regionsolution

pdpasa__regionsolution

AEMO Description

The PDPASA region solution data

Note that the provided table descriptions are truncated by AEMO.

Total Schema Versions 1
Combined Rows 12,133,075
Combined Size 716.08 MiB
MMS Table pdpasa_regionsolution
Unified View nemwebviews.pdpasa__regionsolution

Schema Evolution

Column Type Description 79f03232
AGGREGATECAPACITYAVAILABLE Nullable(Float64) Sum of MAXAVAIL quantities offered by all Scheduled units and Availability of all semi-scheduled units limited by MAXAVAIL in a given Region for a given PERIODID ✓
AGGREGATEPASAAVAILABILITY Nullable(Float64) Sum of PASAAVAILABILITY for all scheduled generating units and scheduled bidirectional units (Gen side) with a Recall_Period of null or <= 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. ✓
AGGREGATESCHEDULEDLOAD Nullable(Float64) Sum of MAXAVAIL quantities bid by of all Scheduled Loads in a given Region for a given PERIODID. ✓
CALCULATEDLOR1LEVEL Nullable(Float64) Region Reserve Level for LOR1 used. Can be static value or calculated value if an interconnector is a credible contingency ✓
CALCULATEDLOR2LEVEL Nullable(Float64) Region Reserve Level for LOR2 used. Can be static value or calculated value if an interconnector is a credible contingency ✓
CAPACITYREQ Nullable(Float64) Capacity required to meet the demand and reserve levels in the capacity adequacy assessment. ✓
CONSTRAINEDCAPACITY Nullable(Float64) Aggregate generator capability from Energy Constrained plant including restrictions due to network constraints ✓
DEMAND10 Nullable(Float64) 10% Probability of Exceedance demand forecast ✓
DEMAND50 Nullable(Float64) 50% Probability of Exceedance demand forecast ✓
DEMAND90 Nullable(Float64) 90% Probability of Exceedance demand forecast ✓
DEMAND_AND_NONSCHEDGEN Nullable(Float64) Sum of Cleared Scheduled generation, imported generation (at the region boundary) and allowances made for non-scheduled generation (MW). ✓
ENERGYREQDEMAND10 Nullable(Float64) Energy (GWh) required for this energy block based on the 10% probability of exceedance demand. Listed in the first interval of the energy block ✓
ENERGYREQDEMAND50 Nullable(Float64) Energy (GWh) required for this energy block based on the 50% probability of exceedance demand. Listed in the first interval of the energy block. ✓
FUM Nullable(Float64) Forecasting Uncertainty Measure. MW value of reserve calculated as defined in the Reserve Level Declaration Guidelines ✓
INTERVAL_DATETIME Nullable(DateTime64(3)) End date time of the interval ✓
LASTCHANGED Nullable(DateTime64(3)) Date time the record was created or modified changed ✓
LCR Nullable(Float64) Largest Credible Risk. MW value for highest credible contingency ✓
LCR2 Nullable(Float64) Two Largest Creditable Risks. MW value for highest two credible contingencies. ✓
LORCONDITION Nullable(Float64) Lack of Reserve Condition (LOR) flag for this region and interval (3 = LOR3, 2 = LOR2, 1 = LOR1, 0 = No LOR) ✓
LORNETINTERCHANGEUNDERSCARCITY Nullable(Float64) Net interconnector flow from the region for this interval from the LOR assessment ✓
LOR_SEMISCHEDULEDCAPACITY Nullable(Float64) 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. ✓
MAXSPARECAPACITY Nullable(Float64) Maximum spare capacity (MW) above the demand able to be sourced to this region while meeting demands in other regions. ✓
MAXSURPLUSRESERVE Nullable(Float64) Maximum surplus reserve (MW) above the demand + reserve requirement able to be sourced to this region while meeting demand + reserve requirements in other regions. ✓
MSRNETINTERCHANGEUNDERSCARCITY Nullable(Float64) Net interconnector flow from the region for this interval from the MSR assessment ✓
NETINTERCHANGEUNDERSCARCITY Nullable(Float64) Net interconnector flow from the region for this interval from the capacity adequacy (LRC) assessment. ✓
REGIONID LowCardinality(String) Region identifier ✓
RESERVECONDITION Nullable(Float64) Low Reserve Condition (LRC) flag for this region in this interval (1 - LRC, 0 - No LRC) ✓
RESERVEREQ Nullable(Float64) Region reserve requirement (MW) ✓
RUNTYPE LowCardinality(String) Type of run. Values are RELIABILITY_LRC, 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. ✓
RUN_DATETIME Nullable(DateTime64(3)) Case identifier by the time the case was run ✓
SEMISCHEDULEDCAPACITY Nullable(Float64) Constrained generation forecast 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. ✓
SS_SOLAR_CAPACITY Nullable(Float64) Constrained generation forecast 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. ✓
SS_SOLAR_CLEARED Nullable(Float64) Constrained generation forecast 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. ✓
SS_SOLAR_UIGF Nullable(Float64) Unconstrained Intermittent Generation Forecast for solar for the region. For RELIABILITY_LRC and OUTAGE_LRC run this is the POE90 forecast (determined by LRCUIGFOption in CaseSolution). For LOR run this is the POE50 forecast ✓
SS_WIND_CAPACITY Nullable(Float64) Constrained generation forecast 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. ✓
SS_WIND_CLEARED Nullable(Float64) Constrained generation forecast 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. ✓
SS_WIND_UIGF Nullable(Float64) Unconstrained Intermittent Generation Forecast for wind for the region. For RELIABILITY_LRC and OUTAGE_LRC run this is the POE90 forecast (determined by LRCUIGFOption in CaseSolution). For LOR run this is the POE50 forecast ✓
SURPLUSCAPACITY Nullable(Float64) Surplus capacity (MW) above the demand, scheduled load and net interchange in this region from the capacity adequacy (LRC) assessment. ✓
SURPLUSRESERVE Nullable(Float64) Surplus reserve (MW) above the demand, scheduled load, net interchange and reserve requirement in this region from the capacity adequacy (LRC) assessment. ✓
TOTALINTERMITTENTGENERATION Nullable(Float64) Allowance made for non-scheduled generation in the demand forecast (MW). ✓
UIGF Nullable(Float64) Regional aggregated Unconstrained Intermittent Generation Forecast of Semi-scheduled generation (MW). ✓
UNCONSTRAINEDCAPACITY Nullable(Float64) Aggregate generator capability from Non Energy Constrained plant including restrictions due to network constraints from the capacity adequacy (LRC) assessment. ✓
WDR_AVAILABLE Nullable(Float64) Regional aggregated Wholesale Demand Response (WDR) availability in MW. ✓
WDR_CAPACITY Nullable(Float64) Regional aggregated Wholesale Demand Response (WDR) capacity in MW. ✓
WDR_PASAAVAILABLE Nullable(Float64) Regional aggregated Wholesale Demand Response (WDR) PASA availability in MW. ✓
processed_at DateTime64(3) ✓
source_zip String ✓

Schema Versions

Version Rows Size
79f03232 12,133,075 716.08 MiB

Last updated: 2026-07-16 05:00:09