{"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 00:30:00"], "format": "date-time", "description": "The unique identifier for the interval within this study"}, "RUN_DATETIME": {"type": "string", "examples": ["2026/09/01 00:30:00"], "format": "date-time", "description": "Unique Timestamp Identifier for this study"}, "RUNTYPE": {"type": "string", "examples": ["LOR"], "description": "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."}, "STUDYREGIONID": {"type": "string", "examples": ["NSW1", "QLD1", "SA1", "TAS1", "VIC1"], "description": "Primary Region for LP Solve (or MARKET if none)."}, "CALCULATEDEXPORTLIMIT": {"type": "number", "examples": ["-27.99", "0.59", "0", "1752"], "description": "Calculated Interconnector limit of exporting energy on the basis of invoked constraints and static interconnector export limit"}, "CALCULATEDIMPORTLIMIT": {"type": "number", "examples": ["-24.13", "45.76", "0", "-1379"], "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."}, "CAPACITYMARGINALVALUE": {"type": "number", "examples": ["0"], "description": "Capacity adequacy assessment marginal value, 0 if not binding"}, "CAPACITYMWFLOW": {"type": "number", "examples": ["-14.95", "0.59", "0", "-1379"], "description": "Interconnector loading level (MW) that can be reached in case of capacity scarcity in neighbouring regions subject to network and energy constraints"}, "CAPACITYVIOLATIONDEGREE": {"type": "number", "examples": ["0"], "description": "Capacity adequacy assessment violation degree for interconnector capacity; 0 if not violating"}, "EXPORTLIMITCONSTRAINTID": {"type": "string", "examples": ["I_6F_NS_150", "I_6F_SN_150", "N::Q_BWMP_LDTW", "N::Q_BWMP_TNT", "N>>NIL_39", "N>>NIL_4", "N>NIL_LSDU", "N>Q-NIL_757_758", "NQ_950_TEST", "N^^N_NIL_1", "N^^N_NIL_WGLT", "S>>NIL_BWMP_WTTP", "S>>NIL_RBTU_RBTU", "S>>NIL_TWPA_TPRS", "T^V_NIL_9", "T^V_NIL_BL_6", "V::N_NIL_V2", "V>>NIL_SMTX_SMTX_R5", "V>>N_NIL_65_66", "V>>SMF_SMF_ROTX1_R5", "VSML_ZERO", "VS_HEY_600_TEST", "V^^N_NIL_1", "V_S_HEYWOOD_UFLS", "V_S_NIL_ROCOF"], "description": "ID of the constraint that sets the Interconnector Export Limit"}, "IMPORTLIMITCONSTRAINTID": {"type": "string", "examples": ["I_6F_NS_150", "I_6F_SN_150", "N:V_NIL_BYYS", "N>>NIL_23_22", "N>>NIL_39", "N>>NIL_86_85_S", "N>>NIL_8U_86_S", "N>>NIL_964_84_S", "N^^N_NIL_WGLT", "N^^V_MLNK_1", "N^^V_MLNK_ARWBBA", "N_NIL_TE_B", "Q>N-NIL_8L_8M", "Q>NIL_757_758_ECS", "Q^^N_NIL_SRAR", "S:V_700_HY_TEST", "SVML_ZERO", "S_V_HEYWOOD_OFGS", "T_ROCOF_3_3", "V::N_NIL_V2", "V::V_1900", "V:T_NIL_BL_1", "V>>BELML_BAML1_BAML2", "V>>DDTX3_DDTX2_DDTX1", "V>>NIL_DDSM_DDSM", "V>>NIL_MLGT_MLGT", "V>>NIL_MLSY_MLSY", "V>>NIL_MSDD1_MSDD2", "V>>NIL_MSDD2_MSDD1", "V>>SMF_SMF_ROTX1_R5", "VTBL_NIL_CONT_441", "V^^V_NIL_KGTS"], "description": "ID of the constraint that sets the Interconnector Import Limit"}, "LASTCHANGED": {"type": "string", "examples": ["2026/09/01 00:04:51"], "format": "date-time", "description": "Last changed date of this record"}}, "required": ["INTERCONNECTORID", "INTERVAL_DATETIME", "RUN_DATETIME", "RUNTYPE", "STUDYREGIONID"], "description": "PDPASA_INTERCONNECTORSOLN shows the results of the capacity evaluation for Interconnectors, including the calculated limits for the interval."}