4 Electricity Data Model v5.6

BIDPEROFFER_D shows the public summary of the energy and FCAS offers applicable in the Dispatch for the intervals identified. BIDPEROFFER_D is the child to BIDDAYOFFER_D.

Public

Large

Updates daily shortly after 4am.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVREPORTS

BIDTYPE, DIRECTION, DUID, INTERVAL_DATETIME, SETTLEMENTDATE

ST PASA Procedure and Recall Period

Primary key

Identifying record for a given forecast of an intermittent generation. This table is the version table for the INTERMITTENT_GEN_FCST_DATA table which stores the individual forecast values. AEMO plans to remove this table in a Data Model version release after 5.6.

Private

Medium

INTERMITTENT_GEN_FCST_DATA updates every 30 minutes when AEMO issues a new 30-minute forecast of intermittent generation out to 8 days ahead.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

DUID, RUN_DATETIME

Operational Forecasting

Stores the forecast generation (MW) for each interval within a given forecast of an intermittent generator. AEMO plans to remove this table in a Data Model version release after 5.6.

Private

Medium

INTERMITTENT_GEN_FCST_DATA updates every 30 minutes when AEMO issues a new 30-minute forecast of wind generation out to 8 days ahead.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

DUID, INTERVAL_DATETIME, RUN_DATETIME

Operational Forecasting

Contains forecast runs for intermittent wind and solar units, with a 30-minute resolution over the week-ahead PD/STPASA timeframe. This is the parent table to the child table INTERMITTENT_GEN_FCST_PRED, which contains the corresponding forecast predictions over the full horizon.

Private, Public Next-Day

Medium

Every 30 minutes when a new intermittent generator forecast is available, covering the 8 days ahead horizon with 30-minute resolution.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

FORECAST_RUN_DATETIME, DUID, OFFERDATETIME, PROVIDERID, FORECAST_PRIORITY

Operational Forecasting

Comment

Datetime (interval ending) when this forecast run is valid. It aligns with run_datetime in downstream processes, unless a forecast run is missed, in this case the previous run is used.

Dispatchable unit identifier for which this forecast applies.

Datetime when this forecast submission was loaded.

Forecast provider identifier

Priority of forecast run, higher number is used in preference to lower number for the same provider.

Datetime when the provider created the forecast.

Comments relating to the forecast run. This column is not made available to the public.

Metadata describing the model used to produce the forecast run. This column is not made available to the public.

Flag indicating if the forecast run was suppressed by the provider when submitted. Suppressed forecasts are not used by downstream systems. Suppressed = 1, Unsuppressed = 0.

Transaction identifier for receiving the forecast run

Datetime when the forecast run was written into AEMO's database.

Contains forecast predictions for intermittent wind and solar units, with a 30-minute resolution over the week-ahead PD/STPASA timeframe. This is the child table of the parent table INTERMITTENT_GEN_FCST_RUN, which contains the corresponding forecast runs.

Private, Public Next-Day

Large

Every 30 minutes when a new intermittent generator forecast is available, covering the 8 days ahead horizon with 30-minute resolution.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

FORECAST_RUN_DATETIME, DUID, OFFERDATETIME, PROVIDERID, FORECAST_PRIORITY, INTERVAL_DATETIME, FORECAST_TYPE

Operational Forecasting

Primary key

Contains forecast runs for intermittent wind and solar units, with a 5-minute resolution over the hour-ahead P5MIN timeframe. This is the parent table to the child table INTERMITTENT_GEN_FCST_P5_PRED, which contains the corresponding forecast predictions over the full horizon.

Private, Public Next-Day

Medium

Every 5 minutes when a new intermittent generator forecast is available, covering the 2 hours ahead horizon with 5-minute resolution.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

FORECAST_RUN_DATETIME, DUID, OFFERDATETIME, PROVIDERID, FORECAST_PRIORITY

Operational Forecasting

Comment

Datetime (interval ending) when this forecast run is valid. It aligns with run_datetime in downstream processes, unless a forecast run is missed, in this case the previous run is used.

Dispatchable unit identifier for which this forecast applies.

Datetime when this forecast submission was loaded.

Forecast provider identifier

Priority of forecast run, higher number is used in preference to lower number for the same provider.

Datetime when the provider created the forecast.

Comments relating to the forecast run. This column is not made available to the public.

Metadata describing the model used to produce the forecast run. This column is not made available to the public.

Flag indicating if the forecast run was suppressed by the provider when submitted. Suppressed forecasts are not used by downstream systems. Suppressed = 1, Unsuppressed = 0.

Transaction identifier for receiving the forecast run.

Datetime when the forecast run was written into AEMO's database.

Contains forecast predictions for intermittent wind and solar units, with a 5-minute resolution over the hour-ahead P5MIN timeframe. This is the child table of the parent table INTERMITTENT_GEN_FCST_P5_RUN, which contains the corresponding forecast runs.

Private, Public Next-Day

Large

Every 5 minutes when a new intermittent generator forecast is available, covering the 2 hours ahead horizon with 5-minute resolution.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

FORECAST_RUN_DATETIME, DUID, OFFERDATETIME, PROVIDERID, FORECAST_PRIORITY, INTERVAL_DATETIME, FORECAST_TYPE

Operational Forecasting

Comment

Datetime (interval ending) when this forecast run is valid. It aligns with run_datetime in downstream processes, unless a forecast run is missed, in this case the previous run is used.

Dispatchable unit identifier for which this forecast applies.

Datetime when this forecast submission was loaded.

Forecast provider identifier

Priority of forecast run, higher number is used in preference to lower number for the same provider.

Datetime (interval-ending) for the period that this forecast applies to, within the current forecast_run_datetime.

Type of forecast, for example, POE_10, POE_50, POE_90, MEAN and so on.

Forecast value in MW.

Unconstrained Intermittent Generation Forecasts (UIGF) for 5-Minute Pre-dispatch. AEMO plans to remove this table in a Data Model version release after 5.6.

Private

Large

Not applicable

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

DUID, FORECAST_PRIORITY, INTERVAL_DATETIME, OFFERDATETIME, ORIGIN, RUN_DATETIME

Operational Forecasting

Unconstrained Intermittent Generation Forecasts (UIGF) for 5-Minute Pre-dispatch. AEMO plans to remove this table in a Data Model version release after 5.6.

Private

Medium

Not applicable

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

DUID, FORECAST_PRIORITY, OFFERDATETIME, ORIGIN, RUN_DATETIME

Operational Forecasting

Contains forecast runs for rooftop PV areas, with a 30-minute resolution over the week-ahead PD/STPASA timeframe. This is the parent table to the child table ROOFTOP_PV_FCST_PRED, which contains the corresponding forecast predictions over the full horizon.

Public

Medium

Every 30 minutes when a new rooftop PV forecast is available, covering the 8 days ahead horizon with 30-minute resolution.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

FORECAST_RUN_DATETIME, AREAID, OFFERDATETIME, PROVIDERID, FORECAST_PRIORITY

Operational Forecasting

Comment

Datetime (interval ending) when this forecast run is valid. It aligns with run_datetime in downstream processes, unless a forecast run is missed, in this case the previous run is used.

Area identifier, aligning with the load forecasting areas.

Datetime when this forecast submission was loaded.

Forecast provider identifier, for example, AEMO, PROVIDER_A and so on.

Priority of forecast run, higher number is used in preference to lower number for the same provider.

Datetime when the provider created the forecast.

Comments relating to the forecast run.

Metadata describing the model used to produce the forecast run.

Flag indicating if the forecast run was suppressed by the provider when submitted. Suppressed forecasts are not used by downstream systems. Suppressed = 1, Unsuppressed = 0.

Installed rooftop PV capacity that was used for the forecast run, in MW.

Datetime when the forecast run was written into AEMO's database.

Contains forecast predictions for rooftop PV areas, with a 30-minute resolution over the week-ahead PD/STPASA timeframe. This is the child table of the parent table ROOFTOP_PV_FCST_RUN, which contains the corresponding forecast runs.

PUBLIC

Large

Every 30 minutes when a new rooftop PV forecast is available, covering the 8 days ahead horizon with 30-minute resolution.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

FORECAST_RUN_DATETIME, AREAID, OFFERDATETIME, PROVIDERID, FORECAST_PRIORITY, INTERVAL_DATETIME, FORECAST_TYPE

Operational Forecasting

Comment

Datetime (interval ending) when this forecast run is valid. It aligns with run_datetime in downstream processes, unless a forecast run is missed, in this case the previous run is used.

Area identifier, aligning with the load forecasting areas.

Datetime when this forecast submission was loaded.

Forecast provider identifier, for example, AEMO, PROVIDER_A and so on.

Priority of forecast run, higher number is used in preference to lower number for the same provider.

Datetime (interval-ending) for the period that this forecast applies to, within the current forecast_run_datetime.

Type of forecast, for example, POE_10, POE_50, POE_90, MEAN and so on.

Forecast value in MW.

Contains forecast runs for rooftop PV areas, with a 5-minute resolution over the hour-ahead DS/P5MIN timeframe. This is the parent table to the child table ROOFTOP_PV_FCST_P5_PRED, which contains the corresponding forecast predictions over the full horizon.

Public

Medium

Every 5 minutes when a new rooftop PV forecast is available, covering the 2 hours ahead horizon with 5-minute resolution.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

FORECAST_RUN_DATETIME, AREAID, OFFERDATETIME, PROVIDERID, FORECAST_PRIORITY

Operational Forecasting

Comment

Datetime (interval ending) when this forecast run is valid. It aligns with run_datetime in downstream processes, unless a forecast run is missed, in this case the previous run is used.

Area identifier, aligning with the load forecasting areas.

Datetime when this forecast submission was loaded.

Forecast provider identifier, for example, AEMO, PROVIDER_A and so on.

Priority of forecast run, higher number is used in preference to lower number for the same provider.

Datetime when the provider created the forecast.

Comments relating to the forecast run.

Metadata describing the model used to produce the forecast run.

Flag indicating if the forecast run was suppressed by the provider when submitted. Suppressed forecasts are not used by downstream systems. Suppressed = 1, Unsuppressed = 0.

Installed rooftop PV capacity that was used for the forecast run, in MW.

Datetime when the forecast run was written into AEMO's database.

Contains forecast predictions for rooftop PV areas, with a 5-minute resolution over the hour-ahead DS/P5MIN timeframe. This is the child table of the parent table ROOFTOP_PV_FCST_P5_RUN, which contains the corresponding forecast runs.

PUBLIC

Large

Every 5 minutes when a new rooftop PV forecast is available, covering the 2 hours ahead horizon with 5-minute resolution.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

FORECAST_RUN_DATETIME, AREAID, OFFERDATETIME, PROVIDERID, FORECAST_PRIORITY, INTERVAL_DATETIME, FORECAST_TYPE

Operational Forecasting

Comment

Datetime (interval ending) when this forecast run is valid. It aligns with run_datetime in downstream processes, unless a forecast run is missed in which case the previous run is used.

Area identifier, aligning with the load forecasting areas.

Datetime when this forecast submission was loaded.

Forecast provider identifier, for example, AEMO, PROVIDER_A and so on.

Priority of forecast run, higher number is used in preference to lower number for the same provider.

Datetime (interval-ending) for the period that this forecast applies to, within the current forecast_run_datetime.

Type of forecast, for example, POE_10, POE_50, POE_90, MEAN and so on.

Forecast value in MW.

Estimate of regional Rooftop Solar actual generation for each half-hour interval in a day. AEMO plans to remove this table in a Data Model version release after 5.6.

Public

Medium

Not applicable

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

INTERVAL_DATETIME, REGIONID, TYPE

Operational Forecasting

Contains prediction runs for rooftop PV area estimated actuals, with a 5-minute and 30-minute resolution for different estimate types. This is the parent table to the child table ROOFTOP_PV_ACTUAL_PRED, which contains the corresponding actual predictions.

Public

Medium

Every 5 or 30 minutes when a new rooftop PV estimated actual is available, covering the most recent 5 or 30-minute interval that is available.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

PREDICTION_RUN_DATETIME, INTERVAL_DURATION, AREAID, OFFERDATETIME, ESTIMATE_TYPE, PROVIDERID, PREDICTION_PRIORITY

Operational Forecasting

Comment

Datetime (interval ending) from which this prediction run is valid.

Duration of each interval (in minutes) for this prediction, for example, 5 or 30.

Area identifier, aligning with the load forecasting areas.

Datetime when this prediction submission was loaded.

Type of Rooftop PV estimate, for example, MEASURED, SATELLITE and so on.

Provider identifier, for example, AEMO, PROVIDER_A and so on.

Priority of prediction run, higher number is used in preference to lower number for the same provider.

Datetime when the provider created the forecast.

Comments relating to the prediction run.

Metadata describing the model used to produce the prediction run.

Flag indicating if the prediction run was suppressed by the provider when submitted. Suppressed predictions are not used by downstream forecasting systems. Suppressed = 1, Unsuppressed = 0.

Installed rooftop PV capacity used for the prediction run, in MW.

Datetime when the prediction run was written into AEMO's database.

Contains predictions for rooftop PV area estimated actuals, with a 5-minute and 30-minute resolution for different estimate types. This is the child table of the parent table ROOFTOP_PV_ACTUAL_RUN, which contains the corresponding actual prediction runs.

Public

Large

Every 5 or 30 minutes when a new rooftop PV estimated actual is available, covering the most recent 5 or 30-minute interval that is available.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

PREDICTION_RUN_DATETIME, INTERVAL_DURATION, AREAID, OFFERDATETIME, ESTIMATE_TYPE, PROVIDERID, PREDICTION_PRIORITY, INTERVAL_DATETIME

Operational Forecasting

Comment

Datetime (interval ending) from which this prediction run is valid.

Duration of each interval (in minutes) for this prediction, for example, 5 or 30.

Area identifier, aligning with the load forecasting areas.

Datetime when this prediction submission was loaded.

Type of Rooftop PV estimate, for example, MEASURED, SATELLITE and so on.

Provider identifier, for example, AEMO, PROVIDER_A and so on.

Priority of prediction run, higher number is used in preference to lower number for the same provider.

Date and Time the forecast applies (dispatch interval ending).

Prediction value in MW.

Prediction quality. Higher number represents better quality.

Regional forecasts of Rooftop Solar generation across the half-hour intervals over 8 days. AEMO plans to remove this table in a Data Model version release after 5.6.

Public

Large

Not applicable

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

INTERVAL_DATETIME, REGIONID, VERSION_DATETIME

Operational Forecasting

DAYTRACK identifies the actual settlement run processed for each settlement day. Settlement run is in the column EXPOSTRUNNO. Generally, the number of the settlement run used in the latest statement is the maximum number.

Public

Low

DAYTRACK is populated by the posting of a billing run.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

EXPOSTRUNNO, SETTLEMENTDATE

Improving Security Frameworks

Comment

This is to determine whether the Settlement Run is a valid run or not.

Estimate for DAILY/INITIAL and Actual for PRELIM/FINAL and REVISE.

This report contains the NMAS Manual TI Payments that are uploaded by the Settlement Business Team. Amounts in this table are not calculated by the Settlement System.

Private

Medium

Daily Billing Run & Posting a PRELIM/FINAL and REVISE Billing Run.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

SETTLEMENTDATE, VERSIONNO, PARTICIPANTID, CONTRACTID, DUID, SERVICETYPE, PAYMENTTYPE, PERIODID

Improving Security Frameworks

Comment

The Settlement Date of the Billing Week.

The Settlement Run No.

The Contract Participant Id.

The NMAS System Security Contract ID.

The DUID associated with the Contract Payment.

The NMAS System Security Service Types (INERTIA, SYSTEM STRENGTH, TYPE1, TYPE2 and so on).

The Payment Type associated with the Service like Availability, Usage, Enablement, Energy Revenue, Test, ADHOC and so on.

The Settlement Period Id (1-288).

The Contract Region Id.

The NMAS Contract Manual Payment for the Payment Type.

The last changed date time of the record.

This report contains the FCAS Regulation Residue Amounts that include FPP Residual Amounts, Used Residual Amounts and Unused Residual Amounts calculated using the Energy Ratio for each Requirement Region.

Private

Medium

Daily Billing Run & Posting a PRELIM/FINAL and REVISE Billing Run.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

SETTLEMENTDATE, VERSIONNO, PARTICIPANTID, CONSTRAINTID, PERIODID, REGIONID

Frequency Performance Payments

Comment

The ASOE MWh value that is used for the FCAS Residual Calculation.(Excluding CPID with CF). 

Sum of ABS(ACE_MWh) + ASOE_MWh. The MWh is not netted for residual calculation. 

The Used Recovery ASOE Amount calculated using the portion of ASOE MWh value against the Total residual MWh of the requirement regions.

Sum of USED_ACE_AMOUNT + USED_ASOE_AMOUNT.

The Unused Recovery ASOE Amount calculated using the portion of ASOE MWh value against the Total residual MWh of the requirement regions.

Sum of UNUSED_ACE_AMOUNT + UNUSED_ASOE_AMOUNT.

This report contains the FCAS Regulation Residue Amounts that include FPP Residual Amounts, Used Residual Amounts and Unused Residual Amounts calculated using the Energy Ratio for each Requirement Region and the Default Residual CF.

Private

Medium

Daily Billing Run & Posting a PRELIM/FINAL and REVISE Billing Run.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

SETTLEMENTDATE, VERSIONNO, PARTICIPANTID, CONSTRAINTID, PERIODID, REGIONID

Frequency Performance Payments

Comment

Sum of ABS(ACE_MWh) + ASOE_MWh. The MWh is not netted for residual calculation. 

The Unused Recovery ASOE Amount calculated using the ASOE MWh value of the requirement regions.

Sum of UNUSED_ACE_AMOUNT + UNUSED_ASOE_AMOUNT.

This report contains the NMAS Manual Weekly Payments that are uploaded by the Settlement Business Team. Amounts in this table are not calculated by the Settlement System.

Private

Medium

Daily Billing Run & Posting a PRELIM/FINAL and REVISE Billing Run.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

CONTRACTYEAR, WEEKNO, BILLRUNNO, PARTICIPANTID, CONTRACTID, DUID, SERVICETYPE, PAYMENTTYPE

Improving Security Frameworks

Comment

The Billing Contract Year.

The Billing WeekNo

The Billing RunNo

The Contract Participant Id.

The NMAS System Security Contract ID.

The DUID associated with the Contract Payment.

The NMAS System Security Service Types (INERTIA, SYSTEM STRENGTH, TYPE1, TYPE2 and so on).

The Payment Type associated with the Service like Availability, Usage, Enablement, Energy Revenue, Test, ADHOC and so on.

The Contract Region Id.

The NMAS Contract Manual Payment for the Payment Type.

The last changed date time of the record.

This report shows the summary of the Billing NMAS Recovery Amounts. This table will have recovery data for manual payments for System Security Services.

Private

Medium

Daily Billing Run & Posting a PRELIM/FINAL and REVISE Billing Run.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

CONTRACTYEAR, WEEKNO, BILLRUNNO, PARTICIPANTID, CONTRACTID, SERVICETYPE, PAYMENTTYPE, REGIONID

Improving Security Frameworks

Comment

The Billing Contract Year.

The Billing WeekNo

The Billing RunNo

The Contract Participant Id.

The NMAS System Security Contract ID.

The NMAS System Security Service Types (INERTIA, SYSTEM STRENGTH, TYPE1, TYPE2 and so on).

The Payment Type associated with the Service like Availability, Usage, Enablement, Energy Revenue, Test, ADHOC and so on.

Region Identifier

The NMAS Contract Manual Payment for the Payment Type.

The Recovery Start Date and Time for the Payment Calculation.

The Recovery End Date and Time for the Payment Calculation.

Recovery Amount on ACE portion ($).

Recovery Amount on ASOE portion ($).

Participant Consumed Energy in MWh.

Participant Sent Out Energy in MWh.

Region Consumed Energy in MWh.

Region Sent Out Energy in MWh.

The last changed date time of the record.

Uniquely tracks which Rooftop PV forecast run (from ROOFTOP_PV_FCST_P5_RUN) was used for the Area in which Dispatch run.

PUBLIC

Medium

Every 5 minutes when a new dispatch run is published.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

RUN_DATETIME, AREAID

Operational Forecasting

Comment

Datetime (interval ending) of the Dispatch run.

Area identifier aligning with the load forecasting areas, tracks to ROOFTOP_PV_FCST_P5_RUN.AREAID.

Datetime (interval ending) when this forecast run is valid. It aligns with run_datetime, unless a forecast run is missed, in this case the previous run is used. Tracks to ROOFTOP_PV_FCST_P5_RUN.FORECAST_RUN_DATETIME.

Provider identifier of the forecast run used for the DS run, tracks to ROOFTOP_PV_FCST_P5_RUN.PROVIDERID.

Priority of the forecast run used for the DS run, tracks to ROOFTOP_PV_FCST_P5_RUN.FORECAST_PRIORITY.

Submission datetime of the forecast run used for the DS run, tracks to ROOFTOP_PV_FCST_P5_RUN.OFFERDATETIME.

DISPATCHLOAD set out the current SCADA MW and target MW for each dispatchable unit, including relevant Frequency Control Ancillary Services (FCAS) enabling targets for each five minutes and additional fields to handle the new Ancillary Services functionality. Fast Start Plant status is indicated by dispatch mode.

Private, Public Next-Day

Medium

DISPATCHLOAD shows data for every 5 minutes for all units, even zero targets.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVREPORTS

DUID, INTERVENTION, RUNNO, SETTLEMENTDATE

Inverter Management System

Comment

Cap on the number of turbines or inverters at a DUID.

Uniquely tracks which Intermittent Generation forecast run (from INTERMITTENT_GEN_FCST_P5_RUN) was used for the DUID in which 5-Minute Pre-dispatch run.

Private, Public Next-Day

Medium

Every 5 minutes when a new 5-Minute Pre-dispatch run is published.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

RUN_DATETIME, DUID

Operational Forecasting

Comment

Datetime (interval ending) of the 5-Minute Pre-dispatch run.

Dispatchable unit identifier, tracks to INTERMITTENT_GEN_FCST_P5_RUN.DUID.

Datetime (interval ending) when this forecast run is valid. It aligns with run_datetime, unless a forecast run is missed in which case the previous run is used. Tracks to INTERMITTENT_GEN_FCST_P5_RUN.FORECAST_RUN_DATETIME.

Provider of the forecast run used for the 5MPD run, tracks to INTERMITTENT_GEN_FCST_P5_RUN.PROVIDERID.

Priority of the forecast run used for the 5MPD run, tracks to INTERMITTENT_GEN_FCST_P5_RUN.FORECAST_PRIORITY.

Submission datetime of the forecast run used for the 5MPD run, tracks to INTERMITTENT_GEN_FCST_P5_RUN.OFFERDATETIME.

Uniquely tracks which Rooftop PV forecast run (from ROOFTOP_PV_FCST_P5_RUN) was used for the Area in which 5-Minute Pre-dispatch run.

PUBLIC

Medium

Every 5 minutes when a new 5-Minute Pre-dispatch run is published.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

RUN_DATETIME, AREAID

Operational Forecasting

Comment

Datetime (interval ending) of the 5-Minute Pre-dispatch run.

Area identifier aligning with the load forecasting areas, tracks to ROOFTOP_PV_FCST_P5_RUN.AREAID.

Datetime (interval ending) when this forecast run is valid. It aligns with run_datetime, unless a forecast run is missed, in this case the previous run is used. Tracks to ROOFTOP_PV_FCST_P5_RUN.FORECAST_RUN_DATETIME.

Provider identifier of the forecast run used for the DS run, tracks to ROOFTOP_PV_FCST_P5_RUN.PROVIDERID.

Priority of the forecast run used for the DS run, tracks to ROOFTOP_PV_FCST_P5_RUN.FORECAST_PRIORITY.

Submission datetime of the forecast run used for the DS run, tracks to ROOFTOP_PV_FCST_P5_RUN.OFFERDATETIME.

The five-minute pre-dispatch (P5Min) is a MMS system providing projected dispatch for 12 Dispatch cycles (one hour). The 5-minute pre-dispatch cycle runs every 5-minutes to produce a dispatch and pricing schedule to a 5-minute resolution covering the next hour, a total of twelve periods. P5MIN_UNITSOLUTION shows the Unit results from the capacity evaluations for each period of the study.

Private

Medium

P5MIN_UNITSOLUTION updates every 5 minutes for all units, even zero targets.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVREPORTS

DUID, INTERVAL_DATETIME, RUN_DATETIME

Inverter Management System

Comment

Cap on the number of turbines or inverters at a DUID.

Uniquely tracks which Intermittent Generation forecast run (from INTERMITTENT_GEN_FCST_RUN) was used for the DUID in which Pre-dispatch run.

Private, Public Next-Day

Medium

Every 30 minutes when a new Pre-dispatch run is published.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

PREDISPATCHSEQNO, DUID

Operational Forecasting

Comment

Unique identifier of Pre-dispatch run in the form YYYYMMDDPP with 01 at 04:30.

Dispatchable unit identifier, tracks to INTERMITTENT_GEN_FCST_RUN.DUID.

Datetime (interval ending) when this forecast run is valid. It aligns with run_datetime, unless a forecast run is missed, in this case the previous run is used. Tracks to INTERMITTENT_GEN_FCST_RUN.FORECAST_RUN_DATETIME.

Provider of the forecast run used for the PD run, tracks to INTERMITTENT_GEN_FCST_RUN.PROVIDERID.

Priority of the forecast run used for the PD run, tracks to INTERMITTENT_GEN_FCST_RUN.FORECAST_PRIORITY.

Submission datetime of the forecast run used for the PD run, tracks to INTERMITTENT_GEN_FCST_RUN.OFFERDATETIME.

Uniquely tracks which Rooftop PV forecast run (from ROOFTOP_PV_FCST_RUN) was used for the Area in which Pre-dispatch run.

Public

Medium

Every 30 minutes when a new Pre-dispatch run is published.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

PREDISPATCHSEQNO, AREAID

Operational Forecasting

Comment

Unique identifier of Pre-dispatch run in the form YYYYMMDDPP with 01 at 04:30.

Area identifier aligning with the load forecasting areas, tracks to ROOFTOP_PV_FCST_RUN.AREAID.

Datetime (interval ending) when the forecast run is valid. It would align with run_datetime, unless a forecast run is missed, in this case the previous run will be used. Tracks to ROOFTOP_PV_FCST_RUN.FORECAST_RUN_DATETIME.

Provider identifier of the forecast run used for the PD run, tracks to ROOFTOP_PV_FCST_RUN.PROVIDERID.

Priority of the forecast run used for the PD run, tracks to ROOFTOP_PV_FCST_RUN.FORECAST_PRIORITY.

Submission datetime of the forecast run used for the PD run, tracks to ROOFTOP_PV_FCST_RUN.OFFERDATETIME.

PREDISPATCHLOAD shows pre-dispatch targets for each dispatchable unit, including additional fields to handle the Ancillary Services functionality. No record is written where a unit is not dispatched. PREDISPATCHLOAD shows all the results for each period.

Private, Public Next-Day

Medium

Own (confidential) data updates every thirty minutes, with whole market data for the day before available as part of next day market data.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVREPORTS

DATETIME, DUID

Inverter Management System

Comment

Cap on the number of turbines or inverters at a DUID.

Table containing static metadata for the Areas, which are sub-regions used in load forecasting and rooftop PV forecasting. The latest metadata can be obtained for each AreaID using the most recent EffectiveDate and then VersionNo. If an AreaID is not mapped to an active RegionID in the corresponding REGION_AREA table, then that AreaID can be considered inactive.

Public

Small

Ad hoc when Areas are updated or added.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

AREAID, EFFECTIVEDATE, VERSIONNO

Operational Forecasting

Comment

Area identifier

Calendar date from when this record set is effective.

Version number for the same effectivedate.

Area name

Area description

Last date and time record changed.

Table containing static metadata for mapping the Areas to Regions. The latest mapping can be obtained for each RegionID using the most recent EffectiveDate and then VersionNo.

Public

Small

Ad hoc when Area-Region mappings are updated or added.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

REGIONID, EFFECTIVEDATE, VERSIONNO, AREAID

Operational Forecasting

Comment

Region identifier

Calendar date from when this record set is effective.

Version number for the same effectivedate.

Area identifier

Last date and time record changed.

The variable parameters associated to the Unit within an SSM Contract, allowing changes to the base contract values due to unit availabilities (e.g Maintenance, Outages).

Private

Medium

On change of the Contract Availability.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

 CONTRACT_ID, DUID, INTERVAL_DATETIME, VERSION_DATETIME

Improving Security Frameworks (ISF) Phase 1 (Dec 2025 rule change)

Comment

Unique Contract Identifier

Dispatchable Unit Identifier

The starting Dispatch Interval for the availability change. This will be the active availability until the next INTERVAL_DATETIME record for this Contract and DUID.

Effective Date and Time of this record.

Indicates if DUID is available for the INTERVAL_DATETIME (1 = True, 0 = False).

Number of sub-units within a DUID that are available for enablement.

The expected maximum lead time for the system security service to be enabled from a non-operational state in minutes.

Minimum Dispatch Target required for DUID to enable the contract.

Minimum duration a unit must be active to enable the contract in minutes.

Last time record was changed

An enablement of an SSM Contract that instructs a Dispatchable Unit is to provide a System Security Service.

Private

Medium

On enablement of a contract to provide System Security Services.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

 INSTRUCTION_ID, VERSION_DATETIME

Improving Security Frameworks (ISF) Phase 1 (Dec 2025 rule change)

Comment

Unique Instruction Identifier.

Effective Date and Time of this record.

Unique transaction identifier of initiating transaction if instruction related to an amendment or cancellation.

Primary recipient (SSM Service Provider) of enablement instruction.

Unique Contract Identifier used to create enablement.

Participant ID of TNSP if contract procurer is TNSP.

Dispatchable Unit Identifier

Number of sub-units within a DUID that are required for enablement. Value of zero means cancellation of instruction.

Dispatchable Unit resource (for example, GENERATOR, LOAD, BIDIRECTIONAL, SYNCHRONOUS CONDENSER).

Requested Service to provide (System strength – combination​, System strength – coefficient​, NSCAS – voltage control, NSCAS, Inertia, Transitional service – type 1 MSL, Transitional service – type 1, Transitional service – type 2).

Minimum Dispatch Target required for DUID to enable the contract. Value of zero means cancellation of instruction.

The first Dispatch Interval of the enablement.

The last Dispatch Interval of the enablement.

Last time record was changed.

Scheduled SSM contract enablement's.

Private

Medium

Timed trigger once per day for previous day.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

INSTRUCTION_ID

Improving Security Frameworks (ISF) Phase 1 (Dec 2025 rule change)

Comment

Unique Instruction Identifier

Unique Contract Identifier used to create enablement.

Primary recipient (SSM Service Provider)

Participant ID of TNSP if contract procurer is TNSP.

Dispatchable Unit Identifier

Number of sub-units within a DUID that are required for enablement.

Dispatchable Unit resource (for example, GENERATOR, LOAD, BIDIRECTIONAL, SYNCHRONOUS CONDENSER).

Requested Service to provide (System strength – combination​, System strength – coefficient​, NSCAS – voltage control, NSCAS, Inertia, Transitional service – type 1 MSL, Transitional service – type 1, Transitional service – type 2).

Minimum Dispatch Target required for DUID to enable the contract.

The first Dispatch Interval of the enablement.

The last Dispatch Interval of the enablement.

Last time record was changed.

Scheduled SSM availability

Private

Medium

Timed trigger once per week for the previous week.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

 CONTRACT_ID, DUID, AVAILABLE_START_INTERVAL

Improving Security Frameworks (ISF) Phase 1 (Dec 2025 rule change)

Comment

Unique Contract Identifier

Dispatchable Unit Identifier

The first Dispatch Interval the unit is available.

The last Dispatch Interval the unit is available.

TNSP Participant ID

Last time record was changed.

SSM Contract Enablement Periods

Public

Medium

Timed trigger once per day for previous day.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

INSTRUCTION_ID, DUID, ENABLEMENT_START_INTERVAL

Improving Security Frameworks (ISF) Phase 1 (Dec 2025 rule change)

Comment

Unique Instruction Identifier

Dispatchable Unit Identifier

The first Dispatch Interval the unit is enabled for SSM Services.

The last Dispatch Interval the unit is enabled for SSM Services.

Reason for the enablement.

Last time record was changed.

SSM Contract Enablement Costs for NEM

Public

Medium

Timed trigger once per day for previous day.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

END_TRADINGDATE, ENABLEMENT_REASON

Improving Security Frameworks (ISF) Phase 1 (Dec 2025 rule change)

Comment

Trading Date of the end of the enablement.

Primary Service type associated.

Cost estimation for the service type.

Last time record was changed.

This report delivers available capacity, PASA availability and given recall period for all scheduled resources. Note that for an MNSP, DUID = LINKID in the MNSP_INTERCONNECTOR table.

Public

Medium

Close to or start of PDPASA run.

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

RUN_DATETIME, INTERVAL_DATETIME, DUID

ST PASA Procedure and Recall Period

Comment

PDPASA run, identified by the first half hour ended interval of the run.

Report Creation Date Time.

The PDPASA region solution data. Note that the OUTAGE_LRC Run Type is no longer reported from 31 July 2025.

Public

Medium

 PDPASA_REGIONSOLUTION is updated each PDPASA run (i.e. half-hourly).

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

 INTERVAL_DATETIME, REGIONID, RUN_DATETIME, RUNTYPE

ST PASA Procedure and Recall Period

Comment

Unique Timestamp Identifier for this run, identified by the first half hour ended interval of the run.

Reserve Requirement (MW). This field is not populated after 30 July 2025.

Demand + Reserve requirements (MW). This field is not populated after 30 July 2025.

Sum of: (Region Demand50)/Period (sum by trading day, entered in first period of trading day, GWh).

Aggregate generation + WDR capacity from Non-Energy Constrained plant subjected to restrictions due to network constraints.

Aggregate generation + WDR capacity from Energy Constrained plant subjected to restrictions due to network constraints.

Net export (MW) out of this region in the LOR evaluation. Export if > 0, Import if < 0. This value is the same as LORNETINTERCHANGEUNDERSCARCITY.

Regional surplus capacity (MW), +/- values indicate surplus/deficit capacity respectively. This value reflects Regional LOR reserve.

Regional surplus reserve (MW). This value also reflects Regional LOR reserve. Note: For LOR runs, RESERVEREQ requirement input is not used.

Regional reserve condition from LRC run. This field is not populated after 30 July 2025.

Maximum Surplus Reserve (MW) evaluated for this region from LRC runs. This field is no longer populated.

Maximum Spare Capacity (MW) evaluated for this region. Calculated for each region in turn. This value reflects Regional LOR reserve.

Date time this record was created.

Sum of PASAAVAILABILITY for all scheduled generating units and scheduled bidirectional units (Gen side) with a Recall_Period <= 24 hours plus the sum of Unconstrained Intermittent Generation Forecasts (UIGF) for all semi-scheduled generating units. For the OUTAGE_LRC run, UIGF is the POE90 forecast. For the LOR Run, UIGF is the POE50 forecast. Note that the OUTAGE_LRC Run Type is discontinued from 31 July 2025.

Type of run. Values are OUTAGE_LRC and LOR. Note that the PDPASA OUTAGE_LRC Run Type is discontinued from 31 July 2025, with only the LOR Run Type reported.

Net interconnector flow from the region for this interval from the MSR assessment. This field is no longer populated.

Constrained generation forecast (MW) for semi-scheduled units for the region. For OUTAGE_LRC run and LOR run, semi-scheduled generation is constrained by both System Normal and Outage constraints. All run types (OUTAGE_LRC, LOR) incorporate MAXAVAIL limits.

Two Largest Credible Risks. MW value for highest two credible contingencies.

Unconstrained Intermittent Generation Forecast for solar for the region. For OUTAGE_LRC run, this is the POE90 forecast (determined by LRCUIGFOption in CaseSolution). For LOR run, this is the POE50 forecast.

Unconstrained Intermittent Generation Forecast for wind for the region. For OUTAGE_LRC run, this is the POE90 forecast (determined by LRCUIGFOption in CaseSolution). For LOR run, this is the POE50 forecast. 

Constrained generation forecast for solar for the region. For OUTAGE_LRC run and LOR run. solar generation is constrained by both System Normal and Outage constraints. All run types (OUTAGE_LRC, LOR) incorporate MAXAVAIL limits. 

Constrained generation forecast for wind for the region. For OUTAGE_LRC run and LOR run, wind generation is constrained by both System Normal and Outage constraints. All run types (OUTAGE_LRC, LOR) incorporate MAXAVAIL limits. 

Constrained generation forecast (MW) for solar for the region. For OUTAGE_LRC run and LOR run, solar generation is constrained by both System Normal and Outage constraints. All run types (OUTAGE_LRC, LOR) incorporate MAXAVAIL limits. This value is the same as SS_SOLAR_CAPACITY. 

Constrained generation forecast (MW) for wind for the region. For OUTAGE_LRC run and LOR run, wind generation is constrained by both System Normal and Outage constraints. All run types (OUTAGE_LRC, LOR) incorporate MAXAVAIL limits. This value is the same as SS_WIND_CAPACITY. 

PDPASA_CONSTRAINTSOLUTION shows binding and violated constraint results from the capacity evaluation, including the RHS value.

Public

Medium

Updated each PDPASA run (i.e. half-hourly).

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

RUN_DATETIME

ST PASA Procedure and Recall Period

Comment

Type of run. Values are OUTAGE_LRC and LOR. Note that the PDPASA OUTAGE_LRC Run Type is discontinued from 31 July 2025, with only the LOR Run Type reported.

PDPASA_INTERCONNECTORSOLN shows the results of the capacity evaluation for Interconnectors, including the calculated limits for the interval.

Public

Medium

Updated each PDPASA run (i.e. half-hourly).

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

INTERCONNECTORID,INTERVAL_DATETIME,RUN_DATETIME,RUNTYPE,STUDYREGIONID

ST PASA Procedure and Recall Period

Comment

Type of run. Values are OUTAGE_LRC and LOR. Note that the PDPASA OUTAGE_LRC Run Type is discontinued from 31 July 2025, with only the LOR Run Type reported.

This report delivers available capacity, PASA availability and given recall period for all scheduled resources. Note that for an MNSP, DUID = LINKID in the MNSP_INTERCONNECTOR table.

Public

Medium

Start of each STPASA run (every hour).

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

RUN_DATETIME, INTERVAL_DATETIME, DUID

ST PASA Procedure and Recall Period

Comment

STPASA run, identified by the nominal start time of the run.

Report Creation Date Time.

STPASA_REGIONSOLUTION shows the results of the regional capacity, maximum surplus reserve and maximum spare capacity evaluations for each period of the study. Note that the RELIABILITY_LRC and OUTAGE_LRC Run Types are no longer reported from 31 July 2025.

Public

Medium

Start of each STPASA run (every hour).

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

INTERVAL_DATETIME, REGIONID, RUN_DATETIME, RUNTYPE

ST PASA Procedure and Recall Period

Comment

Unique Timestamp Identifier for this run, identified by the nominal start time of the run.

End date time of the interval.

10% Probability of Exceedance demand forecast.

50% Probability of Exceedance demand forecast.

90% Probability of Exceedance demand forecast.

Reserve Requirement (MW). This field is not populated after 30 July 2025.

Demand + Reserve requirements (MW). This field is not populated after 30 July 2025.

Sum of: (Region Demand50)/Period (sum by trading day, entered in first period of trading day, GWh).

Aggregate generation + WDR capacity from Non-Energy Constrained plant subjected to restrictions due to network constraints.

Aggregate generation + WDR capacity from Energy Constrained plant subjected to restrictions due to network constraints.

Net export (MW) out of this region in the LOR evaluation. Export if > 0, Import if < 0. This value is the same as LORNETINTERCHANGEUNDERSCARCITY.

Regional surplus capacity (MW), +/- values indicate surplus/deficit capacity respectively. This value reflects Regional LOR reserve.

Regional surplus reserve (MW). This value also reflects Regional LOR reserve. Note: For LOR runs, RESERVEREQ requirement input is not used.

Regional reserve condition from LRC run. This field is not populated after 30 July 2025.

Maximum Surplus Reserve (MW) evaluated for this region from LRC runs. This field is no longer populated.

Maximum Spare Capacity (MW) evaluated for this region. Calculated for each region in turn. This value reflects Regional LOR reserve.

Date time this record was created.

Sum of PASAAVAILABILITY for all scheduled generating units and scheduled bidirectional units (Gen side) with a Recall_Period <= 24 hours plus the sum of Unconstrained Intermittent Generation Forecasts (UIGF) for all semi-scheduled generating units. For the RELIABILITY_LRC and OUTAGE_LRC runs, UIGF is the POE90 forecast. For the LOR Run, UIGF is the POE50 forecast. Note that the RELIABILITY_LRC and OUTAGE_LRC Run Types are discontinued from 31 July 2025.

Net interconnector flow from the region for this interval from the MSR assessment. This field is no longer populated.

Constrained generation forecast (MW) for semi-scheduled units for the region. For RELIABILITY_LRC run, semi-scheduled generation is constrained only by System Normal constraints. For OUTAGE_LRC run and LOR run, semi-scheduled generation is constrained by both System Normal and Outage constraints. All three run types (RELIABILITY_LRC, OUTAGE_LRC, LOR) incorporate MAXAVAIL limits.

Constrained generation forecast for semi-scheduled units for the region for the LOR run. Semi-scheduled generation is constrained by both System Normal and Outage constraints, and incorporate MAXAVAIL limits.

Two Largest Credible Risks. MW value for highest two credible contingencies.

Constrained generation forecast (MW) for solar for the region. For RELIABILITY_LRC run, solar generation is constrained only by System Normal constraints. For OUTAGE_LRC run and LOR run, solar generation is constrained by both System Normal and Outage constraints. All three run types (RELIABILITY_LRC, OUTAGE_LRC, LOR) incorporate MAXAVAIL limits.
This value is the same as SS_SOLAR_CAPACITY.

Constrained generation forecast (MW) for wind for the region. For RELIABILITY_LRC run, wind generation is constrained only by System Normal constraints. For OUTAGE_LRC run and LOR run, wind generation is constrained by both System Normal and Outage constraints. All three run types (RELIABILITY_LRC, OUTAGE_LRC, LOR) incorporate MAXAVAIL limits.
This value is the same as SS_WIND_CAPACITY.

STPASA_CONSTRAINTSOLUTION shows binding and violated constraint results from the capacity evaluation, including the RHS value.

Public

Medium

Updated each STPASA run (i.e. every 2 hours).

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

CONSTRAINTID, INTERVAL_DATETIME, RUN_DATETIME, RUNTYPE, STUDYREGIONID

ST PASA Procedure and Recall Period

Comment

Type of run. Values are RELIABILITY_LRC, OUTAGE_LRC and LOR. Note that the STPASA RELIABILITY_LRC and OUTAGE_LRC Run Types are discontinued from 31 July 2025, with only the LOR Run Type reported.

STPASA_INTERCONNECTORSOLN shows the results of the capacity evaluation for Interconnectors, including the calculated limits for the interval.

Public

Medium

Updated each STPASA run (i.e. every 2 hours).

<#INTRFACE>\<#PARTICIPANTID>\IMPORT\REPORTS\CSVReports

INTERCONNECTORID,INTERVAL_DATETIME,RUN_DATETIME,RUNTYPE,STUDYREGIONID

ST PASA Procedure and Recall Period

Comment

Type of run. Values are RELIABILITY_LRC, OUTAGE_LRC and LOR. Note that the STPASA RELIABILITY_LRC and OUTAGE_LRC Run Types are discontinued from 31 July 2025, with only the LOR Run Type reported.

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No

Yes

No

Yes

Yes

Yes

Yes

No

No

Yes

Yes

No

Yes

Yes

No

No

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Reason

Moved to HISTORICAL package.

Moved to HISTORICAL package. Table comments updated to reflect this change.

Moved to HISTORICAL package. Table comments updated to reflect this change.

Modified table

Modified table

Modified table

Modified table

Modified table

Moved to HISTORICAL package.

Moved to HISTORICAL package.

Moved to HISTORICAL package. Table comments updated to reflect this change.

Moved to HISTORICAL package. Table comments updated to reflect this change.

Moved to HISTORICAL package. Table comments updated to reflect this change.

Moved to HISTORICAL package. Table comments updated to reflect this change.

Moved to HISTORICAL package. Table comments updated to reflect this change.

Change detail