Configuration Guide for: Day Ahead Residual Unit Commitment (RUC) Tier 1 Allocation / Date: 1108/3009/10
Settlements & Billing
BPM Configuration Guide:Day Ahead Residual Unit Commitment (RUC) Tier 1 Allocation
CC 6806
Version 5.32
Confidential / CAISO, 2018 / Page 1 of 26Settlements & Billing / Version: 5.32
Configuration Guide for: Day Ahead Residual Unit Commitment (RUC) Tier 1 Allocation / Date: 1108/3009/10
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 Date
1.Purpose of Document
The purpose of this document is to capture the requirements and design specification for a SaMC Charge Code in one document.
2.Introduction
2.1Background
There are two payments associated with the Day Ahead Residual Unit Commitment (RUC). One is the RUC Availability Payment at the RUC Price, and the other is the RUC Bid Cost Recovery (BCR).
During the Day Ahead Market, if the scheduled Demand is less than the CAISO's forecast, of CAISO Demand Residual Unit Commitment (RUC) Availability is procured to ensure that enough committed capacity is available and on line to meet the forecasted Demand. Awarded RUC capacity is paid at the RUC Price.
Bid Cost Recovery (BCR) is the process by which the CAISO ensures Scheduling Coordinators (SCs) are able to recover Start Up Costs (SUC), Minimum Load Costs (MLC), Transition Costs (TC), and Energy Bid Costs. In order to recover SUC and MLC, a Generating Unit, Pumped-Storage Unit, or resource-specific System Resource must be committed by the CAISO. Likewise, the CAISO must commit a Multi-Stage Generating Resource in order for it to receive TC compensation. Bid Cost recovery for Energy and Ancillary Services (A/S)Bids applies to Bid Cost Recovery Eligible Resources in general (for example, Generating Units, Pumped-Storage Units, Proxy Demand Resources, and System Resources) scheduled or dispatched by CAISO, independent of whether they are CAISO-committed or instead are self-committed.
For each resource, the total SUC, MLC, TC, Bid Costs, and market revenues from IFM, RUC, and RTM are netted together for each Settlement Interval. If the difference between the total costs and the market revenues is positive in the relevant market, then the net amount represents a Shortfall. If the difference is negative in the relevant market, the net amount represents a Surplus. For each resource or MSS entity that has elected net settlement, the IFM, RUC, and RTM Shortfalls and Surpluses are then netted over all hours of a Trading Day. As a result, surpluses from any of the CAISO markets offset any shortfalls from the other markets over the entire Trading Day. If the net Trading Day amount is positive (a Shortfall), the Scheduling Coordinator receives a BCR Uplift Payment equal to the net Trading Day amount.
While there is one Bid Cost Recovery payment per resource per day across all CAISO Markets, the methodology for allocation of RUC Compensation Costs per Trading Hour occurs intwo tiers. RUC Costs are first allocated in CC 6806 DA RUC Tier 1 Allocation based upon Net Negative CAISO Demand Deviation, and any remaining costs are allocated pro rata to metered CAISO Demand under CC 6807 DA RUC Tier 2 Allocation.
2.2Description
The RUC Compensation Costs (represented as CAISO Hourly Total RUC Allocation Amount) that are allocated to Scheduling Coordinators under CC 6806 DA RUC Tier 1 Allocation and CC 6807 DA RUC Tier 2 Allocationis the net of CAISO Hourly Total RUC Availability Payment (CC 6800), CAISO Hourly Total RUC Capacity Payment Rescission Settlement(CC 6824), and CAISO Hourly Total RUC Uplift Allocation Amount (generated by the Sequential Netting Pre-calc). The CAISO Hourly Total RUC Allocation Amount is allocated in two tiers as follows:
In the first tier, the CAISO Hourly Total RUC Allocation Amount is allocated to Business Associates based on their Net Negative CAISO Demand Deviation in the relevant Trading Hour. The Business Associate shall be charged an amount equal to the Net Negative CAISO Demand Deviation multiplied by the RUC Uplift Rate. The RUC Base Rate is the lower of CAISO Hourly Total RUC Allocation Amount divided by the Total Net Negative CAISO Demand in that Trading Hour or CAISO Hourly Total RUC Allocation Amount divided by the RUC Capacity in that Trading Hour.
Prior to the September 21, 2006 FERC Order, in the second tier, the Business Associate would have been charged an amount equal to any remaining CAISO Hourly Total RUC Allocation Amount in proportion to the Business Associate’s Measured Demand in any Trading Hour. With the FERC Order, the Business Associate shall be charged an amount in proportion to the Business Associate’s metered CAISO Demand in any Trading Hour as stated in Paragraph #171 of the FERC Order.
For MSS entities, regardless of gross or net settlement, that have elected to opt-out of RUC, RUC Compensation Costs will not be assessed to the MSS SC. MSS entities that have elected to opt-into RUC, regardless of gross or net settlement, RUC Uplift Costs will be assessed in the same manner as other non-MSS SCs.
3.Charge Code Requirements
3.1Business Rules
Bus Req ID / Business Rule1.0 / CAISO Hourly Total RUC Allocation Amount is allocated in two tiers.
1.1 / RUC Tier 1 is allocated to Business Associatesan amount equal to its Net Negative CAISO Demand Deviation multiplied by the RUC Base Rate.
1.1.1 / The RUC Base Rate is the minimum of the CAISO Hourly Total RUC Allocation Amount divided by the Total Net Negative CAISO Demand in that Trading Hour or the CAISO Hourly Total RUC Allocation Amount divided by the RUC Capacity in that Trading Hour.
1.1.2 / The CAISO Hourly Total RUC Allocation Amount is the net of CAISO Hourly Total RUC Availability Payment, CAISO Hourly Total RUC NoPay, and CAISO Hourly Total RUC Uplift Allocation Amount.
2.0 / If a MSS has elected to opt-out of the RUC process, regardless of gross or net settlement,the MSS SC will not be allocated RUC Compensation Costs under CC 6806 DA RUC Tier 1 Allocation and CC 6807 DA RUC Tier 2 Allocation.
2.1 / n/a
2.2 / For MSS operators that have opted-in the RUC process, regardless of gross or net settlement, Tier-1 allocation to a MSS SC will be performed in the same manner as a non-MSS SC.
3.0 / Per 6/20/2008 FERC Order, Participating Loads shall be subject to RUC Tier1 Allocation costs.
4.0 / PTB logic does not apply.
5.0 / The adjusted LSE meter quantity will be included in the calculation of Net Negative CAISO Demand Deviation for LSE’s Load resources associated with PDR.
3.2Predecessor Charge Codes
Charge Code/ Pre-calc NamePre-calc – Bid Cost Recovery Sequential Netting
CC 6800 Day Ahead Residual Unit Commitment (RUC) Availability Settlement
CC 6824 Residual Unit Commitment (RUC) Capacity Payment Rescission Settlement
Pre-calc – Measured Demand Over Control Area
3.3Successor Charge Codes
Charge Code/ Pre-calc NameCC 6807 – Day Ahead Residual Unit Commitment (RUC) Tier 2 Allocation
3.4 Inputs – External Systems
Row # / Variable Name / Description1 / RUCAwardedQty BrtuT'I'M'VL'W'R'F'S'h / The awarded RUC MW quantity above minimum load that is eligible for RUC payment by Business Associate B, Resource ID r, Resource Type t, UDC Index u, Entity Type T’, Gross/Net FlagI’, MSS Subgroup M’, RUC Participation Flag V, Load Following Flag L’, MSS Emission Pay Flag W’, Penalty Resource R’, Entity Component Type F’, Entity Component Subtype S’, and Trading Hour h.
2 / DALoadScheduleBrtuT’I’M’AA’R’pW’F’S’vVL’h / DA Load Schedule (provided by IFM) for Business Associate B, Resource r, Resource type t, UDC Index u, Entity Type T’, MSS Gross/Net Energy Settlement Type I’, and MSS Subgroup M’, APN_ID A, APN Type A’, Penalty Resource ID R’, Price Node ID p, MSS Emission Pay Flag W’, Entity Component Type F’, Entity Component Subtype S’, TAC Area ID v, RUC Participation Flag V, Load Following Flag L’, and Trading Hour h. DA Load Schedule Quantity is a mapped as a negative value..
3 / DARUCTier1ExemptionFlag Br / Flag indicating an exceptionto RUC Tier 1 Allocation for a given combination of Business Associate B and Resource r. When the exception is true (represented by “1”), then the resource shall be excluded from the calculation of RUCUpliftMW Bh.
4 / BusinessAssociateRUCTier1ExemptionFlag B / Flag indicating an exception to RUC Tier 1 Allocation for a given Business Associate B. When the exception is true (represented by “1”), then the Business Associate shall be excluded from the calculation of RUCUpliftMW Bh.
5 / RTMPumpingCostFlag BrtuT’I’M’F’S’hi / Indicates RTM Pumping Costs for a settlement interval are qualified for cost compensation (provided by MQS) for Business Associate ID B, Resource ID r, Resource Type t , UDC Index u, Entity Type T’, MSS Gross/Net Energy Settlement Type I’, MSS Subgroup M’, Commitment Period O’, Entity Component Type F’, EntityComponentSubtype S’, Trading Hour h, and Settlement Interval i. Qualified = 1, Not qualified = 0.
6 / DAPumpingEnergy BrtuT’I’M’VL’W’R’F’S’hif / Day Ahead Pump Energy Quantity bid above Self Schedule for Business Associate B, Resource r, Resource Type t UDC Index u, Entity Type T’, MSS Gross/Net Energy Settlement Type I’, MSS Subgroup M’, RUC Participation Flag V, Load Following Flag L’, MSS Emission Pay Flag W’, Penalty Resource ID R’, Entity Component Type F’, Entity Component Subtype S’, Trading Hour h, Settlement Interval i, and Dispatch Interval f.
7 / DispatchIntervalPDRLoadAggregateAdjustmentQuantity BrtuT’I’M’R’W’F’S’VL'hif / PDR Load Adjustment Quantity (provided by DR Application System) for Business Associate B, Resource r, Resource Type t,UDC Index u, Entity Type T’, MSS Gross/Net Energy Settlement Type I’, MSS Subgroup M’, Penalty Resource ID R’, MSS Emission Pay Flag W’, Entity Component Type F’, Entity Component Subtype S’, RUC Participation Flag V, Load Following Flag L’, Trading Hour h, Settlement Interval i, and Dispatch Interval f.
8 / MeasuredDemandControlAreaExceptions6FlagBrt / Flag indicating an exception to RUC Tier 1 Allocation for a given combination of Business Associate B and Resource r. When the exception is true (represented by “1”), then the resource shall be excluded from the calculation of RUCUpliftMW Bh.
This exception is utilized under the Measured Demand Over Control Area Pre-Calculation and is utilized in RUC Tier 1 Allocation to uniformly apply Exceptions # 6 (as described in Measured Demand Over Control Area Pre-Calculation) to the components of Net Negative CAISO Demand Deviation.
9 / BAMeasuredDemandBCRExceptionsFlag B / Flag indicating an exception to RUC Tier 1 Allocation for a given Business Associate B. When the exception is true (represented by “1”), then the Business Associate shall be excluded from the calculation of RUCUpliftMW Bh.
This exception is utilized under the Measured Demand Over Control Area Pre-Calculation and is utilized in RUC Tier 1 Allocation to uniformly apply Exceptions # 6 (as described in Measured Demand Over Control Area Pre-Calculation) to the components of Net Negative CAISO Demand Deviation.
3.5Inputs - Predecessor Charge Codes or Pre-calculations
Row # / Variable Name / Predecessor Charge Code/ Pre-calc Configuration1 / CAISOTotalRUCUpliftAllocationAmounthi / Pre-calc – Bid Cost Recovery Sequential Netting
2 / RUCAvailabilitySettlementAmountBrtuT’I’M’F’S’h / CC 6800 Day Ahead Residual Unit Commitment (RUC) Availability Settlement
3 / NoPayRUCSettlementAmountBrtT’uI’M’F’S’h / CC 6824 Residual Unit Commitment (RUC) Capacity Payment Rescission Settlement
4 / BAHourlyResMeteredDemandControlAreaQty_BCR BrtuT’I’M’F’W’S’VL’h / Measured Demand Over Control Area Pre-calculation in which metered Demand quantity is a negative valuethat considers Exemption #6.
5 / BAHourlyResDayAheadTORLoadQty_Ex6_BCRBrh / Measured Demand Over Control Area Pre-calculation in which Day Ahead TOR Load quantity is a negative value that considers Exemption #6 and TOR quantities.
6 / BAHourlyResRealTimeTORLoadQty_Ex6_BCRBrh / Measured Demand Over Control Area Pre-calculation in which Real Time TOR Load quantity is a negative value that considers Exemption #6 and TOR quantities.
3.6CAISO Formula
3.6.1Tier 1 RUC Charge:
RUCTier1ChargeBh = RUCTier1UpliftMWBh *RUCTier1BaseRateh
3.6.2WhereRUCTier1UpliftMWBh =
Max ( 0, BAHourlyNetNegCAISODemandDeviation Bh –
HourlyRealTimeTORDeviationsForRUCAllocation Bh
3.6.3And BAHourlyNetNegCAISODemandDeviation Bh =
Min (0, BAHrlyMeterDemand Bh – DABATotalLoadSchedule Bh ) * (-1)
3.6.4AndBAHrlyMeterDemandBh =
MSSBAHourlyMeteredDemandForRUCAllocation BrtuT’I’M’F’W’S’VL’mdh+
NonMSSBAHourlyMeteredDemandForRUCAllocation BrtuT’I’M’F’W’S’VL’mdh
3.6.5Where DABATotalLoadScheduleBh =
If (MeasuredDemandControlAreaExceptions6FlagBrt> True
And BAMeasuredDemandBCRExceptionsFlagB > True)
Then
DABATotalLoadSchedule Bh =
Min (0, MSSDALoadScheduleForRUCAllocation BrtuT’I’M’F’S’VL’h +
MSSDAPumpingEnergyForRUCAllocation BrtuT’I’M’F’S’VL’h +
NonMSSDALoadScheduleForRUCAllocation BrtuT’I’M’F’S’VL’h+
NonMSSDAPumpingEnergyForRUCAllocation BrtuT’I’M’F’S’VL’h)
Else
DABATotalLoadSchedule Bh = 0
3.6.6Where MSSBAHourlyMeteredDemandForRUCAllocation BrtuT’I’M’F’W’S’VL’h =
If (DARUCTier1ExemptionFlag Br > True
And BusinessAssociateRUCTier1ExemptionFlag B > True)
Then
If HrlyRTMPumpingFlagForRUCAllocation Brth = 1
Then
MSSBAHourlyMeteredDemandForRUCAllocation BrtuT’I’M’F’W’S’VL’h = 0
Else
MSSBAHourlyMeteredDemandForRUCAllocation BrtuT’I’M’F’W’S’VL’h =
BAHourlyResMeteredDemandControlAreaQty_BCRBrtuT’I’M’F’W’S’VL’h+
( DispatchIntervalPDRLoadAggregateAdjustmentQuantity BrtuT’I’M’R’W’F’S’VL'hif )
Else
MSSBAHourlyMeteredDemandForRUCAllocation BrtuT’I’M’F’W’S’VL’h = 0
Where (Entity Type T’ = ‘MSS’ and RUC Participation Flag V = ‘Y’)
3.6.7Where NonMSSBAHourlyMeteredDemandForRUCAllocation BrtuT’I’M’F’W’S’VL’h =
If (DARUCTier1ExemptionFlag Br > True
And BusinessAssociateRUCTier1ExemptionFlag B > True)
Then
If HrlyRTMPumpingFlagForRUCAllocation Brth = 1
Then
NonMSSBAHourlyMeteredDemandForRUCAllocation BrtuT’I’M’F’W’S’VL’h = 0
Else
NonMSSBAHourlyMeteredDemandForRUCAllocation BrtuT’I’M’F’W’S’VL’h =
BAHourlyResMeteredDemandControlAreaQty_BCRBrtuT’I’M’F’W’S’VL’h+
( DispatchIntervalPDRLoadAggregateAdjustmentQuantity BrtuT’I’M’R’W’F’S’VL'hif )
Else
NonMSSBAHourlyMeteredDemandForRUCAllocation BrtuT’I’M’F’W’S’VL’h = 0
Where (Entity Type T’ > ‘MSS’)
3.6.8Where MSSDALoadScheduleForRUCAllocation BrtuT’I’M’F’S’VL’h =
If (DARUCTier1ExemptionFlag Br > True
And BusinessAssociateRUCTier1ExemptionFlag B > True)
Then
If HrlyRTMPumpingFlagForRUCAllocation Brth = 1
Then
MSSDALoadScheduleForRUCAllocation BrtuT’I’M’F’S’VL’h = 0
Else
MSSDALoadScheduleForRUCAllocation BrtuT’I’M’F’S’VL’h =
DALoadSchedule BrtuT’I’M’AA’R’pW’F’S’vVL’h
Else
MSSDALoadScheduleForRUCAllocation BrtuT’I’M’F’S’VL’h = 0
Where (Entity Type T’ = ‘MSS’ and RUC Participation Flag V = ‘Y’)
3.6.9Where NonMSSDALoadScheduleForRUCAllocation BrtuT’I’M’F’S’VL’h =
If (DARUCTier1ExemptionFlag Br > True
And BusinessAssociateRUCTier1ExemptionFlag B > True)
Then
If HrlyRTMPumpingFlagForRUCAllocation Brth = 1
Then
NonMSSDALoadScheduleForRUCAllocation BrtuT’I’M’F’S’VL’h = 0
Else
NonMSSDALoadScheduleForRUCAllocation BrtuT’I’M’F’S’VL’h =
DALoadSchedule BrtuT’I’M’AA’R’pW’F’S’vVL’h
Else
NonMSSDALoadScheduleForRUCAllocation BrtuT’I’M’F’S’VL’h = 0
Where Entity Type T’ > ‘MSS’
3.6.10Where MSSDAPumpingEnergyForRUCAllocation BrtuT’I’M’F’S’VL’h=
If (DARUCTier1ExemptionFlag Br > True
And BusinessAssociateRUCTier1ExemptionFlag B > True)
Then
If HrlyRTMPumpingFlagForRUCAllocation Brth = 1
Then
MSSDAPumpingEnergyForRUCAllocation BrtuT’I’M’F’S’VL’h = 0
Else
MSSDAPumpingEnergyForRUCAllocation BrtuT’I’M’F’S’VL’h =
DAPumpingEnergy BrtuT’I’M’VL’W’R’F’S’hif
Else
MSSDAPumpingEnergyForRUCAllocation BrtuT’I’M’F’S’VL’h = 0
Where (Entity Type T’ = ‘MSS’and RUC Participation Flag V = ‘Y’)
3.6.11Where NonMSSDAPumpingEnergyForRUCAllocation BrtuT’I’M’F’S’VL’h=
If (DARUCTier1ExemptionFlag Br > True
And BusinessAssociateRUCTier1ExemptionFlag B > True)
Then
If HrlyRTMPumpingFlagForRUCAllocation Brth = 1
Then
NonMSSDAPumpingEnergyForRUCAllocation BrtuT’I’M’F’S’VL’h = 0
Else
NonMSSDAPumpingEnergyForRUCAllocation BrtuT’I’M’F’S’VL’h=
DAPumpingEnergy BrtuT’I’M’VL’W’R’F’S’hif
Else
NonMSSDAPumpingEnergyForRUCAllocation BrtuT’I’M’F’S’VL’h = 0
Where Entity Type T’ > ‘MSS’
3.6.12And HourlyRealTimeTORDeviationsForRUCAllocation Bh =
Min ( 0, HourlyRealTimeDemandTORsForRUCAllocation Bh –
HourlyDADemandTORsForRUCAllocation Bh ) * (-1)
3.6.13Where HourlyDADemandTORsForRUCAllocation Bh =
If (DARUCTier1ExemptionFlag Br > True
And BusinessAssociateRUCTier1ExemptionFlag B > True)
Then
HourlyDADemandTORsForRUCAllocation Bh =
BAHourlyResDayAheadTORLoadQty_Ex6_BCR Brh
Else
HourlyDADemandTORsForRUCAllocation Bh = 0
3.6.14Where HourlyRealTimeDemandTORsForRUCAllocation Bh =
If (DARUCTier1ExemptionFlag Br > True
And BusinessAssociateRUCTier1ExemptionFlag B > True)
Then
HourlyRealTimeDemandTORsForRUCAllocation Bh =
BAHourlyResRealTimeTORLoadQty_Ex6_BCRBrh
Else
HourlyRealTimeDemandTORsForRUCAllocation Bh = 0
3.6.15Where HrlyRTMPumpingFlagForRUCAllocationBrth =
If HrlyTotalRTMPumpingFlag Brth > 0
Then
HrlyRTMPumpingFlagForRUCAllocation Brth = 1
Else
HrlyRTMPumpingFlagForRUCAllocation Brth = 0
3.6.16HrlyTotalRTMPumpingFlag Brth =
If (DARUCTier1ExemptionFlag Br > True
And BusinessAssociateRUCTier1ExemptionFlag B > True)
Then
HrlyTotalRTMPumpingFlag Brth=
RTMPumpingCostFlag BrtuT’I’M’F’S’hi
Else
HrlyTotalRTMPumpingFlag Brth = 0
3.6.17Where RUCTier1BaseRate h =
If (CAISOHrlyTotalRUCTier1UpliftMW h = 0
AND CAISOHrlyTotalRUCCapacity h = 0)
Then
RUCTier1BaseRate h = 0
Else
RUCTier1BaseRate h = CAISOHrlyTotalRUCAllocationAmount h/
Max (CAISOHrlyTotalRUCTier1UpliftMW h, CAISOHrlyTotalRUCCapacity h)
3.6.18Where CAISOHrlyTotalRUCTier1UpliftMW h = RUC Tier1UpliftMW Bh
3.6.19And CAISOHrlyTotalRUCCapacity h=
RUCAwardedQtyBrtuT’I’M’VL’W’R’F’S’h
3.6.20And CAISOHrlyTotalRUCAllocationAmount h =
CAISOHrlyTotalRUCUpliftAllocationAmount h –
(CAISOHrlyTotalRUCAvailabilityPayment h + CAISOHrlyTotalRUCNoPay h)
3.6.21Where CAISOHrlyTotalRUCUpliftAllocationAmount h =
CAISOTotalRUCUpliftAllocationAmount hi
3.6.22And CAISOHrlyTotalRUCAvailabilityPayment h =
RUCAvailabilitySettlementAmount BrtT’uI’M’F’S’h
3.6.23And CAISOHrlyTotalRUCNoPay h =
NoPayRUCSettlementAmount BrtT’uI’M’F’S’h
3.7Outputs
Output Req ID / Name / DescriptionIn addition to any outputs listed below, all inputs shall be included as outputs.
1 / RUCTier1ChargeBh / The Tier 1 RUC Bid Cost Recovery Charge (in $) for Business Associate B and Trading Hour h.
2 / RUCTier1UpliftMWBh / The Net Negative CAISO Demand Deviation less Real Time TOR deviations, including participating loads and MSS entities that have opted-in to the RUC process for Business Associate B and Trading Hour h.
3 / BAHourlyNetNegCAISODemandDeviation Bh / The Net Negative CAISO Demand Deviation including participating loads and MSS entities that have opted-in to the RUC process for Business Associate B and Trading Hour h.
4 / BAHrlyMeterDemand Bh / The sum of CAISO Meter Demand for Business Associate B and Trading Hour h.
5 / DABATotalLoadSchedule Bh / The sum of participating and non-participating Load schedules in the Day Ahead for Business Associate B and Trading Hour h.
6 / MSSBAHourlyMeteredDemandForRUCAllocation BrtuT’I’M’F’W’S’VL’h / Hourly Metered Demand quantity for an MSS Entity by Business Associate B, Resource ID r, Resource Type t, UDC Index u, Entity Type T’, Gross/Net FlagI’, MSS Subgroup M’, Component Type F’, MSS Emission Pay Flag W’, Entity Component Subtype S’, RUC Participation Flag V, Load Following Flag L’, and Trading Hour h.
7 / NonMSSBAHourlyMeteredDemandForRUCAllocation BrtuT’I’M’F’W’S’VL’h / Hourly Metered Demand quantity for a non-MSS Entity by Business Associate B, Resource ID r, Resource Type t, UDC Index u, Entity Type T’, Gross/Net FlagI’, MSS Subgroup M’, Component Type F’, MSS Emission Pay Flag W’, Entity Component Subtype S’, RUC Participation Flag V, Load Following Flag L’, and Trading Hour h.
8 / MSSDALoadScheduleForRUCAllocation BrtuT’I’M’’F’S’VL’h / Hourly Load schedule quantity for an MSS Entity by Business Associate B, Resource r, Resource type t, UDC Index u, Entity Type T’, MSS Gross/Net Energy Settlement Type I’, and MSS Subgroup M’, Entity Component Type F’, Entity Component Subtype S’, RUC Participation Flag V, Load Following Flag L’, and Trading Hour h.
9 / NonMSSDALoadScheduleForRUCAllocation BrtuT’I’M’AA’R’pW’F’S’vVL’h / Hourly Load schedule quantity for a non-MSS Entity by Business Associate B, Resource r, Resource type t, UDC Index u, Entity Type T’, MSS Gross/Net Energy Settlement Type I’, and MSS Subgroup M’, Entity Component Type F’, Entity Component Subtype S’, RUC Participation Flag V, Load Following Flag L’, and Trading Hour h.
10 / MSSDAPumpingEnergyForRUCAllocation BrtuT’I’M’F’S’VL’h / Day Ahead Hourly participating load Pumping Energy for an MSS Entity by Business Associate B, Resource r, Resource type t, UDC Index u, Entity Type T’, MSS Gross/Net Energy Settlement Type I’, and MSS Subgroup M’, Entity Component Type F’, Entity Component Subtype S’, RUC Participation Flag V, Load Following Flag L’, and Trading Hour h.
11 / NonMSSDAPumpingEnergyForRUCAllocation BrtuT’I’M’F’S’VL’h / Day Ahead Hourly participating load Pumping Energy for a non-MSS Entity by Business Associate B, Resource r, Resource type t, UDC Index u, Entity Type T’, MSS Gross/Net Energy Settlement Type I’, and MSS Subgroup M’, Entity Component Type F’, Entity Component Subtype S’, RUC Participation Flag V, Load Following Flag L’, and Trading Hour h.
12 / HourlyRealTimeTORDeviationsForRUCAllocation Bh / The total incremental RT balanced TOR quantity (relative to the DA balanced TOR quantity) associated with Load resources that is exempt from RUC Tier1 BCR Uplift Allocation for Business Associate B and Trading Hour h.
13 / HourlyDADemandTORsForRUCAllocation Bh / The sum of balanced DA TOR quantities associated with Load resources for Business Associate B and Trading Hour h.
14 / HourlyRealTimeDemandTORsForRUCAllocation Bh / The sum of balanced Real Time TOR quantities associated with Load resources for Business Associate Band Trading Hour h.