{"type": "object", "properties": {"INTERCONNECTORID": {"type": "string", "examples": ["N-Q-MNSP1", "NSW1-QLD1", "T-V-MNSP1", "V-S-MNSP1", "V-SA", "VIC1-NSW1"], "description": "Interconnector identifier"}, "INTERVAL_DATETIME": {"type": "string", "examples": ["2026/09/01 00:05:00"], "format": "date-time", "description": "The unique identifier for the interval within this study"}, "RUN_DATETIME": {"type": "string", "examples": ["2026/09/01 00:05:00"], "format": "date-time", "description": "Unique Timestamp Identifier for this study"}, "EXPORTGENCONID": {"type": "string", "examples": ["F_T++NIL_ML_L6", "N::Q_BWMP_LDTW", "NQTE_ROC", "TVBL_ROC", "V::N_NIL_O2", "V::N_NIL_V2", "V>>NIL_SMTX_SMTX_R5", "VSML_ZERO", "V^^N_NIL_1"], "description": "Generic Constraint setting the export limit"}, "EXPORTLIMIT": {"type": "number", "examples": ["-0.00001", "0.39022", "0", "39"], "description": "Calculated Interconnector limit of exporting energy on the basis of invoked constraints and static interconnector export limit"}, "FCASEXPORTLIMIT": {"type": "number", "examples": ["-0.00001", "25.58031", "0", "2399"], "description": "Calculated export limit applying to energy + Frequency Controlled Ancillary Services."}, "FCASIMPORTLIMIT": {"type": "number", "examples": ["-119.69971", "0", "-121", "-2478"], "description": "Calculated import limit applying to energy + Frequency Controlled Ancillary Services."}, "IMPORTGENCONID": {"type": "string", "examples": ["F_MAIN++APD_TL_L5", "F_MAIN++APD_TL_L6", "F_MAIN++BIP_ML_L1", "F_MAIN++LREG_0210", "F_T++NIL_MG_R6", "I_6F_SN_150", "N^^V_MLNK_ARWBBA", "QNTE_ROC", "Q^^N_NIL_SRAR", "S:V_700_HY_TEST", "SVML_ZERO", "T_BLINK_TV_NGZ", "V::N_NIL_O2", "V>>NIL_SMTX_SMTX_R5", "VTBL_NIL_CONT_441", "VTBL_ROC", "V_T_NIL_BL1"], "description": "Generic Constraint setting the import limit"}, "IMPORTLIMIT": {"type": "number", "examples": ["-14.20862", "7.10995", "0", "-700"], "description": "Calculated Interconnector limit of importing energy on the basis of invoked constraints and static interconnector import limit. Note unlike the input interconnector import limit this is a directional quantity and should be defined with respect to the interconnector flow."}, "INTERVENTION": {"type": "boolean", "examples": ["0"], "description": "Flag to indicate if this result set was sourced from the pricing run (INTERVENTION=0) or the physical run (INTERVENTION=1). In the event there is not intervention in the market, both pricing and physical runs correspond to INTERVENTION=0)\nWARNING: Unlike most tables with an INTERVENTION column, INTERVENTION is not a primary key of P5MIN_INTERCONNECTORSOLN."}, "LASTCHANGED": {"type": "string", "examples": ["2026/09/01 00:00:33"], "format": "date-time", "description": "Last changed date of this record"}, "LOCAL_PRICE_ADJUSTMENT_EXPORT": {"type": "number", "examples": ["-0.36", "4.51", "0", "-49"], "description": "Aggregate Constraint contribution cost of this Interconnector: Sum(MarginalValue x Factor) for all relevant Constraints, for Export (Factor >= 0)"}, "LOCAL_PRICE_ADJUSTMENT_IMPORT": {"type": "number", "examples": ["0.31", "0", "26912000", "15.84"], "description": "Aggregate Constraint contribution cost of this Interconnector: Sum(MarginalValue x Factor) for all relevant Constraints, for Import (Factor >= 0)"}, "LOCALLY_CONSTRAINED_EXPORT": {"type": "integer", "examples": ["0", "1"], "maximum": 127, "minimum": -128, "description": "Key for Local_Price_Adjustment_Export: 2 = at least one Outage Constraint; 1 = at least 1 System Normal Constraint (and no Outage Constraint); 0 = No System Normal or Outage Constraints"}, "LOCALLY_CONSTRAINED_IMPORT": {"type": "integer", "examples": ["0", "1", "2"], "maximum": 127, "minimum": -128, "description": "Key for Local_Price_Adjustment_Import: 2 = at least one Outage Constraint; 1 = at least 1 System Normal Constraint (and no Outage Constraint); 0 = No System Normal or Outage Constraints"}, "MARGINALLOSS": {"type": "number", "examples": ["0.78351", "1.29601"], "description": "Marginal loss factor at the cleared flow"}, "MARGINALVALUE": {"type": "number", "examples": ["0"], "description": "Marginal cost of Interconnector standing data limits (if binding)"}, "METEREDMWFLOW": {"type": "number", "examples": ["-0.3", "0.3", "0", "224"], "description": "SCADA MW Flow measured at Run start. For periods subsequent to the first period of a P5MIN run, this value represents the cleared target for the previous period of that P5MIN run."}, "MNSP": {"type": "boolean", "examples": ["0"], "description": "Flag indicating MNSP registration"}, "MWFLOW": {"type": "number", "examples": ["-14.20861", "7.10994", "0", "-969"], "description": "Cleared Interconnector loading level (MW)"}, "MWLOSSES": {"type": "number", "examples": ["-0.02722", "0.03335", "0", "184.36565"], "description": "Interconnector Losses at cleared flow"}, "VIOLATIONDEGREE": {"type": "number", "examples": ["0"], "description": "Violation of Interconnector standing data limits"}}, "required": ["INTERCONNECTORID", "INTERVAL_DATETIME", "RUN_DATETIME"], "description": "The five-minute predispatch (P5Min) is a MMS system providing projected dispatch for 12 Dispatch cycles (one hour). The 5-minute Predispatch 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.\nP5MIN_INTERCONNECTORSOLN sets out the results of the capacity evaluation for Interconnectors, including the calculated limits for the interval.\nP5MIN_INTERCONNECTORSOLN is public data, so is available to all\nparticipants.\n\nSource\n\nP5MIN_INTERCONNECTORSOLN updates every 5 minutes.\n\nVolume\n\nRows per day: 1440\n\nBased on 200 interconnector/binding constraints per interval"}