Configuration Guide for: IFM Bid Cost Recovery Tier 1 Allocation / Date: 0609/251601/10
Settlements & Billing
BPM Configuration Guide: IFM Bid Cost Recovery Tier 1 Allocation
CC 6636
Version 5.10c
CAISO, 2018 / Page 1 of 24Settlements & Billing / Version: 5.0c1
Configuration Guide for: IFM Bid Cost Recovery Tier 1 Allocation / Date: 0609/251601/10
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
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 purposes of determining BCR eligibility, CAISO uses a concept called Commitment Period. A Commitment Period consists of the consecutive time periods within a Trading Day when a resource is on-line, synchronized to the grid, and available for dispatch. A Commitment Period is comprised of two distinct sub-types --- Self-Commitment Period and CAISO Commitment Period. The portion of a Commitment Period where a resource submits an Energy Self-Schedule or A/S self provision is called a Self-Commitment Period. A Self-Commitment Period may include time periods when a resource is not operating pursuant of an Energy Self-Schedule or A/S self-provision, but must be on due to Ramping Constraints, minimum up time, or minimum down time. Resources are not eligible for BCR of SUC, MLC or TC during Self-Commitment Periods, but are eligible for BCR of awarded Energy and A/S. The portion of a Commitment Period that is not a Self-Commitment Period is called CAISO Commitment Period. Resources are eligible to receive BCR for SUC, MLC, TC, awarded Energy and A/S during a CAISO Commitment Period.
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 CoordinatorC 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 IFM Bid Cost Uplift per Trading Hour occurs in two tiers. IFM Costs are first allocated in CC 6636 IFM Bid Cost Recovery Tier 1 Allocation based upon IFM Load Uplift Obligation, and any remaining costs are allocated pro rata to Measured Demand under CC 6637 IFM Bid Cost Recovery Tier 2 Allocation.
SCs with a net virtual Demand position (a situation defined to be when Virtual Demand Awards exceed Virtual Supply Awards) in their portfolio of Virtual Awards on behalf of a Convergence Bidding Entity may be charged for IFM Tier 1 uplift, if virtual Demand over the CAISO Control Area (i.e., system-wide virtual Demand) exceeds virtual Supply. The obligation will be based on how much additional unit commitment was driven by net virtual Demand that resulted in IFM clearing above what was needed to satisfy Measured Demand. If physical Demand plus virtual Demand minus virtual Supply is equal to or less than Measured Demand, SCs will not be charged for IFM Tier 1 Uplift. If physical Demand plus virtual Demand minus Virtual Supply is greater than Measured Demand, the IFM Tier 1 obligation due to net virtual Demand will increase proportionally with the quantity by which Virtual Demand results in an increase in IFM clearing above Measured Demand. The maximum IFM Tier 1 obligation due to virtual Demand would equal the system-wide net virtual Demand when Virtual Demand Awards exceed Virtual Supply Awards; the minimum IFM Tier 1 obligation due to virtual Demand would equal 0.
2.2Description
The CAISO Hourly IFM Bid Cost Uplift is allocated in two tiers.
For the first tier as follows:
(i)The Tier 1 rate is calculated. To determine the rate for a particular Trading Hour, the CAISO Hourly IFM Bid Cost Uplift amount (in $) is divided by In the first tier, the sum of:
IFM Load Uplift Obligation (over the CAISO Control Area). IFM Load Uplift Obligation is calculated as the CAISO Hourly IFM Bid Cost Uplift amount is allocated to the Business Associates in proportion to their IFM Scheduled Demand (Load plus Exports) in excess of their IFM Self-Scheduled Generation and IFM Imports, adjusted by any applicable Inter-SC Trades of IFM Load Uplift Obligations, but with an IFM Bid Cost Uplift rate not exceeding the ratio of the CAISO Hourly Net IFM Bid Cost Uplift amount divided by the sum of all hourly Generation scheduled in the Day-Ahead Schedules and IFM Upward AS Awards for all Business Associates from CAISO-Committed BCR Eligible Resources in that Trading Hour where the excess Demand quantity is calculated over all Business Associates. from CAISO-Committed BCR Eligible Resources in that Trading Hour; and IFM Virtual Demand Award uplift obligation (over the CAISO Control Area). The IFM Virtual Demand Award uplift obligation equates to the nNet Virtual Demand from which is subtracted the difference by which Measured Demand exceeds Physical Demand, if stated condition is true,term Min(0, physical Demand minus Measured Demand), where all Demand terms are calculated over all BA’s ofver the CAISO Control Area, with provision that the rate shall not exceed the ratio of the hourly Net IFM Bid Cost Uplift for the Trading Hour divided by the maximum of
(a)the sum of the hourly IFM Load Uplift Obligation for all Scheduling Coordinators in that Trading Hour, as specified in (i) a. above, or
(b) the sum of all hourly Generation scheduled in the Day-Ahead Schedule and IFM upward AS Awards for all Scheduling Coordinators from CAISO-committed Bid Cost Recovery Eligible Resources in that Trading Hour;
(ii)Each SCSC’s obligation to pay (as an allocated quantity) IFM Tier 1 Uplift allocation amount is calculated. To determine the SC’s IFM Uplift allocation amount, the Tier 1 rate is multiplied by the sum of:
- IFM Load Uplift Obligation for the SC, calculated as the Virtual Demand in excess of Virtual Supply for the SC; and
- the product of:
- IFM Virtual Demand Award uplift obligation (over the CAISO Control Area), as specified in (1) b. above; and
- the ratio of the BA’s net Virtual Demand to the total of net Virtual Demand for all BAs where the Virtual Demand Award exceeds the Virtual Supply Award.
In the second tier, Business Associates will be charged for an amount equal to any remaining CAISO Hourly Net IFM Bid Cost Uplift amount for the Trading Hour in proportion to the Business Associate’s Measured Demand.
For Tier-1, MSS SCs will be treated the same as non-MSS entities. For Tier-2, MSS entities that have elected to both not follow their Load and gross settlement, the allocation to the MSS entity will be in proportion to their Measured Demand. For MSS entities that have elected to either follow their Load or net Settlement, or both, the allocation will be in proportion to their MSS Aggregation Net Measured Demand.
3.Charge Code Requirements
3.1Business Rules
Bus Req ID / Business Rule1.0 / The CAISO Total IFM BCR allocation amount is done in two tiers.
1.1 / The IFM Tier 1 allocation shall be performed per BA and Trading Hour.
1.1.1 / The IFM Load Uplift Obligation for each Business Associate is the difference between the total Demand scheduled in the Day-Ahead Schedule and the scheduled Generation from the Self-Schedules in the Day-Ahead Schedule, plus Imports scheduled in the Day-Ahead Schedule, adjusted by any applicable Inter-SC Trades of IFM Load Uplift Obligations provided the difference is positive.
1.1.2 / The IFM Bid Cost Uplift rate is the Hourly Net IFM Bid Cost Uplift divided by the IFM Load Uplift Obligation but capped at a per unit rate equal to the ratio of the Hourly Net IFM Bid Cost Uplift divided by the sum of all hourly Generation in the Day-Ahead Schedule and IFM Upward AS Awards for all Business Associates from CAISO-Committed BCR Eligible Resources in that Trading Hour.
2.0 / Scheduling Coordinators subject to IFM Load Uplift Obligation include Scheduling Coordinators for Metered Subsystems regardless of their MSS optional elections (net/gross Settlement, Load following, RUC opt-in/out).
32.0 / PTB logic does not apply.
3.2Predecessor Charge Codes
Charge Code/ Pre-calc NamePre-calc – Bid Cost Recovery Sequential Netting
3.3Successor Charge Codes
Charge Code/ Pre-calc NameCC 6637 – IFM Bid Cost Recovery Tier 2 Allocation
3.4Inputs – External Systems
Row # / Variable Name / Description1 / DASelfSchedule BrtuT’I’M’VL’W’R’F’S’hif / DA Self Schedule (provided by MQS) 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’, 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.
2 / DAScheduleEnergyQuantityBrtuT’I’M’VL’W’R’F’S’hif / DA Energy Schedule (provided by MQS) that corresponds to the flat hourly Day-Ahead Schedule (DAS). It is composed of Day-Ahead Minimum Load Energy, Day-Ahead Self-Scheduled Energy, and Day-Ahead Bid Awarded Energy 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’, 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.
3 / 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.
Represented as a negative value.
4 / DAAwardedSpinBidCapacityBrtuT’I’M’VL’W’R’F’S’a’h / Day Ahead Spinning Reserve Awarded Bid capacity 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’, Participation Flag V, Load Following Flag L’, MSS Emission Pay Flag W’, Penalty Resource ID R’, Entity Component Type F’, Entity Component Subtype S’,Intertie Constraint a’, and Trading Hour h.
5 / DAAwardedNonSpinBidCapacityBrtuT’I’M’VL’W’R’F’S’a’h / Day Ahead Non-Spinning Reserve Awarded Bid capacity 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’, Participation Flag V, Load Following Flag L’, MSS Emission Pay Flag W’, Penalty Resource ID R’, Entity Component Type F’, Entity Component Subtype S’,Intertie Constraint a’, and Trading Hour h.
6 / DAAwardedRegUpBidCapacityBrtuT’I’M’VL’W’R’F’S’a’h / Day Ahead Regulation Up Reserve Awarded Bid capacity 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’, Participation Flag V, Load Following Flag L’, MSS Emission Pay Flag W’, Penalty Resource ID R’, Entity Component Type F’, Entity Component Subtype S’,Intertie Constraint a’, and Trading Hour h.
7 / IFMLoadUpliftObligationsInterSCTradeFrom Bsh / IFM Load Uplift Obligations Inter-SC trades (BOUGHT) for Business Associate B, IST ID s,and Trading Hour h.
8 / IFMLoadUpliftObligationsInterSCTradeTo Bsh / IFM Load Uplift Obligations Inter-SC trades (SELL) for Business Associate B, IST ID s, and Trading Hour h.
9 / SettlementIntervalIFMCAISOCommitPeriodBrtF’S’hi / Indicates resource was committed ON by CAISO in IFM. 1: for ON, 0: for OFF or Self-Committed for Business Associate B, Resource r, Resource Type t, Entity Component Type F’, Entity Component Subtype S’, Trading Hour h, and Settlement Interval i.
10 / IFMBCRTier1ExemptionFlag B / Flag indicating an exception to IFM 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 IFMLoadUpliftObligationBh.
11 / DAMinimumLoadQuantityBrtuT’I’M’VL’W’R’F’S’hif / Day Ahead Minimum Load Quantity (provided by MQS) 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.
12 / DAPumpingEnergyBrtuT’I’M’VL’W’R’F’S’hif / Day Ahead Pump Energy Quantity (provided by MQS) 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.
3.5Inputs - Predecessor Charge Codes or Pre-calculations
Row # / Variable Name / Predecessor Charge Code/Pre-calc Configuration
1 / CAISOTotalIFMUpliftAllocationAmounthi / Pre-calculation – Bid Cost Recovery Sequential Netting
2 / BAHourlyResourceContractDADemandQuantity Brtz’h / Pre-calculation ETC/TOR/CVR
3 / BAHourlyResourceContractDASupplyQuantity Brtz’h / Pre-calculation ETC/TOR/CVR
4 / BAHourlyDAVirtualDemandAwardQuantity Bh / CC 6013 Convergence Bidding DA Energy, Congestion, Loss Settlement
5 / BAHourlyDAVirtualSupplyAwardQuantity Bh / CC 6013 Convergence Bidding DA Energy, Congestion, Loss Settlement
6 / CAISOTotalHourlyDAVirtualDemandAwardQuantity h / CC 6013 Convergence Bidding DA Energy, Congestion, Loss Settlement
7 / CAISOTotalHourlyDAVirtualSupplyAwardQuantity h / CC 6013 Convergence Bidding DA Energy, Congestion, Loss Settlement
8 / CAISOHourlyDAGrossMeasuredDemand h / Pre-calculation Measured Demand over Control Area
Represented as a negative value.
9 / SettlementIntervalDayAheadEnergy BrtuT’I’M’F’S’hi / Precalculation Real Time Energy Quantity
3.6CAISO Formula
3.6.1IFMBCRTier1Charge Bh=
IFMLoadTier1UpliftObligation Bh* IFMTier1UpliftRate h
3.6.2Where IFMTier1UpliftRateh =
Min ( IFMPhyisicalLoadRate h, IFMObligationRate h )
3.6.3And IFMObligationRate h =
CAISOHrlyTotalIFMUpliftAmount h /
CAISOTotalIFMLoadAndVirtualDemandObligation h
3.6.4And CAISOTotalIFMLoadAndVirtualDemandObligation h =
CAISOTotalIFMLoadUpliftObligation h +
IFMSystemWideVirtualDemandAwardUpliftObligation h
3.6.5Where IFMPhysicalLoadRate h =
CAISOHrlyTotalIFMUpliftAmounth/
Max(CAISOTotalIFMLoadUpliftObligationh,TotalIFMCapacityh)
3.6.33.6.6And CAISOHrlyTotalIFMUpliftAmounth =
CAISOTotalIFMUpliftAllocationAmounthi
3.6.43.6.7And CAISOTotalIFMLoadUpliftObligationh =
IFMLoadUpliftObligationBh
3.6.8And IFMTier1UpliftObligation Bh =
IFMLoadUpliftObligation Bh + IFMVirtualDemandAwardUpliftObligation Bh
3.6.53.6.9Where IFMLoadUpliftObligation Bh=
Max(0, DADemandBh – DASourceBh)
3.6.63.6.10Where DADemand Bh=
Max (0, TotalLoadScheduleQuantity Bh+
BAHourlyDAPumpEnergyForIFMTier1Quantity Bh +
TotalExportSelfScheduleQuantity Bh+
TotalLoadUpliftObligationInterSCTradeToForIFMTier1 Bh–
TotalLoadUpliftObligationInterSCTradeFromForIFMTier1 Bh –
BAHourlyDABalancedTORQuantityBh)
3.6.73.6.11Where BAHourlyDABalancedTORQuantityBh =
Min (TotalDATORSourceQuantityBh, TotalDATORSinkQuantityBh)
3.6.83.6.12Where TotalDATORSinkQuantity Bh =
If IFMBCRTier1ExemptionFlag B > True
Then
TotalDATORSinkQuantity Bh =
(-1) * BAHourlyResourceContractDADemandQuantity Brtz’h
Else
TotalDATORSinkQuantity Bh = 0
Where Contract Type z’ = ‘TOR’
3.6.93.6.13Where TotalDATORSourceQuantity Bh =
If IFMBCRTier1ExemptionFlag B > True
Then
TotalDATORSourceQuantity Bh =
BAHourlyResourceContractDASupplyQuantity Brtz’h
Else
TotalDATORSourceQuantity Bh = 0
Where Contract Type z’ = ‘TOR’
3.6.103.6.14And TotalLoadUpliftObligationInterSCTradeToForIFMTier1Bh =
If IFMBCRTier1ExemptionFlag B > True
Then
TotalLoadUpliftObligationInterSCTradeToForIFMTier1Bh=
IFMLoadUpliftObligationsInterSCTradeTo Bsh
Else
TotalLoadUpliftObligationInterSCTradeToForIFMTier1Bh= 0
3.6.113.6.15AndTotalExportSelfScheduleQuantity Bh=
If IFMBCRTier1ExemptionFlag B > True
Then
TotalExportSelfScheduleQuantity Bh =
( -1) * DASelfScheduleBrtuT’I’M’VL’W’R’F’S’hif
Else
TotalExportSelfScheduleQuantity Bh = 0
Where Resource Type t = ETIE
3.6.123.6.16And BAHourlyDAPumpEnergyForIFMTier1Quantity Bh=
If IFMBCRTier1ExemptionFlag B > True
Then
BAHourlyDAPumpEnergyForIFMTier1Quantity Bh=
( -1) * DAPumpingEnergyBrtuT’I’M’VL’W’R’F’S’hif
Else
BAHourlyDAPumpEnergyForIFMTier1Quantity Bh= 0
3.6.133.6.17And TotalLoadScheduleQuantity Bh=
If IFMBCRTier1ExemptionFlag B > True
Then
TotalLoadScheduleQuantity Bh =
( -1) * DALoadSchedule BrtuT’I’M’AA’R’pW’F’S’vVL’h
Else
TotalLoadScheduleQuantity Bh= 0
3.6.143.6.18And DASourceBh =
Max (0, TotalTieGenSelfScheduleQuantity Bh+
TotalGenerationSelfScheduleQuantity Bh +
TotalImportSelfScheduleQuantity Bh+
BAHourlyDASelfScheduledMinimumLoadQuantity Bh-
BAHourlyDABalancedTORQuantityBh)
3.6.153.6.19AndTotalLoadUpliftObligationInterSCTradeFromForIFMTier1Bh=
If IFMBCRTier1ExemptionFlag B > True
Then
TotalLoadUpliftObligationInterSCTradeFromForIFMTier1Bh =
IFMLoadUpliftObligationsInterSCTradeFrom Bsh
Else
TotalLoadUpliftObligationInterSCTradeFromForIFMTier1Bh = 0
3.6.163.6.20And TotalImportSelfScheduleQuantity Bh =
If IFMBCRTier1ExemptionFlag B > True
Then
TotalImportSelfScheduleQuantity Bh =
DASelfScheduleBrtuT’I’M’VL’W’R’F’S’hif
Else
TotalImportSelfScheduleQuantity Bh = 0
Where Resource Type t = ITIE
3.6.173.6.21And TotalTieGenSelfScheduleQuantity Bh =
If IFMBCRTier1ExemptionFlag B > True
Then
TotalTieGenSelfScheduleQuantity Bh =
DASelfSchedule BrtuT’I’M’VL’W’R’F’S’hif
Else
TotalTieGenSelfScheduleQuantity Bh= 0
Where Resource Type t = ITIE and Entity Component Type F’ = TG
3.6.183.6.22And BAHourlyDASelfScheduledMinimumLoadQuantity Bh=
If IFMCAISOCommitPeriodBrtF’S’h= 1
Then
BAHourlyDASelfScheduledMinimumLoadQuantity Bh = 0
Else
BAHourlyDASelfScheduledMinimumLoadQuantity Bh =
TotalDAMinimumLoadQuantity BrtF’S’h
3.6.193.6.23And TotalDAMinimumLoadQuantity BrtF’S’h=
If IFMBCRTier1ExemptionFlag B > True
Then
TotalDAMinimumLoadQuantity BrtF’S’h =
DAMinimumLoadQuantityBrtuT’I’M’VL’W’R’F’S’hif
Else
TotalDAMinimumLoadQuantity BrtF’S’h = 0
3.6.203.6.24And TotalGenerationSelfScheduleQuantity Bh=
If IFMBCRTier1ExemptionFlag B > True
Then
TotalGenerationSelfScheduleQuantity Bh =
DASelfSchedule BrtuT’I’M’VL’W’R’F’S’hif
Else
TotalGenerationSelfScheduleQuantity Bh = 0
Where Resource Type t = GEN
3.6.25Where IFMVirtualDemandAwardUpliftObligation Bh =
( BAHourlyDANetPositiveVirtualDemandAwardQuantity Bh /
CAISOHourlyDANetPositiveVirtualDemandAwardQuantity h ) *
IFMSystemWideVirtualDemandAwardUpliftObligation h
3.6.26Where CAISOHourlyDANetPositiveVirtualDemandAwardQuantity h =
BAHourlyDANetPositiveVirtualDemandAwardQuantity Bh
3.6.27Where BAHourlyDANetPositiveVirtualDemandAwardQuantity Bh =
Max (0,
( (-1) * BAHourlyDAVirtualDemandAwardQuantity Bh ) –
BAHourlyDAVirtualSupplyAwardQuantity Bh )
3.6.28And IFMSystemWideVirtualDemandAwardUpliftObligation h =
Max (0,
( (-1) * CAISOTotalHourlyDAVirtualDemandAwardQuantity h ) -
CAISOTotalHourlyDAVirtualSupplyAwardQuantity h +
CAISOHourlyMeasuredDemandAbovePhysicalDemand h)
3.6.29And
CAISOHourlyMeasuredDemandAbovePhysicalDemand h =
Min (0,
( CAISOHourlyDAPhysicalDemandAward h +
CAISOHourlyDAGrossMeasuredDemand h) )
3.6.30Where CAISOHourlyDAPhysicalDemandAward h =
(-1) * SettlementIntervalDayAheadEnergy BrtuT’I’M’F’S’hi
Where Resource Type t = LOAD or ETIE
3.6.213.6.31And TotalIFMCapacityh =
DACommittedGeneratorEnergyQuantityBrtuT’I’M’VL’W’R’F’S’h +
DACommittedTieGeneratorEnergyQuantityBrtuT’I’M’VL’W’R’F’S’h +
DACommittedSpinBidCapacityBrtuT’I’M’VL’W’R’F’S’h+
DACommittedNonSpinBidCapacityBrtuT’I’M’VL’W’R’F’S’h+
DACommittedRegUpBidCapacityBrtuT’I’M’VL’W’R’F’S’h
3.6.223.6.32Where DACommittedRegUpBidCapacity BrtuT’I’M’VL’W’R’F’S’h=
DAAwardedRegUpBidCapacityBrtuT’I’M’VL’W’R’F’S’a’h*
IFMCAISOCommitPeriodBrtF’S’h
3.6.233.6.33Where DACommittedNonSpinBidCapacity BrtuT’I’M’VL’W’R’F’S’h =
DAAwardedNonSpinBidCapacityBrtuT’I’M’VL’W’R’F’S’a’h*
IFMCAISOCommitPeriodBrtF’S’h
3.6.243.6.34Where DACommittedSpinBidCapacity BrtuT’I’M’VL’W’R’F’S’h=
DAAwardedSpinBidCapacityBrtuT’I’M’VL’W’R’F’S’a’h*
IFMCAISOCommitPeriodBrtF’S’h
3.6.253.6.35Where DACommittedTieGeneratorEnergyQuantityBrtuT’I’M’VL’W’R’F’S’h =
DAScheduleEnergyQuantityBrtuT’I’M’VL’W’R’F’S’hif*
IFMCAISOCommitPeriodBrtF’S’h
Where Resource Type t = ITIE and Entity Component Type F’ = TG
3.6.263.6.36Where DACommittedGeneratorEnergyQuantityBrtuT’I’M’VL’W’R’F’S’h =
DAScheduleEnergyQuantityBrtuT’I’M’VL’W’R’F’S’hif*
IFMCAISOCommitPeriodBrtF’S’h
Where Resource Type t = GEN
3.6.273.6.37And IFMCAISOCommitPeriodBrtF’S’h=
If HourlyResourceIFMCAISOCommitPeriodBrtF’S’h> 1
Then
IFMCAISOCommitPeriodBrtF’S’h= 1
Else
IFMCAISOCommitPeriodBrtF’S’h= 0
3.6.283.6.38Where HourlyResourceIFMCAISOCommitPeriodBrtF’S’h =
SettlementIntervalIFMCAISOCommitPeriod BrtF’S’hi