Settlements & Billing Configuration Guide: … & Billing Configuration Guide: Ancillary Services Pre-calculation Version 5.25.3 Formatted: Highlight Settlements & Billing Version:

Settlements & Billing

Configuration Guide: Ancillary Services

Pre-calculation

Version 5.25.3

Formatted: Highlight

Settlements & Billing Version: 5.25.3

Configuration Guide for: CG PC Ancillary Services Date: 10/27/1106/22/12

CAISO, 2012 Page 2 of 68




Table of Contents

1. Purpose of Document 3

2. Introduction 3

2.1 Background 3 2.2 Description 4

3. Charge Code Requirements 5

3.1 Business Rules 5 3.2 Predecessor Charge Codes 11 3.3 Successor Charge Codes 11 3.4 Inputs External Systems 12 3.5 Inputs - Predecessor Charge Codes or Pre-calculations 18 3.6 CAISO Formula 21 3.7 Outputs 43

4. Charge Code Effective Date 67







1. Purpose of Document

The purpose of this document is to capture the business and functional requirements for the MRTU SaMC Ancillary Services Pre-calculation.

2. Introduction

2.1 Background

With the implementation of MRTU, the current radial zonal model will be replaced with Full Network Model and Locational Marginal Price (LMP) model, which will also eliminate the use of Zones for the Settlement of Energy transactions. The CAISO will procure the Ancillary Services, Regulation Up, Regulation Down, Spinning Reserve, and Non-Spinning Reserve in the Day Ahead Integrated Forward Market (IFM) and procure incrementally as needed in the Hour Ahead Scheduling Process (HASP) and in the Real-Time Market (RTM). Ancillary Services (AS) are procured simultaneously with Energy Bids to meet Regulation and Operating Reserve requirements, using submitted Ancillary Service bids. IFM is performed for each hour of the next Trading Day. The HASP is performed hourly. Only the inter-tie AS awards in HASP are binding. The Real-Time Unit Commitment (RTUC) performs unit commitment and AS procurement, if needed, at 15-minutes intervals for the current hour and next Trading Hour. The RTUC runs every 15-minute using a 2-hour time horizon. The results of the first 15-minutes are binding for Settlements. Advisory awards are not settled with Scheduling Coordinators. The AS Pricing and Settlement will be based on Ancillary Service Marginal Price (ASMP), which are calculated for each AS region for each market time interval for each market.

The AS procurement cost is the payment for AS Awarded bids in the Day Ahead IFM, HASP, and RTM. This Charge Code is part of the family of Charge Codes for payment to Scheduling Coordinators (SCs) for Awarded Ancillary Services Capacity bids: (1) Regulation Up, (2) Regulation Down, (3) Spinning Reserve, and (4) Non-Spinning Reserve.

The fundamental concepts of Settlement methodology for allocation of AS procurement cost to scheduling coordinators are as follows:

The AS procurement cost allocation for all AS commodity types is hourly,

system-wide, and across IFM, HASP, and Real-Time markets

The cost of procuring the AS by the CAISO on behalf of the demand will be

allocated to the demand using a system wide user rate. The user rate is the

average cost of procuring a type of AS in both the forward and Real-Time market

for the whole CAISO system

The rate for each AS incorporates the No Pay/Non Compliance Capacity and the

No Pay/Non Compliance Charge to reflect the ultimate average AS cost







The rate for each AS reflects an average AS substitution to capture the cascaded AS

procurement as it is performed optimally in each AS market. For example, Settlements

reflects that multiple service types are procured and substituted simultaneously during IFM

optimization

A difference between total net AS Requirements and total AS Obligations results in a

neutrality adjustment for each Scheduling Coordinator for each of the Regulation Up,

Regulation Down, Spinning Reserve, and Non-Spinning Reserve AS types.

The difference between total AS Procurement and total AS Requirements over all Spinning,

Non-Spinning and Regulation Up Ancillary Services results in a single Upward neutrality

adjustment for all these services.

Ancillary Services awards from Intertie Resources are charged explicitly for the Marginal

Cost of Congestion on the relevant inter-tie interface at the relevant Shadow Price. The

cost of AS Congestion Charges is not recovered through the AS cost allocation, but is

settled in the RT Congestion Offset.

By design, the AS settlement methodology has the following property: If the total AS Procurement matches the total AS Requirements, and if the AS Requirement matches the total AS Obligation for each AS, the AS Cost Allocation is neutral.

By reflecting AS substitution in the AS Rates, this AS settlement methodology eliminates any neutrality loss due to AS substitution and results in an equitable AS Cost Allocation to Scheduling Coordinators that Self-Provide AS, since there is no AS substitution among Self-Provided AS.

This Pre-calculation Configuration Guide defines a set of quantities that are common to Ancillary Services Charge Codes.

2.2 Description

The Ancillary Services Pre-Calculation calculates a set of quantities utilized as input in No Pay, Non Compliance, Ancillary Service Obligation, and Ancillary Service Neutrality Charge Codes.







3. Charge Code Requirements

3.1 Business Rules

Bus

Req

ID

Business Rule

1.0

The Hourly Total Regulation Up Effective Qualified Self-Provision for each resource shall be calculated by subtracting Hourly Total Non Compliance associated with Regulation Up Qualified Self-Provision from the Hourly Total Regulation Up Qualified Self-Provision.

1.1

The Hourly Total Regulation Up Qualified Self-Provision for each resource shall be calculated as the maximum of zero or the sum of Day Ahead IFM Qualified Self-Provision and sum of (.25) of Real-Time Qualified Self-Provision for each of the four Ancillary Service intervals for the relevant Real Time hour.

1.2 The BA Hourly Total Regulation Up Effective Qualified Self-Provision for each BA shall be calculated as the summation by BA of Hourly Total Effective Regulation Up Qualified Self-Provision.

1.3 The CAISO Hourly Total Regulation Up Effective Qualified Self-Provision shall be calculated as the summation of Hourly Total Effective Regulation Up Qualified Self-Provision.

2.0

The Hourly Total Effective Regulation Down Effective Qualified Self-Provision for each resource shall be calculated by subtracting Hourly Total Non Compliance associated with Regulation Down Qualified Self-Provision from the Hourly Total Regulation Down Qualified Self-Provision.

2.1

The Hourly Total Regulation Down Qualified Self-Provision for each resource shall be calculated as the maximum of zero or the sum of Day Ahead IFM Qualified Self-Provision and sum of (.25) of Real-Time Qualified Self-Provision for each of the four Ancillary Service intervals for the relevant Real Time hour.

2.2 The BA Hourly Total Regulation Down Effective Qualified Self-Provision for each BA shall be calculated as the summation by BA of Hourly Total Effective Regulation Down Qualified Self-Provision.

2.3 The CAISO Hourly Total Regulation Down Effective Qualified Self-Provision shall be calculated as the summation of Hourly Total Effective Regulation Down Qualified Self-Provision.

3.0

The Hourly Total Effective Spinning Reserve Qualified Self-Provision for each resource shall be calculated by subtracting Hourly Total No Pay associated with Spinning Reserve Qualified Self-Provision from the Hourly Total Spinning Reserve Qualified Self-Provision.









Bus

Req

ID

Business Rule

3.1

The Hourly Total Spinning Reserve Qualified Self-Provision for each resource shall be calculated as the maximum of zero or the sum of Day Ahead IFM Qualified Self-Provision, HASP Qualified Self-Provision, and sum of (.25) of Real-Time Qualified Self-Provision for each of the four Ancillary Service intervals for the relevant Real Time hour.

3.2 The BA Hourly Total Spinning Reserve Effective Qualified Self-Provision for each BA shall be calculated as the summation by BA of Hourly Total Effective Spinning Reserve Qualified Self-Provision.

3.3 The CAISO Hourly Total Spinning Reserve Effective Qualified Self-Provision shall be calculated as the summation of Hourly Total Effective Spinning Reserve Qualified Self-Provision.

4.0

The Hourly Total Non-Spinning Reserve Effective Qualified Self-Provision for each resource shall be calculated by subtracting the Hourly Total No Pay associated with Non-Spinning Reserve Qualified Self-Provision from the Hourly Total Non-Spinning Reserve Qualified Self-Provision.

4.1

The Hourly Total Non-Spinning Reserve Qualified Self-Provision for each resource shall be calculated as the maximum of zero or the sum of Day Ahead IFM Qualified Self-Provision, HASP Qualified Self-Provision, and sum of (.25) of Real-Time Qualified Self-Provision for each of the four Ancillary Service intervals for the relevant Real Time hour.

4.2 The BA Hourly Total Non-Spinning Reserve Effective Qualified Self-Provision for each BA shall be calculated as the summation by BA of Hourly Total Effective Non-Spinning Reserve Qualified Self-Provision.

4.3 The CAISO Hourly Total Non-Spinning Reserve Effective Qualified Self-Provision shall be calculated as the summation of Hourly Total Effective Non-Spinning Reserve Qualified Self-Provision.

5.0

The Hourly Total Regulation Up Net Procurement for each resource shall be calculated by subtracting Hourly Total Non Compliance associated with Regulation Up Awarded Bid from the Hourly Total Regulation Up Awarded Bid Capacity.

5.1

The Hourly Total Regulation Up Awarded Bid Capacity for each resource shall be calculated as the sum of Day Ahead IFM Awarded Bid Capacity and (.25) of Real-Time Awarded Bid Capacity for each of the four Ancillary Service intervals for the relevant Real Time hour.

5.2 The BA Hourly Total Regulation Up Net Procurement for each BA shall be calculated as the summation by BA of Hourly Total Regulation Up Net Procurement.









Bus

Req

ID

Business Rule

5.3 The CAISO Hourly Total Regulation Up Net Procurement shall be calculated as the summation of Hourly Total Regulation Up Net Procurement.

6.0

The Hourly Total Regulation Down Net Procurement for each resource shall be calculated by subtracting Hourly Total Non Compliance associated with Regulation Down Awarded Bid from the Hourly Total Regulation Down Awarded Bid Capacity.

6.1

The Hourly Total Regulation Down Awarded Bid Capacity for each resource shall be calculated as the sum of Day Ahead IFM Awarded Bid Capacity and sum of (.25) of Real-Time Awarded Bid Capacity for each of the four Ancillary Service intervals for the relevant Real Time hour.

6.2 The BA Hourly Total Regulation Down Net Procurement for each BA shall be calculated as the summation by BA of Hourly Total Regulation Down Net Procurement.

6.3 The CAISO Hourly Total Regulation Down Net Procurement shall be calculated as the summation of Hourly Total Regulation Down Net Procurement.

7.0

The Hourly Total Spinning Reserve Net Procurement for each resource shall be calculated by subtracting Hourly Total No Pay associated with Spinning Reserve Awarded Bid from the Hourly Total Spinning Reserve Awarded Bid Capacity.

7.1

The Hourly Total Spinning Reserve Awarded Bid Capacity for each resource shall be calculated as the sum of Day Ahead IFM Awarded Bid Capacity, HASP Awarded Bid Capacity and sum of (.25) of Real-Time Awarded Bid Capacity for each of the four Ancillary Service intervals for the relevant Real Time hour.

7.2 The BA Hourly Total Spinning Reserve Net Procurement for each BA shall be calculated as the summation by BA of Hourly Total Spinning Reserve Net Procurement.

7.3 The CAISO Hourly Total Spinning Reserve Net Procurement shall be calculated as the summation of Hourly Total Spinning Reserve Net Procurement.

8.0

The Hourly Total Non-Spinning Reserve Net Procurement for each resource shall be calculated by subtracting Hourly Total No Pay associated with Non-Spinning Reserve Awarded Bid from the Hourly Total Non-Spinning Reserve Awarded Bid Capacity.







Bus

Req

ID

Business Rule

8.1

The Hourly Total Non-Spinning Reserve Awarded Bid Capacity for each resource shall be calculated as the sum of Day Ahead IFM Awarded Bid Capacity, HASP Awarded Bid Capacity and sum of (.25) of Real-Time Awarded Bid Capacity for each of the four Ancillary Service intervals for the relevant Real Time hour.

8.2 The BA Hourly Total Non-Spinning Reserve Net Procurement for each BA shall be calculated as the summation by BA of Hourly Total Non-Spinning Reserve Net Procurement.

8.3 The CAISO Hourly Total Non-Spinning Reserve Net Procurement shall be calculated as the summation of Hourly Total Non-Spinning Reserve Net Procurement.

9.0

The Hourly Total Regulation Up Net Requirement for CAISO shall be calculated by subtracting CAISO Hourly Total Effective Regulation Up Qualified Self-Provision from Total Hourly Real-Time Regulation Up Requirement, limited to be non-negative.

9.1

The Hourly Total Regulation Down Net Requirement for CAISO shall be calculated by subtracting CAISO Hourly Total Effective Regulation Down Qualified Self-Provision from Total Hourly Real-Time Regulation Down Requirement, limited to be non-negative.

9.2

The Hourly Total Spinning Reserve Net Requirement for CAISO shall be calculated by subtracting CAISO Hourly Total Effective Spinning Reserve Qualified Self-Provision from Total Hourly Real-Time Spinning Reserve Requirement, limited to be non-negative.

9.3

The Hourly Total Non-Spinning Reserve Net Requirement for CAISO shall be calculated by subtracting CAISO Hourly Total Effective Non-Spinning Reserve Qualified Self-Provision from Total Hourly Real-Time Non-Spinning Reserve Requirement, limited to be non-negative.

10.0

The Net Requirement Scale Factor shall be calculated as the ratio of sum of Hourly total Regulation Up, Spinning Reserve, and Non-Spinning Reserve Net Procurement MW values over the sum of Hourly total Regulation Up, Spinning Reserve, and Non-Spinning Reserve Net Requirements.

10.1 The Scaled Hourly Total Regulation Up Net Requirement shall be calculated as the product of Net Requirement Scale Factor and Hourly Total Regulation Up Net Requirement.

10.2 The Scaled Hourly Total Spinning Reserve Net Requirement shall be calculated as the product of Net Requirement Scale Factor and Hourly Total Spinning Reserve Net Requirement.







Bus

Req

ID

Business Rule

10.3 The Scaled Hourly Total Non-Spinning Reserve Net Requirement shall be calculated as the product of Net Requirement Scale Factor and Hourly Total Non-Spinning Reserve Net Requirement.

11.0 The BA Hourly Total Metered Load for each BA shall be calculated as the summation by BA of Hourly metered Demand.

11.1 The CAISO Hourly Total Metered Load shall be calculated as the summation of Hourly Total metered Demand.

12.0

The Regulation Up Obligation MW for each Business Associate shall be calculated by adding (a) product of Regulation Up to Load Obligation ratio for the hour and the BA Hourly Total metered Demand (b) BA Hourly Total Regulation Up trade MW.

12.1

The Regulation Up Obligation MW with no trade adjustment for each Business Associate shall be calculated as the product of Regulation Up to Load Obligation ratio for the hour and the BA Hourly Total metered Demand. The Regulation Up Obligation MW with no trade adjustment will be used in allocation of Neutrality charges.

12.2 Regulation Up to Load Obligation ratio for the hour shall be calculated by dividing the Total Regulation Up Requirement for the hour by CAISO Hourly Total metered Demand.

12.3

The Regulation Down Obligation MW for each Business Associate shall be calculated by adding (a) product of Regulation Down to Load Obligation ratio for the hour and the BA Hourly Total metered Demand (b) BA Hourly Total Regulation down trade MW.

12.4

The Regulation Down Obligation MW with no trade adjustment for each Business Associate shall be calculated as the product of Regulation Down to Load Obligation ratio for the hour and the BA Hourly Total metered Demand. The Regulation Down Obligation MW with no trade adjustment will be used in allocation of Neutrality charges.

12.5 Regulation Down to Load Obligation ratio for the hour shall be calculated by dividing the Total Regulation Down Requirement for the hour by CAISO Hourly Total metered Demand.







Bus

Req

ID

Business Rule

12.6

The Operating Reserve Obligation MW for each Business Associate shall be calculated by adding the following components:

Product of the Operating Reserve Obligation Ratio (Operating Reserve Obligation percentage ratio for demand to be met by non-metered hydro) and (BA Hourly Total metered Demand, plus BA Hourly total firm Export, and minus BA Hourly total firm Import).

Product of Operating Reserve Obligation percentage ratio for non-firm Import and BA Hourly total non-firm Import.

Product of Operating Reserve Obligation percentage ratio for non-firm Export and BA Hourly total non-firm Export.

Product of the Operating Reserve Obligation Hydro Ratio (Operating Reserve Obligation percentage ratio adjustment for metered hydro generation) and (BA Hourly Total Metered Hydro generation, plus Dynamic and Contingent unit generation import, and minus Dynamic and Contingent unit generation export).

12.7

The Spinning Reserve Obligation MW for each Business Associate shall be calculated by adding (a) product of the Adjusted Operating Reserve Obligation MW and the Real-Time Spinning Reserve to Operating Reserve Ratio (b) BA Hourly Total Spinning Reserve trade MW.

12.8

The Spinning Reserve Obligation MW with no trade adjustment for each Business Associate shall be calculated as the product of the Adjusted Operating Reserve Obligation MW and the Real-Time Spinning Reserve to Operating Reserve Ratio. The Spinning Reserve Obligation MW with no trade adjustment will be used in allocation of Neutrality charges in CC 6196.

12.9

The Non-Spinning Reserve Obligation MW for each Business Associate shall be calculated by adding (a) product of the Adjusted Operating Reserve Obligation MW and the Real-Time Non-Spinning Reserve to Operating Reserve Ratio (b) BA Hourly Total Non-Spinning Reserve trade MW.

12.10

The Non-Spinning Reserve Obligation MW with no trade adjustment for each Business Associate shall be calculated as the product of the Adjusted Operating Reserve Obligation MW and the Real-Time Non-Spinning Reserve to Operating Reserve Ratio. The Non-Spinning Reserve Obligation MW with no trade adjustment will be used in allocation of Neutrality charges in CC 6296.







3.2 Predecessor Charge Codes

Charge Code/ Pre-calc Name

MSS Netting Pre-calculation

System Resource Deemed Delivered Energy Pre-calculation

Spin and NonSpin No Pay Quantity Pre-Calculation

Regulation No Pay Quantity Pre-Calculation

3.3 Successor Charge Codes


Real Time Energy Quantity Pre-calculation

No Pay Spinning Reserve Settlement (CC 6124)

No Pay Non-Spinning Reserve Settlement (CC 6224)

Non Compliance Regulation Up Settlement (CC 6524)

Non Compliance Regulation Down Settlement (CC 6624)

Spinning Reserve Obligation Settlement (CC 6194)

Non-Spinning Reserve Obligation Settlement (CC 6294)

Regulation Up Obligation Settlement (CC 6594)

Regulation Down Obligation Settlement (CC 6694)

Spinning Reserve Neutrality Allocation (CC 6196)

Non-Spinning Reserve Neutrality Allocation (CC 6296)

Regulation Up Neutrality Allocation (CC 6596)

Regulation Down Neutrality Allocation (CC 6696)

Upward Ancillary Services Neutrality Allocation (CC 6090)

ETC,TOR,CVR Quantity Pre-Calc

Day-Ahead Congestion AS Spinning Reserve Import Settlement (CC 6710)

Day-Ahead Congestion AS Non-Spinning Reserve Import Settlement (CC 6720)

Day-Ahead Congestion AS Regulation Up Import Settlement (CC 6750)

Day-Ahead Congestion AS Regulation Down Import Settlement (CC 6760)

HASP Congestion AS Spinning Reserve Import Settlement (CC 6711)

Real-Time Congestion AS Spinning Reserve Import Settlement (CC 6715)









HASP Congestion AS Non-Spinning Reserve Import Settlement (CC 6721)

Real-Time Congestion AS Non-Spinning Reserve Import Settlement (CC 6725)

Real-Time Congestion AS Regulation Up Import Settlement (CC 6755)

Real-Time Congestion AS Regulation Down Import Settlement (CC 6765)

Compliance Supporting Data Pre-Calc

GMC Market Services Charge (CC 4560)

3.4 Inputs External Systems

Row

# Variable Name Description

1. 1 DARegUpQSP

BrtFSNzadh

Day Ahead Regulation Up Qualified Self-Provision capacity for Business Associate B, resource r, resource type t, Entity Component Type F, Entity_Component_Subtype S, Contract Reference Number N, Contract Type z, Intertie_Constraint_ID a for Trading Day d and Trading Hour h (MW)

2. 2 TotalRTRegUpQSP

BrtFSNzadhc

Real-Time Regulation Up Qualified Self-Provision capacity for Business Associate B resource r , resource type t, Entity Component Type F, Entity_Component_Subtype S, Contract Reference Number N, Contract Type z, Intertie_Constraint_ID a for Trading Day d and Trading Hour h and Ancillary Service Commitment interval c for the relevant Real-Time hour (MW).

Values are incremental with respect to IFM values.

3 NoPayRegUpQSP

BrtFSadhi

Non Compliance Regulation Up Qualified Self-Provision Capacity for Business Associate B resource r, resource type t, Entity Component Type F, Entity_Component_Subtype S, intertie constraint ID for Trading Day d and Trading Hour h during Settlement Interval i (MW)

External input from Compliance

Formatted: Numbered + Level: 1 +Numbering Style: 1, 2, 3, + Start at: 1 +Alignment: Left + Aligned at: 0.25" + Indentat: 0.5"


Row


3. 4 DARegDownQSP

BrtFSNzadh

Day Ahead Regulation Down Qualified Self-Provision capacity for Business Associate B resource r, resource type t, Entity Component Type F, Entity_Component_Subtype S, Contract Reference Number N, Contract Type z, Intertie_Constraint_ID a for Trading Day d and Trading Hour h (MW)

4. 5 TotalRTRegDownQS

P BrtFSNzadhc

Real-Time Regulation Down Qualified Self-Provision capacity for Business Associate B resource r, resource type t, Entity Component Type F, Entity_Component_Subtype S, Contract Reference Number N, Contract Type z, Intertie_Constraint_ID a for Trading Day d and Trading Hour h and RTUC Ancillary Service Commitment interval c (MW).

Values are incremental with respect to IFM values

6 NoPayRegDownQSP

BrtFSadhi

Non Compliance Regulation Down Self-Provision Capacity for the Business Associate B resource r, resource type t, Entity Component Type F, Entity_Component_Subtype S, intertie constraint ID for Trading Day d and Trading Hour h during Settlement Interval i (MW)


5. 7 DASpinQSP

BrtFSNzadh

Day Ahead Spinning Reserve Qualified Self-Provision capacity for Business Associate B resource r, resource type t, Entity Component Type F, Entity_Component_Subtype S, Contract Reference Number N, Contract Type z, Intertie_Constraint_ID a for Trading Day d and Trading Hour h (MW)

6. 8 HASPSpinQSP

BrtFSNzadh

HASP Spinning Reserve Qualified Self-Provision capacity for Business Associate B resource r, resource type t, Entity Component Type F, Entity_Component_Subtype S, Contract Reference Number N, Contract Type z, Intertie_Constraint_ID a for Trading Day d and Trading Hour h (MW)

Values are incremental with respect to IFM





Row


7. 9 TotalRTSpinQSP

BrtFSNzadhc

Real-Time Spinning Reserve Qualified Self-Provision capacity for Business Associate B resource r, resource type t, Entity Component Type F, Entity_Component_Subtype S, Contract Reference Number N, Contract Type z, Intertie_Constraint_ID a for Trading Day d and Trading Hour h and RTUC Ancillary Service Commitment interval c (MW)

Values are incremental with respect to IFM

10 NA NA

8. 11

DANonSpinQSP

BrtFSNzadh

Day Ahead Non-Spinning Reserve Qualified Self-Provision capacity for Business Associate B resource r, resource type t, Entity Component Type F, Entity_Component_Subtype S, Contract Reference Number N, Contract Type z, Intertie_Constraint_ID a for Trading Day d and Trading Hour h (MW)

9. 12

HASPNonSpinQSP

BrtFSNzadh

HASP Non-Spinning Reserve Qualified Self-Provision capacity for Business Associate B resource r, resource type t, Entity Component Type F, Entity_Component_Subtype S, Contract Reference Number N, Contract Type z, Intertie_Constraint_ID a for Trading Day d and Trading Hour h (MW)


10. 13

TotalRTNonSpinQSP

BrtFSNzadhc

Real-Time Non-Spinning Reserve Qualified Self-Provision capacity for Business Associate B resource r, resource type t, Entity Component Type F, Entity_Component_Subtype S, Contract Reference Number N, Contract Type z, Intertie_Constraint_ID a for Trading Day d and Trading Hour h and RTUC Ancillary Service Commitment interval c (MW)


14

NA NA








Row


11. 15

DARegUpAwardedBidQuantity

BrtuTIMVLWRFSah

Day Ahead Regulation Up Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

12. 16

15MinuteRTMRegUpAwardedBidQuantity

BrtuTIMVLWRFSahc

Real-Time Regulation Up Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h and RTUC Ancillary Service Commitment interval c (MW).


17

NoPayRegUpBidQty

BrtuTIMVLWRFSahi

Non Compliance Regulation Up associated with Awarded Bid Capacity for Business Associate B resource r, resource type t, intertie constraint ID a for Trading Day d and Trading Hour h during Settlement Interval i ( (MW)


13. 18

DARegDownAwardedBidQuantity

BrtuTIMVLWRFSah

Day Ahead Regulation Down Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

14. 19

15MinuteRTMRegDownAwardedBidQuantity

BrtuTIMVLWRFSahc

Real-Time Regulation Down Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h and RTUC Ancillary Service Commitment interval c (MW).


20

NoPayRegDownBidQty

BrtuTIMVLWRFSahi

Non Compliance Regulation Down associated with Awarded Bid Capacity for the Business Associate B resource r, resource type t, intertie constraint ID a for Trading Day d and Trading Hour h during Settlement Interval i (MW)


15. 21

DAHourlySpinAwardedBidQuantity

BrtuTIMVLWRFSah

Day Ahead Spinning Reserve Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

16. 22

HASPHourlySpinAwardedBidQuantity

BrtuTIMVLWRFSah

HASP Spinning Reserve Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h (MW)










Row


17. 23

15MinuteRTMSpinAwardedBidQuantity

BrtuTIMVLWRFSahc

Real-Time Spinning Reserve Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h and Ancillary Service interval c for the relevant Real-Time hour (MW)


24 NA NA

18. 25

DANonSpinAwardedBidQuantity

BrtuTIMVLWRFSah

Day Ahead Non-Spinning Reserve Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

19. 26

HASPHourlyNonSpinAwardedBidQuantity

BrtuTIMVLWRFSah

HASP Non-Spinning Reserve Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h (MW)


20. 27

15MinuteRTMNonSpinAwardedBidQuantity

BrtuTIMVLWRFSahc

Real-Time Non-Spinning Reserve associated with Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h and Ancillary Service interval c for the relevant Real-Time hour (MW)


28 NA NA

21. 29

RegUpFromTradeM

W Bsdh

Regulation Up (inter-SC) Trade MW Quantity sold by Business Associate B, Inter-SC Trade s, for Trading Day d and Trading Hour h (MW) (Always

a positive value)

22. 30

RegUpToTradeMW

Bsdh

Regulation Up (inter-SC) Trade MW Quantity bought by Business Associate B, Inter-SC Trade s, for Trading Day d and Trading Hour h (MW)

(Always a positive value)

23. 31

RegDownFromTrade

MW Bsdh

Regulation Down (inter-SC) Trade MW Quantity sold by Business Associate B, Inter-SC Trade s, for Trading Day d and Trading Hour h (MW)












Row


24. 32

RegDownToTradeM

W Bsdh

Regulation Down (inter-SC) Trade MW Quantity bought by Business Associate B , Inter-SC Trade s, for Trading Day d and Trading Hour h (MW)


25. 33

SpinFromTradeMW

Bsdh

Spinning Reserve (inter-SC) Trade MW Quantity sold by Business Associate B , Inter-SC Trade s, for Trading Day d and Trading Hour h (MW)


26. 34

SpinToTradeMW

Bsdh

Spinning Reserve (inter-SC) Trade MW Quantity bought by Business Associate B , Inter-SC Trade s, for Trading Day d and Trading Hour h (MW)


27. 35

NonSpinFromTradeM

W Bsdh

Non-Spinning Reserve (inter-SC) Trade MW Quantity sold by Business Associate B , Inter-SC

Trade s, for Trading Day d and Trading Hour h (MW) (Always a positive value)

28. 36

NonSpinToTradeMW

Bsdh

Non-Spinning Reserve (inter-SC) Trade MW Quantity bought by Business Associate B, Inter-

SC Trade s, for Trading Day d and Trading Hour h (MW) (Always a positive value)

29. 37 OperReserveObligDemandRatio

Operating Reserve Obligation percentage ratio for non hydro demand (%)

This is standing data. Default Value = 7%

30. 38 OperReserveObligNonFirmImportRatio

Operating Reserve Obligation percentage ratio for non-firm Import (%)


31. 39 OperReserveObligNonFirmExportRatio

Operating Reserve Obligation percentage ratio for non-firm Export (%)


32. 40 OperReserveObligHydroRatioAdjust

Operating Reserve Obligation percentage ratio adjustment for metered hydro generation (%)

This is standing data. Default Value = -2%

33. 41

HourlyPredispatchFla

g Brth

A flag associated with a resource. The value is True when the resource is pre-dispatchable in the HASP: otherwise, the value is False

34. 42

UnitContingentFlag

Brt

A flag which indicates if a resource is a Unit Contingent Resource. Where 1 represents a resource that is considered Unit Contingent.













Row


35. 43 AncillaryServicesQSPCONGCreditFLAG

Flag to determine if Congestion Credit is to apply for QSP for a resource, where 1 represents that Congestion Credit should be applied.

36. 44

CAISORTNonSpinRe

q dhc

Total Real-Time Non-Spinning Reserve Requirement for trade date d, trade hour h, interval i, and Ancillary Interval c (MWh)

37. 45

CAISORTSpinReq

dhc

Total Real-Time Spinning Reserve Requirement for trade date d, trade hour h, interval i, and Ancillary Interval c (MWh)

38. 46

CAISORTRegUpReq

dhc

CAISO Real-Time Regulation Up Requirement for trade date d, trade hour h, interval i, and Ancillary Interval c (MWh)

39. 47

CAISORTRegDownR

eq dhc

CAISO Real-Time Regulation Down Requirement for trade date d, trade hour h, interval i, and Ancillary Interval c (MWh)

40. 48 CAISODASpinReq dh Total Day Ahead Spinning Reserve Requirement

for trade date d, and trade hour h (MWh)

41. 49

CAISODANonSpinRe

q dh

Total Day Ahead Non-Spinning Reserve Requirement for trade date d, and trade hour h (MWh)

42. 50

CAISODARegUpReq

dh

CAISO Day Ahead Regulation Up Requirement for trade date d, and trade hour h (MWh)

5.43. 51

CAISODARegDownR

eq dh

CAISO Day Ahead Regulation Down Requirement for trade date d, and trade hour h (MWh)

3.5 Inputs - Predecessor Charge Codes or Pre-calculations










Input

Req

ID

Variable Name Predecessor Charge Code/

Pre-calc Configuration

1. 1

BAResIntervalMeteredCAISODemandQuantity

BrtTQuIMAARpWQdnNzHvPVLmdhi


Note: only attributes necessary for this charge code are used.

2. 2

BAHourlyInterchangeDeemedDeliveredEnergyQuantity

BrtEuTIQMAAFRpPWQSdNzOVvHnL

mdh

System Resource Deemed Delivered Energy Pre-calculation


3. 3

BAResIntervalMeteredGenerationQuantity

BrtuTIQMAARpPWQdNzVvHnLmdhi



4. 4

BAResourceGensDynamicAndParticipatingLoadsNoPaySpinAwardQuantit

y BrtTuIMRWFSVL'dhi


5. 5

BAResourceGensDynamicAndParticipatingLoadsNoPaySpinSelfProvision

Quantity BrtTuIMRWFSVL'dhi


6. 6

BAResourceGensDynamicAndParticipatingLoadsNoPayNonSpinSelfProvis

ionQuantity BrtTuIMRWFSVL'dhi


7. 7

BAResourceGensDynamicAndParticipatingLoadsNoPayNonSpinAwardQu

antity BrtTuIMRWFSVL'dhi


8. 8

HourlyTotalNoPayRegDownQSP BrtFSdh


9. 9

HourlyTotalNoPayRegDownBid BrtFSdh




Formatted Table



Formatted: Default Paragraph Font, Highlight

Formatted: Not Superscript/ Subscript,Highlight












Input

Req

ID

Variable Name Predecessor Charge Code/

Pre-calc Configuration

10. 10

HourlyTotalNoPayRegUpBid BrtFSdh


11. 11

HourlyTotalNoPayRegUpQSP BrtFSdh










Formatted: Default Paragraph Font, Highlight






3.6 CAISO Formula

3.6.1 Hourly Total Import Congestion Awarded Bid Capacity (RegUp, RegDown, Spin, NonSpin)

3.6.1.1 Where Resource Type (t) = ITIE

DARegUpAward BrtFSadh = ' ' ' ' ' 'T u I M V L W R

DARegUpAwardedBidQuantity

BrtuTIMVLWRFSah


DARegDownAward BrtFSadh =

' ' ' ' ' 'T u I M V L W R

DARegDownAwardedBidQuantity BrtuTIMVLWRFSah


DASpinAward BrtFSadh = ' ' ' ' ' 'T u I M V L W R

DAHourlySpinAwardedBidQuantity

BrtuTIMVLWRFSah


DANonSpinAward BrtFSadh = ' ' ' ' ' 'T u I M V L W R

DANonSpinAwardedBidQuantity

BrtuTIMVLWRFSah


HASPSpinAward BrtFSadh =

' ' ' ' ' 'T u I M V L W R

HASPHourlySpinAwardedBidQuantity BrtuTIMVLWRFSah


HASPNonSpinAward BrtFSadh =

' ' ' ' ' 'T u I M V L W R

HASPHourlyNonSpinAwardedBidQuantity BrtuTIMVLWRFSah


RTRegDownAward BrtFSadh = ' ' ' ' ' 'T u I M V L W R

15MinuteRTMRegDownAwardedBidQuantity BrtuTIMVLWRFSahc


RTRegUpAward BrtFSadhc = ' ' ' ' ' 'T u I M V L W R

15MinuteRTMRegUpAwardedBidQuantity BrtuTIMVLWRFSahc



RTSpinAward BrtFSadhc = ' ' ' ' ' 'T u I M V L W R

15MinuteRTMSpinAwardedBidQuantity BrtuTIMVLWRFSahc


RTNonSpinAward BrtFSadhc = ' ' ' ' ' 'T u I M V L W R

15MinuteRTMNonSpinAwardedBidQuantity BrtuTIMVLWRFSahc


DARegUpImportQSP BrtFSNzadh = (DARegUpQSP BrtFSNzadh * AncillaryServicesQSPCONGCreditFLAG)


DARegDownImportQSP BrtFSNzadh = (DARegDownQSP BrtFSNzadh*

AncillaryServicesQSPCONGCreditFLAG)


DASpinImportQSP BrtFSNzadh = (DASpinQSP BrtFSNzadh *



DANonSpinImportQSP BrtFSNzadh = (DANonSpinQSP BrtFSNzadh * AncillaryServicesQSPCONGCreditFLAG)


HASPSpinIntertieQSP BrtFSNzadh = (HASPSpinQSP BrtFSNzadh * AncillaryServicesQSPCONGCreditFLAG)

3.6.1.16 IF HourlyPredispatchFlag Brtdh = 1

THEN

HASPSpinImportQSP BrtFSNzadh = HASPSpinIntertieQSP BrtFSNzadh (DASpinAward

BrtFSadh + DASpinImportQSP BrtFSNzadh )

ELSE


HASPSpinImportQSP BrtFSNzadh = 0


HASPNonSpinIntertieQSP BrtFSNzadh = (HASPNonSpinQSP BrtFSNzadh * AncillaryServicesQSPCONGCreditFLAG)


THEN

HASPNonSpinImportQSP BrtFSNzadh = HASPNonSpinIntertieQSP BrtFSNzadh

(DANonSpinAward BrtFSadh + DANonSpinImportQSP BrtFSNzadh )

ELSE

HASPNonSpinImportQSP BrtFSNzadh = 0


RTRegUpIntertieQSP BrtFSNzadh = 4

1c

( .25 * TotalRTRegUpQSP BrtFSNzadhc *

AncillaryServicesQSPCONGCreditFLAG )

3.6.1.20

RTRegUpImportQSP BrtFSNzadh = RTRegUpIntertieQSP BrtFSNzadh (DARegUpAward

BrtFSadh + DARegUpImportQSP BrtFSNzadh)


RTRegDownIntertieQSP BrtFSNzadh = 4

1c

( .25 * TotalRTRegDownQSP BrtFSNzadhc *


3.6.1.22

RTRegDownImportQSP BrtFSNzadh = RTRegDownIntertieQSP BrtFSNzadh

(DARegDownAward BrtFSadh + DARegDownImportQSP BrtFSNzadh)


RTNonSpinIntertieQSP BrtFSNzadh = 4

1c

( .25 * TotalRTNonSpinQSP BrtFSNzadhc *



3.6.1.24 IF HourlyPredispatchFlag Brtdh 1

THEN

RTNonSpinImportQSP BrtFSNzadh = RTNonSpinIntertieQSP BrtFSNzadh

(DANonSpinAward BrtFSadh + DANonSpinImportQSP BrtFSNzadh)

ELSE

RTNonSpinImportQSP BrtFSNzadh = 0


RTSpinIntertieQSP BrtFSNzadh = 4

1c

( .25 * TotalRTSpinQSP BrtFSNzadhc *



THEN

RTSpinImportQSP BrtFSNzadh = RTSpinIntertieQSP BrtFSNzadh (DASpinAward

BrtFSadh + DASpinImportQSP BrtFSNzadh)

ELSE

RTSpinImportQSP BrtFSNzadh = 0

3.6.2 Hourly Total Awarded Bid Capacity (RegUp, RegDown, Spin, NonSpin)

3.6.2.1

DAAwardedRegUpBidCapacity BrtFSdh =

' ' ' ' ' ' 'T u I M V L W R a

DARegUpAwardedBidQuantity BrtuTIMVLWRFSah

3.6.2.2

DAAwardedRegDownBidCapacity BrtFSdh = ' ' ' ' ' ' 'T u I M V L W R a

DARegDownAwardedBidQuantity BrtuTIMVLWRFSah

3.6.2.3


DAAwardedSpinBidCapacity BrtFSdh = ' ' ' ' ' ' 'T u I M V L W R a

DAHourlySpinAwardedBidQuantity BrtuTIMVLWRFSah

3.6.2.4

DAAwardedNonSpinBidCapacity BrtFSdh = ' ' ' ' ' ' 'T u I M V L W R a

DANonSpinAwardedBidQuantity BrtuTIMVLWRFSah

3.6.2.5

HASPAwardedSpinBidCapacity BrtFSdh = ' ' ' ' ' ' 'T u I M V L W R a

HASPHourlySpinAwardedBidQuantity BrtuTIMVLWRFSah

3.6.2.6

HASPAwardedNonSpinBidCapacity BrtFSdh = ' ' ' ' ' ' 'T u I M V L W R a

HASPHourlyNonSpinAwardedBidQuantity BrtuTIMVLWRFSah

3.6.2.7

RTAwardedRegDownBidCapacity BrtFSdhc = ' ' ' ' ' ' 'T u I M V L W R a

15MinuteRTMRegDownAwardedBidQuantity BrtuTIMVLWRFSahc

3.6.2.8

RTAwardedRegUpBidCapacity BrtFSdhc = ' ' ' ' ' ' 'T u I M V L W R a

15MinuteRTMRegUpAwardedBidQuantity BrtuTIMVLWRFSahc

3.6.2.9

RTAwardedSpinBidCapacity BrtFSdhc = ' ' ' ' ' ' 'T u I M V L W R a

15MinuteRTMSpinAwardedBidQuantity BrtuTIMVLWRFSahc

3.6.2.10

RTAwardedNonSpinBidCapacity BrtFSdhc = ' ' ' ' ' ' 'T u I M V L W R a

15MinuteRTMNonSpinAwardedBidQuantity BrtuTIMVLWRFSahc

3.6.2.11


NoPayRegDownBid BrtFSdhi = ' ' ' ' ' ' 'T u I M V L W R a

NoPayRegDownBidQty

BrtuTIMVLWRFSahi

3.6.2.12

NoPayRegUpBid BrtFSdhi = ' ' ' ' ' ' 'T u I M V L W R a

NoPayRegUpBidQty

BrtuTIMVLWRFSahi

3.6.2.133.6.2.12

NoPaySpinBid BrtFSdhi = ' ' ' ' ' 'T u I M V L W R

BAResourceGensDynamicAndParticipatingLoadsNoPaySpinAwardQuantity

BrtTuIMRWFSVL'dhi

3.6.2.143.6.2.13

NoPayNonSpinDownBid BrtFSdhi = ' ' ' ' ' 'T u I M V L W R

BAResourceGensDynamicAndParticipatingLoadsNoPayNonSpinAwardQuantity

BrtTuIMRWFSVL'dhi

3.6.2.153.6.2.14

DARegUpCapacityQSP BrtFSdh = N z a' '

DARegUpQSP BrtFSNzadh

3.6.2.163.6.2.15

DARegDownCapacityQSP BrtFSdh = N z a' '

DARegDownQSP BrtFSNzadh

3.6.2.173.6.2.16

DASpinCapacityQSP BrtFSdh = N z a' '

DASpinQSP BrtFSNzadh

3.6.2.183.6.2.17

DANonSpinCapacityQSP BrtFSdh = N z a' '

DANonSpinQSP BrtFSNzadh

3.6.2.193.6.2.18

HASPSpinCapacityQSP BrtFSdh = N z a' '

HASPSpinQSP BrtFSNzadh

3.6.2.203.6.2.19


HASPNonSpinCapacityQSP BrtFSdh = N z a' '

HASPNonSpinQSP BrtFSNzadh

3.6.3 ANCILLARY SERVICES SETTLEMENT

REGUP:

3.6.3.1

RTRegUpQSP BrtFSdh =

4

1c

(.25 * N z a '

TotalRTRegUpQSP BrtFSNzadhc )

3.6.3.2

HourlyRtRegUpQSP BrtFSdh = RTRegUpQSP BrtFSdh (DAAwardedRegUpBidCapacity

BrtF'S'dh + DARegUpCapacityQSP BrtFSmdh )

3.6.3.3 HourlyTotalRegUpEQSP Brtdh

HourlyTotalRegUpEQSP Brtdh = ' 'F S

max((HourlyTotalRegUpQSP BrtFSdh -

HourlyTotalNoPayRegUpQSP BrtFSdh ),0)

3.6.3.3.1 Where HourlyTotalNoPayRegUpQSP BrtFSdh is defined as

HourlyTotalNoPayRegUpQSP BrtFSdh = 6

1' ia

NoPayRegUpQSP Brt FSadhi

3.6.3.3.23.6.3.3.1 And where HourlyTotalRegUpQSP BrtFSdh is defined as

HourlyTotalRegUpQSP Brt FSdh = Max( 0, DARegUpQSP Brt FSdh +

HourlyRtRegUpQSP BrtFSdh)

3.6.3.4 BAHourlyTotalRegUpEQSP Bdh

BAHourlyTotalRegUpEQSP Bdh = Br t

HourlyTotalRegUpEQSP Brtdh

3.6.3.5 CAISOHourlyTotalRegUpEQSP dh

CAISOHourlyTotalRegUpEQSP dh = B r t

HourlyTotalRegUpEQSP Brtdh

REGDOWN:




3.6.3.6

RTRegDownQSP BrtFSdh =

4

1c

(.25 * N z a' '

TotalRTRegDownQSP BrtFSNzadhc )

3.6.3.7

HourlyRTRegDownQSP BrtFSdh = RTRegDownQSP BrtFSdh

(DAAwardedRegDownBidCapacity BrtFSdh + DARegDownCapacityQSP BrtFSdh )

3.6.3.8

HourlyTotalRegDownEQSP Brtdh = ' 'F S

max((HourlyTotalRegDownQSP BrtFSdh -

HourlyTotalNoPayRegDownQSP BrtFSdh ),0)

3.6.3.8.1 Where HourlyTotalNoPayRegDownQSP BrtFSdh is defined as

HourlyTotalNoPayRegDownQSP BrtFSdh = 6

1' ia

NoPayRegDownQSP BrtFSadhi

3.6.3.8.23.6.3.8.1 And where HourlyTotalRegDownQSP BrtFSdh is defined as

HourlyTotalRegDownQSP BrtFSdh = Max( 0, DARegDownQSP BrtFSdh +

HourlyRTRegDownQSP BrtFSdh)

3.6.3.9 BAHourlyTotalRegDownEQSP Bdh

BAHourlyTotalRegDownEQSP Bdh = Br t

HourlyTotalRegDownEQSP Brtdh

3.6.3.10 CAISOHourlyTotalRegDownEQSP dh

CAISOHourlyTotalRegDownEQSP dh = B r t

HourlyTotalRegDownEQSP Brtdh




SPIN:

3.6.3.11

RTSpinQSP BrtFSdh = 4

1c

( .25 * N z a' '

TotalRTSpinQSP BrtFSNzadh)


Then

HourlyRTSpinQSP BrtFSdh = RTSpinQSP BrtFSdh (DAAwardedSpinBidCapacity

BrtFSdh + DASpinCapacityQSP BrtFSdh )

ELSE

HourlyRTSpinQSP BrtFSdh = 0


Then

HourlyHASPSpinQSP BrtFSdh = HASPSpinCapacityQSP BrtFSdh (DAAwardedSpinBidCapacity BrtFSdh + DASpinCapacityQSP BrtFSdh )

ELSE

HourlyHASPSpinQSP BrtFSdh = 0

3.6.3.14 HourlyTotalSpinEQSP Brtdh

HourlyTotalSpinEQSP Brtdh = ' 'F S

max((HourlyTotalSpinQSP BrtFSdh -

HourlyTotalNoPaySpinQSP BrtFSdh ),0)

3.6.3.15 Where HourlyTotalNoPaySpinQSP BrtFSdh is defined as

HourlyTotalNoPaySpinQSP BrtFSdh = ' ' ' ' ' 'T u I M R W V L

6

1i

BAResourceGensDynamicAndParticipatingLoadsNoPaySpinSelfProvisionQuantity

BrtTuIMRWFSVL'dhi

3.6.3.16 And where HourlyTotalSpinQSP BrtFSdh is defined as

HourlyTotalSpinQSP BrtFSdh = Max(0, DASpinQSP BrtFSdh + HourlyHASPSpinQSP

BrtFSdh + HourlyRTSpinQSP BrtFSdh)




3.6.3.17 BAHourlyTotalSpinEQSP Bdh

BAHourlyTotalSpinEQSP Bdh = Br t

HourlyTotalSpinEQSP Brtdh

3.6.3.18 CAISOHourlyTotalSpinEQSP dh

CAISOHourlyTotalSpinEQSP dh = B r t

HourlyTotalSpinEQSP Brtdh

NONSPIN:

3.6.3.19

RTNonSpinQSP BrtFSdh = 4

1c

( .25 * N z a' '

TotalRTNonSpinQSP BrtFSNzadh)


Then

HourlyHASPNonSpinQSP BrtFSdh = HASPNonSpinCapacityQSP BrtFSdh (DAAwardedNonSpinBidCapacity BrtFSdh + DANonSpinCapacityQSP BrtFSdh )

HourlyHASPNonSpinQSP BrtFSdh = 0


Then

HourlyRTNonSpinQSP BrtFSdh = RTSpinQSP BrtFSdh (DAAwardedNonSpinBidCapacity BrtFSdh + DANonSpinCapacityQSP BrtFSdh )

ELSE

HourlyRTNonSpinQSP BrtFSdh = 0

3.6.3.22 HourlyTotalNonSpinEQSP Brtdh

HourlyTotalNonSpinEQSP Brtdh = ' 'F S

max((HourlyTotalNonSpinQSP BrtFSdh -

HourlyTotalNoPayNonSpinQSP BrtFSdh ),0)

3.6.3.22.1 Where HourlyTotalNoPayNonSpinQSP BrtFSdh is defined as


HourlyTotalNoPayNonSpinQSP BrtFSdh = ' ' ' ' ' 'T u I M R W V L

6

1i

BAResourceGensDynamicAndParticipatingLoadsNoPayNonSpinSelfProvisionQuantity

BrtTuIMRWFSVL'dhi

3.6.3.22.2 And where HourlyTotalNonSpinQSP BrtFSdh is defined as

HourlyTotalNonSpinQSP BrtFSdh = Max(0, DANonSpinQSP BrtFSdh +

HourlyHASPNonSpinQSP BrtFSdh + HourlyRTNonSpinQSP BrtFSdh)

3.6.3.23 BAHourlyTotalNonSpinEQSP Bdh

BAHourlyTotalNonSpinEQSP Bdh = Br t

HourlyTotalNonSpinEQSP Brtdh

3.6.3.24 CAISOHourlyTotalNonSpinEQSP dh

CAISOHourlyTotalNonSpinEQSP dh = B r t

HourlyTotalNonSpinEQSP Brtdh

3.6.3.25 HourlyTotalRegUpNetProc Brtdh

HourlyTotalRegUpNetProc Brtdh = ' 'F S

(HourlyTotalAwardedRegUpBidCapacity

BrtFSdh - HourlyTotalNoPayRegUpBid BrtFSdh)

3.6.3.25.1 Where HourlyTotalNoPayRegUpBid BrtFSdh is defined as

HourlyTotalNoPayRegUpBid BrtFSdh = Min (6

1i

NoPayRegUpBid BrtFSdhi,

HourlyTotalAwardedRegUpBidCapacity BrtFSdh)

3.6.3.25.23.6.3.25.1 And where HourlyTotalAwardedRegUpBidCapacity BrtFSdh is defined as

HourlyTotalAwardedRegUpBidCapacity BrtFSdh = DAAwardedRegUpBidCapacity

BrtFSdh +4

1c

(.25) * RTAwardedRegUpBidCapacity BrtFSdhc

3.6.3.26 BAHourlyTotalRegUpNetProc Bdh

BAHourlyTotalRegUpNetProc Bdh = Br t

HourlyTotalRegUpNetProc Brtdh

Formatted: Indent: Left: 1"




3.6.3.27 CAISOHourlyTotalRegUpNetProc dh

CAISOHourlyTotalRegUpNetProc dh = B r t

HourlyTotalRegUpNetProc Brtdh

3.6.3.28 HourlyTotalRegDownNetProc Brtdh

HourlyTotalRegDownNetProc Brtdh = ' 'F S

(HourlyTotalAwardedRegDownBidCapacity

BrtFSdh - HourlyTotalNoPayRegDownBid BrtFSdh)

3.6.3.28.1 Where HourlyTotalNoPayRegDownBid BrtFSdh is defined as

HourlyTotalNoPayRegDownBid BrtFSdh = Min (6

1i

NoPayRegDownBid BrtFSdhi,

HourlyTotalAwardedRegDownBidCapacity BrtFSdh)

3.6.3.28.23.6.3.28.1 And where HourlyTotalAwardedRegDownBidCapacity BrtFSdh is defined

as

HourlyTotalAwardedRegDownBidCapacity BrtFSdh = DARegDownAwardedBidCapacity

BrtFSdh + 4

1c

(.25) * RTRegDownAwardedBidCapacity BrtFSdhc

3.6.3.29 BAHourlyTotalRegDownNetProc Bdh

BAHourlyTotalRegDownNetProc Bdh = Br t

HourlyTotalRegDownNetProc Brtdh

3.6.3.30 CAISOHourlyTotalRegDownNetProc dh

CAISOHourlyTotalRegDownNetProc dh = B r t

HourlyTotalRegDownNetProc Brtdh

3.6.3.31 HourlyTotalSpinNetProc Brtdh

HourlyTotalSpinNetProc Brtdh =' 'F S

(HourlyTotalAwardedSpinBidCapacity BrtFSdh -

HourlyTotalNoPaySpinBid BrtFSdh)

3.6.3.31.1 Where HourlyTotalNoPaySpinBid BrtFSdh is defined as


HourlyTotalNoPaySpinBid BrtFSdh = Min (6

1i

NoPaySpinBid BrtFSdhi,

HourlyTotalAwardedSpinBidCapacity BrtFSdh)

3.6.3.31.2 And where HourlyTotalAwardedSpinBidCapacity BrtFSdh is defined as

HourlyTotalAwardedSpinBidCapacity BrtFSdh = DAAwardedSpinBidCapacity BrtFSdh +

HASPAwardedSpinBidCapacity BrtFSdh +4

1c

(.25) * RTAwardedSpinBidCapacity

BrtFSdhc

3.6.3.32 BAHourlyTotalSpinNetProc Bdh

BAHourlyTotalSpinNetProc Bdh = Br t

HourlyTotalSpinNetProc Brtdh

3.6.3.33 CAISOHourlyTotalSpinNetProc dh

CAISOHourlyTotalSpinNetProc dh = B r t

HourlyTotalSpinNetProc Brtdh

3.6.3.34 HourlyTotalNonSpinNetProc Brtdh

HourlyTotalNonSpinNetProc Brtdh = ' 'F S

(HourlyTotalAwardedNonSpinBidCapacity

BrtFSdh - HourlyTotalNoPayNonSpinBid BrtFSdh)

3.6.3.34.1 Where HourlyTotalNoPayNonSpinBid BrtFSdh is defined as

HourlyTotalNoPayNonSpinBid BrtFSdh = Min (6

1i

NoPayNonSpinBid BrtFSdhi,

HourlyTotalAwardedNonSpinBidCapacity BrtFSdh)

3.6.3.34.2 And where HourlyTotalAwardedNonSpinBidCapacity BrtFSdh is defined as

HourlyTotalAwardedNonSpinBidCapacity BrtFSdh = DAAwardedNonSpinBidCapacity

BrtFSdh + HASPAwardedNonSpinBidCapacity Brtdh +4

1c

(.25) *

RTAwardedNonSpinBidCapacity BrtFSdhc


3.6.3.35 BAHourlyTotalNonSpinNetProc Bdh

BAHourlyTotalNonSpinNetProc Bdh = Br t

HourlyTotalNonSpinNetProc Brtdh

3.6.3.36 CAISOHourlyTotalNonSpinNetProc dh

CAISOHourlyTotalNonSpinNetProc dh = B r t

HourlyTotalNonSpinNetProc Brtdh

3.6.3.37 TotalRTRegUpReq dh

IF (CAISOHourlyRTRegUpReq dh - CAISODARegUpReq dh < 0)

THEN

TotalRTRegUpReq dh = CAISODARegUpReq dh

ELSE

TotalRTRegUpReq dh = CAISOHourlyRTRegUpReq dh

3.6.3.37.1 Where

CAISOHourlyRTRegUpReq dh = .25(c

CAISORTRegUpReq dhc)

3.6.3.38 TotalRTRegDownReq dh

IF (CAISOHourlyRTRegDownReq dh - CAISODARegDownReq dh < 0)

THEN

TotalRTRegDownReq dh = CAISODARegDownReq dh

ELSE

TotalRTRegDownReq dh = CAISOHourlyRTRegDownReq dh

3.6.3.38.1 Where

CAISOHourlyRTRegDownReq dh = .25(c

CAISORTRegDownReq dhc)

3.6.3.39 TotalRTSpinReq dh

IF (CAISOHourlyRTSpinReq dh - CAISODASpinReq dh < 0)


THEN

TotalRTSpinReq dh = CAISODASpinReq dh

ELSE

TotalRTSpinReq dh = CAISOHourlyRTSpinReq dh

3.6.3.39.1 Where

CAISOHourlyRTSpinReq dh = .25(c

CAISORTSpinReq dhc)

3.6.3.40 TotalRTNonSpinReq dh

IF (CAISOHourlyRTNonSpinReq dh - CAISODANonSpinReq dh < 0)

THEN

TotalRTNonSpinReq dh = CAISODANonSpinReq dh

ELSE

TotalRTNonSpinReq dh = CAISOHourlyRTNonSpinReq dh

3.6.3.40.1 Where

CAISOHourlyRTNonSpinReq dh = .25(c

CAISORTNonSpinReq dhc)

3.6.3.41 HourlyTotalRegUpNetReq dh

HourlyTotalRegUpNetReq dh = Max (0, TotalRTRegUpReq dh -

CAISOHourlyTotalRegUpEQSP dh )

3.6.3.42 HourlyTotalRegDownNetReq dh

HourlyTotalRegDownNetReq dh = Max (0, TotalRTRegDownReq dhic -

CAISOHourlyTotalRegDownEQSP dh )

3.6.3.43 HourlyTotalSpinNetReq dh

HourlyTotalSpinNetReq dh = Max (0, TotalRTSpinReq dhic -

CAISOHourlyTotalSpinEQSP dh )


3.6.3.44 HourlTotalNonSpinNetReq dh

HourlyTotalNonSpinNetReq dh = Max (0, TotalRTNonSpinReq dhic -

CAISOHourlyTotalNonSpinEQSP dh)

3.6.3.45 NetReqScaleFactor dh

IF denominator 0

THEN

NetReqScaleFactor dh = (CAISOHourlyTotalRegUpNetProc dh +

CAISOHourlyTotalSpinNetProc dh + CAISOHourlyTotalNonSpinNetProc dh ) /

(HourlyTotalRegUpNetReq dh + HourlyTotalSpinNetReq dh + HourlyTotalNonSpinNetReq

dh )

ELSE

NetReqScaleFactor dh = 1.0

3.6.3.46 ScaledHourlyTotalRegUpNetReq dh

ScaledHourlyTotalRegUpNetReq dh = NetReqScaleFactor dh * HourlyTotalRegUpNetReq dh

3.6.3.47 ScaledHourlyTotalSpinNetReq dh

ScaledHourlyTotalSpinNetReq dh = NetReqScaleFactor dh * HourlyTotalSpinNetReq dh

3.6.3.48 ScaledHourlyTotalNonSpinNetReq dh

ScaledHourlyTotalNonSpinNetReq dh = NetReqScaleFactor dh *

HourlyTotalNonSpinNetReq dh

3.6.3.49 BAHourlyTotalMeteredDemand Bdh

BAHourlyTotalMeteredDemand Bdh = (-1) *

V L ip W Q d n N z H v Pr t T Q u I M A A R '' ' ' '' ' ' ' '

BAResIntervalMeteredCAISODemandQuantity BrtTQuIMAARpWQdnNzHvPVLmdhi


3.6.3.50 CAISOHourlyTotalMeteredDemand dh

CAISOHourlyTotalMeteredDemand dh = (-1) *

P V L iR p W Q d n N z H vB r t T Q u I M A A '' ' ' '' ' ' ' '

BAResIntervalMeteredCAISODemandQuantity BrtTQuIMAARpWQdnNzHvPVLmdhi

3.6.3.51 BAHourlyUnitContingentDeemedDeliveredEnergyQuantity

BrtEuTIQMAAFRpPWQSdNzOVvHnLmdh

IF UnitContingentFlag Brt = 1

THEN

BAHourlyUnitContingentDeemedDeliveredEnergyQuantity

BrtEuTIQMAAFRpPWQSdNzOVvHnLmdh =



ELSE BAHourlyUnitContingentDeemedDeliveredEnergyQuantity

BrtEuTIQMAAFRpPWQSdNzOVvHnLmdh = 0

3.6.3.52 BAHourlyNonUnitContingentDeemedDeliveredEnergyQuantity


IF UnitContingentFlag Brt = 1

THEN

BAHourlyNonUnitContingentDeemedDeliveredEnergyQuantity

BrtEuTIQMAAFRpPWQSdNzOVvHnLmdh = 0

ELSE


BrtEuTIQMAAFRpPWQSdNzOVvHnLmdh =



3.6.3.53 RegUpObligMW Bdh

RegUpObligMW Bdh = RegUpObligNoTradeMW Bdh + BAHourlyTotalRegUpTradeMW

Bdh


3.6.3.53.1 Where RegUpToLoadObligRatio dh is defined as

RegUpToLoadObligRatio dh = TotalRTRegUpReq dh /

CAISOHourlyTotalMeteredDemand dh

3.6.3.53.2 And where BAHourlyTotalRegUpTradeMW Bdh is defined as

BAHourlyTotalRegUpTradeMW Bdh = s

(RegUpFromTradeMW Bsdh -

RegUpToTradeMW Bsdh )

3.6.3.54 RegUpObligNoTradeMW Bdh

RegUpObligNoTradeMW Bdh = RegUpToLoadObligRatio dh *

BAHourlyTotalMeteredDemand Bdh

3.6.3.55 RegDownObligMW Bdh

RegDownObligMW Bdh = RegDownObligNoTradeMW Bdh +

BAHourlyTotalRegDownTradeMW Bdh

3.6.3.55.1 Where RegDownToLoadObligRatio dh is defined as

RegDownToLoadObligRatio dh = TotalRTRegDownReq dh /

CAISOHourlyTotalMeteredDemand dh

3.6.3.55.2 And where BAHourlyTotalRegDownTradeMW Bdh is defined as

BAHourlyTotalRegDownTradeMW Bdh = s

(RegDownFromTradeMW Bsdh -

RegDownToTradeMW Bsdh )

3.6.3.56 RegDownObligNoTradeMW Bdh

RegDownObligNoTradeMW Bdh = RegDownToLoadObligRatio dh *

BAHourlyTotalMeteredDemand Bdh

3.6.3.57 OperReserveOblig Bdh

OperReserveOblig Bdh = OperReserveObligDemandRatio *

(BAHourlyTotalMeteredDemand Bdh + BAHourlyTotalFirmExport Bdh -

BAHourlyTotalFirmImport Bdh) + OperReserveObligNonFirmImportRatio *

BAHourlyTotalNonFirmImport Bdh + OperReserveObligNonFirmExportRatio *

BAHourlyTotalNonFirmExport Bdh + OperReserveObligHydroRatioAdjust *


(BAHourlyTotalMeteredHydroGen Bdh + BAHourlyTotalHydroDynImport Bdh -

BAHourlyTotalHydroDynExport Bdh + BAHourlyTotalHydroUnitContingentImport Bdh -

BAHourlyTotalHydroUnitContingentExport Bdh)

3.6.3.57.1 And where BAHourlyTotalFirmExport Bdh is defined as

BAHourlyTotalFirmExport Bdh =

(r t E u T I Q M A A' ' ' ' ' ' ' ' 'R p P W Q d N z O V

v H n L F S' ' '


BrtEuTIQMAAFRpPWQSdNzOVvHnLmdh)*(-1)

Where Resource Type (t) = ETIE And Energy Type (E) = FIRM

3.6.3.57.2 And where BAHourlyTotalFirmImport Bdh is defined as

BAHourlyTotalFirmImport Bdh = r t E u T I Q M A A' ' ' ' ' ' ' ' 'R p P W Q d N z O V

v H n L F S' ' '



Where Resource Type (t) = ITIE And Energy Type (E) = FIRM

3.6.3.57.3 And where BAHourlyTotalNonFirmImport Bdh is defined as

BAHourlyTotalNonFirmImport Bdh =

r t E u T I Q M A A' ' ' ' ' ' ' ' 'R p P W Q d N z O V

v H n L F S' ' '


BrtEuTIQMAAFRpPWQSdNzOVvHnLmdh Where Resource Type (t) = ITIE And


Energy Type (E) = NFRM

3.6.3.57.4 And where BAHourlyTotalNonFirmExport Bdh is defined as

BAHourlyTotalNonFirmExport Bdh =

(r t E u T I Q M A A' ' ' ' ' ' ' ' 'R p P W Q d N z O V v H n L F S' ' '

BAHourlyIntercha

ngeDeemedDeliveredEnergyQuantity BrtEuTIQMAAFRpPWQSdNzOVvHnLmdh) * (-1)

Where Resource Type (t) = ETIE And Energy Type (E) = NFRM

3.6.3.57.5 And where BAHourlyTotalMeteredHydroGen Bdh is defined as

BAHourlyTotalMeteredHydroGen Bdh =

r t u T I Q M A A' ' ' ' ' ' ' ' 'R p P W Q d N z V

v H n L i'

BAResIntervalMeteredGenerationQuantity BrtuTIQMAARpPWQdNzVvHnLmdhi

Where Resource Type (t) = GEN And Resource Subtype (d) = HYD

3.6.3.57.6 And where BAHourlyTotalHydroDynImport Bdh is defined as

BAHourlyTotalHydroDynImport Bdh =

r t E u T I Q M A A' ' ' ' ' ' ' ' 'R p P W Q d N z O V v H n L F S' ' '



Where Resource Type (t) = ITIE And Entity_Component_Type (F) = TG And Resource Subtype (d) = HYD


3.6.3.57.7 And where BAHourlyTotalHydroDynExport Bdh is defined as

BAHourlyTotalHydroDynExport_AS Bdh =

(




Where Resource Type (t) = ETIE And Entity_Component_Type (F) = TG And Resource Subtype (d) = HYD

3.6.3.57.8 And where BAHourlyTotalHydroUnitContingentImport Bdh is defined as

BAHourlyTotalHydroUnitContingentImport Bdh =

r t E u T I Q M A A' ' ' ' ' ' ' ' 'R p P W Q d N z O V

v H n L F S' ' '



Where Resource Type (t) = ITIE And Energy Type (E) = FIRM And Resource Subtype (d) = HYD

3.6.3.57.9 And where BAHourlyTotalHydroUnitContingentExport Bdh is defined as

BAHourlyTotalHydroUnitContingentExport Bdh =

(



BrtEuTIQMAAFRpPWQSdNzOVvHnLmdh) * (-1)

Where Resource Type (t) = ETIE And Energy Type (E) = FIRM And Resource Subtype (d) = HYD


3.6.3.58 AdjustedOperReserveOblig Bdh

IF

OperReserveOblig Bdh >= 0

THEN

AdjustedOperReserveOblig Bdh = OperReserveOblig Bdh ELSE

AdjustedOperReserveOblig Bdh = OperReserveOblig Bdh *

OperReserveObligAdjustFactor dh

3.6.3.58.1 Where OperReserveObligAdjustFactor dh is defined as

IF

ExcessOperReserveObligNetofEQSP dh < 0

THEN

OperReserveObligAdjustFactor dh = Max (0, B

(BAHourlyTotalSpinEQSP Bdh +

BAHourlyTotalNonSpinEQSP Bdh - Max (0, OperReserveOblig Bdh )) / B

Min (0,

OperReserveOblig Bdh))

Note: should be evaluated for all positive and negative OperReserveOblig Bdh

values

Else

OperReserveObligAdjustFactor dh = 1

3.6.3.58.1.1.1 Where ExcessOperReserveObligNetofEQSP dh is defined as

ExcessOperReserveObligNetofEQSP dh = B

(OperReserveOblig Bdh -

BAHourlyTotalSpinEQSP Bdh - BAHourlyTotalNonSpinEQSP Bdh)

3.6.3.59 SpinObligMW Bdh

SpinObligMW Bdh = AdjustedOperReserveOblig Bdh * RTSpinToOperReserveReqRatio dh +

BAHourlyTotalSpinTradeMW Bdh

3.6.3.59.1 Where RTSpinToOperReserveReqRatio dh is defined as

RTSpinToOperReserveReqRatio dh = TotalRTSpinReq dh / (TotalRTSpinReq dh +

TotalRTNonSpinReq dh)


3.6.3.59.2 And where BAHourlyTotalSpinTradeMW Bdh is defined as

BAHourlyTotalSpinTradeMW Bdh = s

(SpinFromTradeMW Bsdh - SpinToTradeMW

Bsdh)

3.6.3.60 SpinObligNoTradeMW Bdh

SpinObligNoTradeMW Bdh = AdjustedOperReserveOblig Bdh *

RTSpinToOperReserveReqRatio dh

3.6.3.61 NonSpinObligMW Bdh

NonSpinObligMW Bdh = AdjustedOperReserveOblig Bdh *

RTNonSpinToOperReserveReqRatio dh + BAHourlyTotalNonSpinTradeMW Bdh

3.6.3.61.1 Where

RTNonSpinToOperReserveReqRatio dh = TotalRTNonSpinReq dh / (TotalRTSpinReq dh +

TotalRTNonSpinReq dh)

3.6.3.61.2 And where

BAHourlyTotalNonSpinTradeMW Bdh = s

(NonSpinFromTradeMW Bsdh -

NonSpinToTradeMW Bsdh)

3.6.3.62 NonSpinObligNoTradeMW Bdh

NonSpinObligNoTradeMW Bdh = AdjustedOperReserveOblig Bdh *

RTNonSpinToOperReserveReqRatio dh

3.7 Outputs

Output

Req ID Name Description

1. 1 HourlyTotalRegUpEQSP Brtdh

Hourly Total Regulation Up Effective Qualified Self-Provision capacity for Business Associate B resource r for Trading Day d and Trading Hour h (MW)



Output


2. 2 BAHourlyTotalRegUpEQSP Bdh

BA Hourly Total Regulation Up Effective Qualified Self-Provision capacity for Business Associate B resource for Trading Day d and Trading Hour h (MW)

3. 3 CAISOHourlyTotalRegUpEQSP

dh

CAISO Hourly Total Regulation Up Effective Qualified Self-Provision capacity for Trading Day d and Trading Hour h (MW)

4. 4 HourlyTotalRegDownEQSP

Brtdh

Hourly Total Regulation Down Effective Qualified Self-Provision capacity for Business Associate resource r for Trading Day d and Trading Hour h (MW)

5. 5 BAHourlyTotalRegDownEQSP

Bdh

BA Hourly Total Regulation Down Effective Qualified Self-Provision capacity for Business Associate resource for Trading Day d and Trading Hour h (MW)

6. 6 CAISOHourlyTotalRegDownEQ

SP dh

CAISO Hourly Total Regulation Down Effective Qualified Self-Provision capacity for Trading Day d and Trading Hour h (MW)

7. 7 HourlyTotalSpinEQSP Brtdh

Hourly Total Spinning Reserve Effective Qualified Self-Provision capacity for Business Associate resource r for Trading Day d and Trading Hour h (MW)

8. 8 BAHourlyTotalSpinEQSP Bdh

BA Hourly Total Spinning Reserve Effective Qualified Self-Provision capacity for Business Associate resource for Trading Day d and Trading Hour h (MW)

9. 9 CAISOHourlyTotalSpinEQSP dh

CAISO Hourly Total Spinning Reserve Effective Qualified Self-Provision capacity for Trading Day d and Trading Hour h (MW)










Output


10. 10 HourlyTotalNonSpinEQSP Brtdh

Hourly Total Non-Spinning Reserve Effective Qualified Self-Provision capacity for Business Associate resource r for Trading Day d and Trading Hour h (MW)

11. 11 BAHourlyTotalNonSpinEQSP

Bdh

BA Hourly Total Non-Spinning Reserve Effective Qualified Self-Provision capacity for Business Associate resource for Trading Day d and Trading Hour h (MW)

12. 12 CAISOHourlyTotalNonSpinEQS

P dh

CAISO Hourly Total Non-Spinning Reserve Effective Qualified Self-Provision capacity for Trading Day d and Trading Hour h (MW)

13. 13 ScaledHourlyTotalRegUpNetRe

q dh

Scaled Hourly Total Regulation Up Net Requirement for Trading Day d and Trading Hour h (MW)

14. 14 ScaledHourlyTotalSpinNetReq

dh

Scaled Hourly Total Spinning reserve Net Requirement for Trading Day d and Trading Hour h (MW)

15. 15 ScaledHourlyTotalNonSpinNetR

eq dh

Scaled Hourly Total Non-Spinning Reserve Net Requirement for Trading Day d and Trading Hour h (MW)

16. 16 HourlyTotalRegUpNetProc Brtdh

Hourly Total Regulation Up Net Procurement for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

17. 17 BAHourlyTotalRegUpNetProc

Bdh

BA Hourly Total Regulation Up Net Procurement for Business Associate B for Trading Day d and Trading Hour h (MW)

18. 18 CAISOHourlyTotalRegUpNetPr

oc dh

CAISO Hourly Total Regulation Up Net Procurement for Business Associate B resource r for Trading Day d and Trading Hour h (MW)











Output


19. 19 HourlyTotalRegDownNetProc

Brtdh

Hourly Total Regulation Down Net Procurement for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

20. 20 BAHourlyTotalRegDownNetPro

c Bdh

BA Hourly Total Regulation Down Net Procurement for Business Associate B for Trading Day d and Trading Hour h (MW)

21. 21 CAISOHourlyTotalRegDownNet

Proc dh

CAISO Hourly Total Regulation Down Net Procurement for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

22. 22 HourlyTotalSpinNetProc Brtdh

Hourly Total Spinning Reserve Net Procurement for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

23. 23 BAHourlyTotalSpinNetProc Bdh

BA Hourly Total Spinning Reserve Net Procurement for Business Associate B for Trading Day d and Trading Hour h (MW)

24. 24 CAISOHourlyTotalSpinNetProc

dh

CAISO Hourly Total Spinning Reserve Net Procurement for Trading Day d and Trading Hour h (MW)

25. 25 HourlyTotalNonSpinNetProc

Brtdh

Hourly Total Non-Spinning Reserve Net Procurement for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

26. 26 BAHourlyTotalNonSpinNetProc

Bdh

BA Hourly Total Non-Spinning Reserve Net Procurement for Business Associate B for Trading Day d and Trading Hour h (MW)

27. 27 CAISOHourlyTotalNonSpinNet

Proc dh

CAISO Hourly Total Non-Spinning Reserve Net Procurement for Trading Day d and Trading Hour h (MW)











Output


28 HourlyTotalNoPayRegUpBid

BrtFSdh

Hourly Total Non Compliance Regulation Up Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

29 HourlyTotalNoPayRegDownBid

BrtFSdh

Hourly Total Non Compliance Regulation Down Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

28. 30 HourlyTotalNoPaySpinBid

BrtFSdh

Hourly Total No Pay Spinning Reserve Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

29. 31 HourlyTotalNoPayNonSpinBid

BrtFSdh

Hourly Total No Pay Non-Spinning Reserve Awarded Bid capacity for Business Associate B resource r for Trading Day d and Trading Hour h (MW)

30. 32 SpinObligMW Bdh

Spinning Reserve Obligation MW for Business Associate B for Trading Day d and Trading Hour h (MW)

31. 33 NonSpinObligMW Bdh

Non-Spinning Reserve Obligation MW for Business Associate B for Trading Day d and Trading Hour h (MW)

32. 34 RegUpObligMW Bdh

Regulation Up Obligation MW for Business Associate B for Trading Day d and Trading Hour h (MW)

33. 35 RegDownObligMW Bdh

Regulation Down Obligation MW for Business Associate B for Trading Day d and Trading Hour h (MW)

34. 36 RegUpObligNoTradeMW Bdh

Regulation Up Obligation MW with no trade adjustment for Business Associate B for Trading Day d and Trading Hour h (MW)











Output


35. 37 RegDownObligNoTradeMW Bdh

Regulation Down Obligation MW with no trade adjustment for Business Associate B for Trading Day d and Trading Hour h (MW)

36. 38 SpinObligNoTradeMW Bdh

Spinning Rserve Obligation MW with no trade adjustment for Business Associate B for Trading Day d and Trading Hour h (MW)

37. 39 NonSpinObligNoTradeMW Bdh

Non-Spinning Rserve Obligation MW with no trade adjustment for Business Associate B for Trading Day d and Trading Hour h (MW)

38. 40

In addition, all inputs are required to be accessible for review by analysts and report on Settlement Statements.

39. 41 AdjustedOperReserveOblig Bdh

Adjusted Operating Reserve Obligation MW for Business Associate B for Trading Day d and Trading Hour h (MW)

Intermediate computation value required to be accessible for review by analysts

40. 42 OperReserveOblig Bdh

Operating Reserve Obligation MW for Business Associate B for Trading Day d and Trading Hour h (MW)


41. 43 OperReserveObligAdjustFactor

dh

Operating Reserve Obligation Adjustment Factor for Business Associate B for Trading Day d and Trading Hour h (%)



Formatted: Numbered + Level: 1 +Numbering Style: 1, 2, 3, + Start at: 1 +Alignment: L

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