotalResourceCPMCapacityDesignatedQuantity BrtOUU’m
3.6.4CPM factor for deficient RA plan allocation
3.6.4.1BAMonthlyCPMLocalDeficiencyAllocationFactor BOUU’m
BAMonthlyCPMLocalDeficiencyAllocationFactor BOUU’m =
BAMonthlyDeficientRAPlanQty BOUU’m / MonthlyCPMLocalDeficiencyQuantity UU’m
Where O = LOCAL1, LOCAL2, LOCAL3, LOCAL4
3.6.4.2MonthlyCPMLocalDeficiencyQuantity UU’m
MonthlyCPMLocalDeficiencyQuantity UU’m =
BAMonthlyDeficientRAPlanQty BOUU’m
Where O = LOCAL1, LOCAL2, LOCAL3, LOCAL4
3.6.4.3BAMonthlyCPMInsufficientResourceAdequacyAllocationFactor BOUU’m
BAMonthlyCPMInsufficientResourceAdequacyAllocationFactor BOUU’m =
BAMonthlyDeficientRAPlanQty BOUU’m / MonthlyCPMInsufficientRADeficiencyQuantity UU’m
Where O = (CADEF1, CADEF2, CADEF3, CADEF4, CADEF5, CADEF6, CADEF7, CADEF8, CADEF9, CADEF10, CADEF11, CADEF12, CADEF13, CADEF14, CADEF15)
Please note that this will be accomplished in the design with an exclusion of other CPM designation types.
3.6.4.4MonthlyCPMInsufficientRADeficiencyQuantity UU’m
MonthlyCPMInsufficientRADeficiencyQuantity UU’m =
BAMonthlyDeficientRAPlanQty BOUU’m
Where O = (CADEF1, CADEF2, CADEF3, CADEF4, CADEF5, CADEF6, CADEF7, CADEF8, CADEF9, CADEF10, CADEF11, CADEF12, CADEF13, CADEF14, CADEF15)
Please note that this will be accomplished in the design with an exclusion of other CPM designation types.
3.6.4.5BAMonthlyCPMFlexibleResourceAdequacyAllocationFactor BOUU’m
BAMonthlyCPMFlexibleResourceAdequacyAllocationFactor BOUU’m =
BAMonthlyDeficientRAPlanQty BOUU’m / MonthlyCPMFlexibleRADeficiencyQuantity UU’m
Where O = FRDEF
3.6.4.6MonthlyCPMFlexibleRADeficiencyQuantity UU’m
MonthlyCPMFlexibleRADeficiencyQuantity UU’m =
BAMonthlyDeficientRAPlanQty BOUU’m
Where O = FRDEF
3.6.23.6.5CPM Settlement Price Determination
3.6.5.1IF
BAMonthlyResourceCPMCapacityDesignatedQuantity BrtOUU’m > 0
THEN
BAMonthlyResourceCPMCalculatedPrice Brtm = Max (CAISOMonthlyCPMCapacityPaymentCalculatedPricem, BAMonthlyResourceCPMCalculatedFERCApprovedPrice Brtm)
ELSE
BAMonthlyResourceCPMCalculatedPrice Brtm = WHERE
BAMonthlyResourceCPMPaymentMWQuantity BrtOUU’m BAMonthlyResourceCPMCapacityDesignatedQuantity BrtOUU’m BAMonthlyResourceCPMCapacityDesignatedQuantity BrtOUU’m > 00
3.6.2.13.6.5.2CAISOMonthlyCPMCapacityPaymentCalculatedPricem=(1/12) * CAISOYearlyCPMCapacityPaymentPrice y
3.6.2.23.6.5.3BAMonthlyResourceCPMCalculatedFERCApprovedPriceBrtm =(1/12) *BAYearlyResourceSpecificCPMFERCApprovedPriceBrty
3.6.33.6.6Metered Demand Over TAC Area Determination for CPM
3.6.3.13.6.6.1BAMonthlyCPMMeteredTACControlAreaDemandMinusBalancedTORAllocFactorBOUU’m =BAMonthlyCPMMeteredTACControlAreaDemandMinusBalancedTORQuantityBOUU’m /CAISOMonthlyCPMMeteredTACControlAreaDemandMinusBalancedTORQuantityOUU’m
3.6.3.23.6.6.2CAISOMonthlyCPMMeteredTACControlAreaDemandMinusBalancedTORQuantityOUU’m =CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v in (TAC_NORTH, TAC_ECNTR, TAC_SOUTH, TAC_NCNTR)
3.6.3.33.6.6.3BAMonthlyCPMMeteredTACControlAreaDemandMinusBalancedTORQuantityBOUU’m =BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v in (TAC_NORTH, TAC_ECNTR, TAC_SOUTH, TAC_NCNTR)
3.6.3.43.6.6.4BAMonthlyCPMMeteredTACECentralSouthAreaNCentralDemandMinusBalancedTORAllocFactorBOUU’m= BAMonthlyCPMMeteredTACECentralSouthAreaNCentralDemandMinusBalancedTORQuantityBOUU’m/ CAISOMonthlyCPMMeteredTACECentralSouthAreaNCentralDemandMinusBalancedTORQuantityOUU’m
3.6.3.53.6.6.5CAISOMonthlyCPMMeteredTACECentralSouthAreaNCentralDemandMinusBalancedTORQuantityOUU’m =CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v in (TAC_ECNTR, TAC_SOUTH, TAC_NCNTR)
3.6.3.63.6.6.6BAMonthlyCPMMeteredTACECentralSouthAreaNCentralDemandMinusBalancedTORQuantity BOUU’m =BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v in (TAC_ECNTR, TAC_SOUTH, TAC_NCNTR)
3.6.3.73.6.6.7BAMonthlyCPMMeteredTACNorthSouthAreaNCentralDemandMinusBalancedTORAllocFactorBOUU’m=BAMonthlyCPMMeteredTACNorthSouthAreaNCentralDemandMinusBalancedTORQuantityBOUU’m / CAISOMonthlyCPMMeteredTACNorthSouthAreaNCentralDemandMinusBalancedTORQuantityOUU’m
3.6.3.83.6.6.8CAISOMonthlyCPMMeteredTACNorthSouthAreaNCentralDemandMinusBalancedTORQuantityOUU’m=CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v in (TAC_NORTH, TAC_SOUTH, TAC_NCNTR)
3.6.3.93.6.6.9BAMonthlyCPMMeteredTACNorthSouthAreaNCentralDemandMinusBalancedTORQuantityBOUU’m=BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v in (TAC_NORTH, TAC_SOUTH, TAC_NCNTR)
3.6.3.103.6.6.10BAMonthlyCPMMeteredTACNorthECentralAreaNCentralDemandMinusBalancedTORAllocFactorBOUU’m=BAMonthlyCPMMeteredTACNorthECentralAreaNCentralDemandMinusBalancedTORQuantityBOUU’m/CAISOMonthlyCPMMeteredTACNorthECentralAreaNCentralDemandMinusBalancedTORQuantityOUU’m
3.6.3.113.6.6.11CAISOMonthlyCPMMeteredTACNorthECentralAreaNCentralDemandMinusBalancedTORQuantityOUU’m= CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v in (TAC_NORTH, TAC_ECNTR, TAC_NCNTR)
3.6.3.123.6.6.12BAMonthlyCPMMeteredTACNorthECentralAreaNCentralDemandMinusBalancedTORQuantityBOUU’m=BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v in (TAC_NORTH, TAC_ECNTR, TAC_NCNTR)
3.6.3.133.6.6.13BAMonthlyCPMMeteredTACNorthECentralSouthAreaDemandMinusBalancedTORAllocFactorBOUU’m =BAMonthlyCPMMeteredTACNorthECentralSouthAreaDemandMinusBalancedTORQuantityBOUU’m /CAISOMonthlyCPMMeteredTACNorthECentralSouthAreaDemandMinusBalancedTORQuantityOUU’m
3.6.3.143.6.6.14CAISOMonthlyCPMMeteredTACNorthECentralSouthAreaDemandMinusBalancedTORQuantityOUU’m =CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v in (TAC_NORTH, TAC_ECNTR, TAC_SOUTH)
3.6.3.153.6.6.15BAMonthlyCPMMeteredTACNorthECentralSouthAreaDemandMinusBalancedTORQuantityBOUU’m =BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v in (TAC_NORTH, TAC_ECNTR, TAC_SOUTH)
3.6.3.163.6.6.16BAMonthlyCPMMeteredTACSouthAreaNCentralDemandMinusBalancedTORAllocFactorBOUU’m =BAMonthlyCPMMeteredTACSouthAreaNCentralDemandMinusBalancedTORQuantityBOUU’m /CAISOMonthlyCPMMeteredTACSouthAreaNCentralDemandMinusBalancedTORQuantityOUU’m
3.6.3.173.6.6.17CAISOMonthlyCPMMeteredTACSouthAreaNCentralDemandMinusBalancedTORQuantityOUU’m =CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v in (TAC_SOUTH, TAC_NCNTR)
3.6.3.183.6.6.18BAMonthlyCPMMeteredTACSouthAreaNCentralDemandMinusBalancedTORQuantityBOUU’m =BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v in (TAC_SOUTH, TAC_NCNTR)
3.6.3.193.6.6.19BAMonthlyCPMMeteredTACECentralAreaNCentralDemandMinusBalancedTORAllocFactorBOUU’m =BAMonthlyCPMMeteredTACECentralAreaNCentralDemandMinusBalancedTORQuantityBOUU’m /CAISOMonthlyCPMMeteredTACECentralAreaNCentralDemandMinusBalancedTORQuantityOUU’m
3.6.3.203.6.6.20CAISOMonthlyCPMMeteredTACECentralAreaNCentralDemandMinusBalancedTORQuantityOUU’m =CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v in ( TAC_ECNTR, TAC_NCNTR)
3.6.3.213.6.6.21BAMonthlyCPMMeteredTACECentralAreaNCentralDemandMinusBalancedTORQuantityBOUU’m =BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v in (TAC_ECNTR, TAC_NCNTR)
3.6.3.223.6.6.22BAMonthlyCPMMeteredTACNorthAreaNCentralDemandMinusBalancedTORAllocFactorBOUU’m =BAMonthlyCPMMeteredTACNorthAreaNCentralDemandMinusBalancedTORQuantityBOUU’m /CAISOMonthlyCPMMeteredTACNorthAreaNCentralDemandMinusBalancedTORQuantityOUU’m
3.6.3.233.6.6.23CAISOMonthlyCPMMeteredTACNorthAreaNCentralDemandMinusBalancedTORQuantityOUU’m =CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v in (TAC_NORTH, TAC_NCNTR)
3.6.3.243.6.6.24BAMonthlyCPMMeteredTACNorthAreaNCentralDemandMinusBalancedTORQuantityBOUU’m=BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v in (TAC_NORTH, TAC_NCNTR)
3.6.3.253.6.6.25BAMonthlyCPMMeteredTACECentralSouthAreaDemandMinusBalancedTORAllocFactorBOUU’m= BAMonthlyCPMMeteredTACECentralSouthAreaDemandMinusBalancedTORQuantityBOUU’m/ CAISOMonthlyCPMMeteredTACECentralSouthAreaDemandMinusBalancedTORQuantityOUU’m
3.6.3.263.6.6.26CAISOMonthlyCPMMeteredTACECentralSouthAreaDemandMinusBalancedTORQuantityOUU’m =CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v in (TAC_ECNTR, TAC_SOUTH)
3.6.3.273.6.6.27BAMonthlyCPMMeteredTACECentralSouthAreaDemandMinusBalancedTORQuantityBOUU’m=BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v in (TAC_ECNTR, TAC_SOUTH)
3.6.3.283.6.6.28BAMonthlyCPMMeteredTACNorthSouthAreaDemandMinusBalancedTORAllocFactorBOUU’m=BAMonthlyCPMMeteredTACNorthSouthAreaDemandMinusBalancedTORQuantityBOUU’m / CAISOMonthlyCPMMeteredTACNorthSouthAreaDemandMinusBalancedTORQuantityOUU’m
3.6.3.293.6.6.29CAISOMonthlyCPMMeteredTACNorthSouthAreaDemandMinusBalancedTORQuantityOUU’m=CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v in (TAC_NORTH, TAC_SOUTH)
3.6.3.303.6.6.30BAMonthlyCPMMeteredTACNorthSouthAreaDemandMinusBalancedTORQuantityBOUU’m=BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v in (TAC_NORTH, TAC_SOUTH)
3.6.3.313.6.6.31BAMonthlyCPMMeteredTACNorthECentralAreaDemandMinusBalancedTORAllocFactorBOUU’m=BAMonthlyCPMMeteredTACNorthECentralAreaDemandMinusBalancedTORQuantityBOUU’m/CAISOMonthlyCPMMeteredTACNorthECentralAreaDemandMinusBalancedTORQuantityOUU’m
3.6.3.323.6.6.32CAISOMonthlyCPMMeteredTACNorthECentralAreaDemandMinusBalancedTORQuantityOUU’m= CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v in (TAC_NORTH, TAC_ECNTR)
3.6.3.333.6.6.33BAMonthlyCPMMeteredTACNorthECentralAreaDemandMinusBalancedTORQuantityBOUU’m=BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v in (TAC_NORTH, TAC_ECNTR)
3.6.3.343.6.6.34BAMonthlyCPMMeteredTACNCentralDemandMinusBalancedTORAllocFactorBOUU’m =BAMonthlyCPMMeteredTACNCentralDemandMinusBalancedTORQuantityBOUU’m /CAISOMonthlyCPMMeteredTACNCentralDemandMinusBalancedTORQuantityOUU’m
3.6.3.353.6.6.35CAISOMonthlyCPMMeteredTACNCentralDemandMinusBalancedTORQuantityOUU’m =CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v = TAC_NCNTR
3.6.3.363.6.6.36BAMonthlyCPMMeteredTACNCentralDemandMinusBalancedTORQuantityBOUU’m=BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v = TAC_NCNTR
3.6.3.373.6.6.37BAMonthlyCPMMeteredTACSouthAreaDemandMinusBalancedTORAllocFactorBOUU’m =BAMonthlyCPMMeteredTACSouthAreaDemandMinusBalancedTORQuantityBOUU’m /CAISOMonthlyCPMMeteredTACSouthAreaDemandMinusBalancedTORQuantityOUU’m
3.6.3.383.6.6.38CAISOMonthlyCPMMeteredTACSouthAreaDemandMinusBalancedTORQuantityOUU’m =CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v = TAC_SOUTH
3.6.3.393.6.6.39BAMonthlyCPMMeteredTACSouthAreaDemandMinusBalancedTORQuantityBOUU’m =BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v = TAC_SOUTH
3.6.3.403.6.6.40BAMonthlyCPMMeteredTACECentralAreaDemandMinusBalancedTORAllocFactorBOUU’m =BAMonthlyCPMMeteredTACECentralAreaDemandMinusBalancedTORQuantityBOUU’m /CAISOMonthlyCPMMeteredTACECentralAreaDemandMinusBalancedTORQuantityOUU’m
3.6.3.413.6.6.41CAISOMonthlyCPMMeteredTACECentralAreaDemandMinusBalancedTORQuantityOUU’m =CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v = TAC_ECNTR
3.6.3.423.6.6.42BAMonthlyCPMMeteredTACECentralAreaDemandMinusBalancedTORQuantityBOUU’m =BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v = TAC_ECNTR
3.6.3.433.6.6.43BAMonthlyCPMMeteredTACNorthAreaDemandMinusBalancedTORAllocFactorBOUU’m =BAMonthlyCPMMeteredTACNorthAreaDemandMinusBalancedTORQuantityBOUU’m /CAISOMonthlyCPMMeteredTACNorthAreaDemandMinusBalancedTORQuantityOUU’m
3.6.3.443.6.6.44CAISOMonthlyCPMMeteredTACNorthAreaDemandMinusBalancedTORQuantityOUU’m =CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm
WHERE v = TAC_NORTH
3.6.3.453.6.6.45BAMonthlyCPMMeteredTACNorthAreaDemandMinusBalancedTORQuantityBOUU’m=BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
WHERE v = TAC_NORTH
3.6.43.6.7CPM Metered Demand Over Control Area Minus TOR Contract Rights Determination
3.6.4.13.6.7.1CAISOMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityOUU’vm=BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm
3.6.4.23.6.7.2BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm=BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQtyBOUU’vm
3.6.4.33.6.7.3BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQtyBOUU’vm=BADailyMeteredTACAreaDemandMinusBalancedTORQuantityBvmd
The BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQtyBOUU’vm is an output from a View where the monthly summation of daily metered demand BADailyMeteredTACAreaDemandMinusBalancedTORQuantityBvmd is done only for Exceptional Dispatch Type, the Bill period start date and the Bill period end date (O, U, U’) acquired from the daily CPM capacity designated quantity (BADailyResourceCPMCapacityDesignatedQuantity BrtOUU’md) using each unique combination of O, U and U’ for which CPM capacity has been designated over the Trading Month, and where v is an allocated TAC Area associated with O. As noted in Section 2.2 (Description), there may be more than one value of v associated with a particular value of O. The view output BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQtyBOUU’vm will be reported as BAMonthlyCPMMeteredTACAreaDemandMinusBalancedTORQuantityBOUU’vm.
3.6.4.43.6.7.4BADailyMeteredTACAreaDemandMinusBalancedTORQuantityBvmd = (BAHourlyMeteredTACAreaDemandMinusBalancedTORQuantityBvmdh- BAHourlyMeteredTACAreaAdditionalCapacityProcuredQty Bvmdh)
3.6.53.6.8Metered Demand Over Control Area Minus TOR Contract Rights Determination
3.6.5.13.6.8.1CAISOMonthlyMeteredTACControlAreaDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACControlAreaDemandMinusBalancedTORQuantityBm
3.6.5.23.6.8.2CAISOMonthlyMeteredTACECentralSouthNCentralDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACECentralSouthNCentralDemandMinusBalancedTORQuantityBm
3.6.5.33.6.8.3CAISOMonthlyMeteredTACNorthSouthNCentralDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACNorthSouthNCentralDemandMinusBalancedTORQuantityBm
3.6.5.43.6.8.4CAISOMonthlyMeteredTACNorthECentralNCentralDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACNorthECentralNCentralDemandMinusBalancedTORQuantityBm
3.6.5.53.6.8.5CAISOMonthlyMeteredTACNorthECentralSouthDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACNorthECentralSouthDemandMinusBalancedTORQuantityBm
3.6.5.63.6.8.6CAISOMonthlyMeteredTACSouthNCentralDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACSouthNCentralDemandMinusBalancedTORQuantityBm
3.6.5.73.6.8.7CAISOMonthlyMeteredTACECentralNCentralDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACECentralNCentralDemandMinusBalancedTORQuantityBm
3.6.5.83.6.8.8CAISOMonthlyMeteredTACNorthNCentralDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACNorthNCentralDemandMinusBalancedTORQuantityBm
3.6.5.93.6.8.9CAISOMonthlyMeteredTACECentralSouthDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACECentralSouthDemandMinusBalancedTORQuantityBm
3.6.5.103.6.8.10CAISOMonthlyMeteredTACNorthSouthDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACNorthSouthDemandMinusBalancedTORQuantityBm
3.6.5.113.6.8.11CAISOMonthlyMeteredTACNorthECentralDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACNorthECentralDemandMinusBalancedTORQuantityBm
3.6.5.123.6.8.12CAISOMonthlyMeteredTACNCentralDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACNCentralDemandMinusBalancedTORQuantityBm
3.6.5.133.6.8.13CAISOMonthlyMeteredTACSouthDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACSouthDemandMinusBalancedTORQuantityBm
3.6.5.143.6.8.14CAISOMonthlyMeteredTACECentralDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACECentralDemandMinusBalancedTORQuantityBm
3.6.5.153.6.8.15CAISOMonthlyMeteredTACNorthDemandMinusBalancedTORQuantitym=BAMonthlyMeteredTACNorthDemandMinusBalancedTORQuantityBm
3.6.5.163.6.8.16BAMonthlyMeteredTACControlAreaDemandMinusBalancedTORQuantityBm=BADailyMeteredTACControlAreaDemandMinusBalancedTORQuantityBmd
3.6.5.173.6.8.17BAMonthlyMeteredTACECentralSouthNCentralDemandMinusBalancedTORQuantityBm=BADailyMeteredTACECentralSouthNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.183.6.8.18BAMonthlyMeteredTACNorthSouthNCentralDemandMinusBalancedTORQuantityBm=BADailyMeteredTACNorthSouthNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.193.6.8.19BAMonthlyMeteredTACNorthECentralNCentralDemandMinusBalancedTORQuantityBm=BADailyMeteredTACNorthECentralNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.203.6.8.20BAMonthlyMeteredTACNorthECentralSouthDemandMinusBalancedTORQuantityBm=BADailyMeteredTACNorthECentralSouthDemandMinusBalancedTORQuantityBmd
3.6.5.213.6.8.21BAMonthlyMeteredTACSouthNCentralDemandMinusBalancedTORQuantityBm=BADailyMeteredTACSouthNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.223.6.8.22BAMonthlyMeteredTACECentralNCentralDemandMinusBalancedTORQuantityBm=BADailyMeteredTACECentralNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.233.6.8.23BAMonthlyMeteredTACNorthNCentralDemandMinusBalancedTORQuantityBm=BADailyMeteredTACNorthNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.243.6.8.24BAMonthlyMeteredTACECentralSouthDemandMinusBalancedTORQuantityBm=BADailyMeteredTACECentralSouthDemandMinusBalancedTORQuantityBmd
3.6.5.253.6.8.25BAMonthlyMeteredTACNorthSouthDemandMinusBalancedTORQuantityBm=BADailyMeteredTACNorthSouthDemandMinusBalancedTORQuantityBmd
3.6.5.263.6.8.26BAMonthlyMeteredTACNorthECentralDemandMinusBalancedTORQuantityBm=BADailyMeteredTACNorthECentralDemandMinusBalancedTORQuantityBmd
3.6.5.273.6.8.27BAMonthlyMeteredTACNCentralDemandMinusBalancedTORQuantityBm=BADailyMeteredTACNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.283.6.8.28BAMonthlyMeteredTACSouthDemandMinusBalancedTORQuantityBm=BADailyMeteredTACSouthDemandMinusBalancedTORQuantityBmd
3.6.5.293.6.8.29BAMonthlyMeteredTACECentralDemandMinusBalancedTORQuantityBm=BADailyMeteredTACECentralDemandMinusBalancedTORQuantityBmd
3.6.5.303.6.8.30BAMonthlyMeteredTACNorthDemandMinusBalancedTORQuantityBm=BADailyMeteredTACNorthDemandMinusBalancedTORQuantityBmd
3.6.5.313.6.8.31CAISODailyMeteredTACControlAreaDemandMinusBalancedTORQuantitymd=BADailyMeteredTACControlAreaDemandMinusBalancedTORQuantityBmd
3.6.5.323.6.8.32CAISODailyMeteredTACECentralSouthNCentralDemandMinusBalancedTORQuantitymd=BADailyMeteredTACECentralSouthNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.333.6.8.33CAISODailyMeteredTACNorthSouthNCentralDemandMinusBalancedTORQuantitymd=BADailyMeteredTACNorthSouthNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.343.6.8.34CAISODailyMeteredTACNorthECentralNCentralDemandMinusBalancedTORQuantitymd=BADailyMeteredTACNorthECentralNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.353.6.8.35CAISODailyMeteredTACNorthECentralSouthDemandMinusBalancedTORQuantitymd=BADailyMeteredTACNorthECentralSouthDemandMinusBalancedTORQuantityBmd
3.6.5.363.6.8.36CAISODailyMeteredTACSouthNCentralDemandMinusBalancedTORQuantitymd=BADailyMeteredTACSouthNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.373.6.8.37CAISODailyMeteredTACECentralNCentralDemandMinusBalancedTORQuantitymd=BADailyMeteredTACECentralNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.383.6.8.38CAISODailyMeteredTACNorthNCentralDemandMinusBalancedTORQuantitymd=BADailyMeteredTACNorthNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.393.6.8.39CAISODailyMeteredTACECentralSouthDemandMinusBalancedTORQuantitymd=BADailyMeteredTACECentralSouthDemandMinusBalancedTORQuantityBmd
3.6.5.403.6.8.40CAISODailyMeteredTACNorthSouthDemandMinusBalancedTORQuantitymd=BADailyMeteredTACNorthSouthDemandMinusBalancedTORQuantityBmd
3.6.5.413.6.8.41CAISODailyMeteredTACNorthECentralDemandMinusBalancedTORQuantitymd=BADailyMeteredTACNorthECentralDemandMinusBalancedTORQuantityBmd
3.6.5.423.6.8.42CAISODailyMeteredTACNCentralDemandMinusBalancedTORQuantitymd=BADailyMeteredTACNCentralDemandMinusBalancedTORQuantityBmd
3.6.5.433.6.8.43CAISODailyMeteredTACSouthDemandMinusBalancedTORQuantitymd=BADailyMeteredTACSouthDemandMinusBalancedTORQuantityBmd
3.6.5.443.6.8.44CAISODailyMeteredTACECentralDemandMinusBalancedTORQuantitymd=BADailyMeteredTACECentralDemandMinusBalancedTORQuantityBmd
3.6.5.453.6.8.45CAISODailyMeteredTACNorthDemandMinusBalancedTORQuantitymd=BADailyMeteredTACNorthDemandMinusBalancedTORQuantityBmd
3.6.5.463.6.8.46BADailyMeteredTACControlAreaDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACControlAreaDemandMinusBalancedTORQuantityBmdh
3.6.5.473.6.8.47BADailyMeteredTACECentralSouthNCentralDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACECentralSouthNCentralDemandMinusBalancedTORQuantityBmdh
3.6.5.483.6.8.48BADailyMeteredTACNorthSouthNCentralDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACNorthSouthNCentralDemandMinusBalancedTORQuantityBmdh
3.6.5.493.6.8.49BADailyMeteredTACNorthECentralNCentralDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACNorthECentralNCentralDemandMinusBalancedTORQuantityBmdh
3.6.5.503.6.8.50BADailyMeteredTACNorthECentralSouthDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACNorthECentralSouthDemandMinusBalancedTORQuantityBmdh
3.6.5.513.6.8.51BADailyMeteredTACSouthNCentralDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACSouthNCentralDemandMinusBalancedTORQuantityBmdh
3.6.5.523.6.8.52BADailyMeteredTACECentralNCentralDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACECentralNCentralDemandMinusBalancedTORQuantityBmdh
3.6.5.533.6.8.53BADailyMeteredTACNorthNCentralDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACNorthNCentralDemandMinusBalancedTORQuantityBmdh
3.6.5.543.6.8.54BADailyMeteredTACECentralSouthDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACECentralSouthDemandMinusBalancedTORQuantityBmdh
3.6.5.553.6.8.55BADailyMeteredTACNorthSouthDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACNorthSouthDemandMinusBalancedTORQuantityBmdh
3.6.5.563.6.8.56BADailyMeteredTACNorthECentralDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACNorthECentralDemandMinusBalancedTORQuantityBmdh
3.6.5.573.6.8.57BADailyMeteredTACNCentralDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACNCentralDemandMinusBalancedTORQuantityBmdh
3.6.5.583.6.8.58BADailyMeteredTACSouthDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACSouthDemandMinusBalancedTORQuantityBmdh
3.6.5.593.6.8.59BADailyMeteredTACECentralDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACECentralDemandMinusBalancedTORQuantityBmdh
3.6.5.603.6.8.60BADailyMeteredTACNorthDemandMinusBalancedTORQuantityBmd=BAHourlyMeteredTACNorthDemandMinusBalancedTORQuantityBmdh
3.6.5.613.6.8.61BAHourlyMeteredTACControlAreaDemandMinusBalancedTORQuantityBmdh=BAHourlyMeteredTACAreaDemandMinusBalancedTORQuantityBvmdh
3.6.5.623.6.8.62BAHourlyMeteredTACECentralSouthNCentralDemandMinusBalancedTORQuantityBmdh=BAHourlyMeteredTACAreaDemandMinusBalancedTORQuantityBvmdh
WHERE
v IN (TAC_ECNTR, TAC_SOUTH, TAC_NCNTR)
3.6.5.633.6.8.63BAHourlyMeteredTACNorthSouthNCentralDemandMinusBalancedTORQuantityBmdh=BAHourlyMeteredTACAreaDemandMinusBalancedTORQuantityBvmdh
WHERE
v IN (TAC_NORTH, TAC_SOUTH, TAC_NCNTR)