A robust MILP model optimizes battery storage locations and transmission line undergrounding under worst-case wildfire de-energization and renewable uncertainty using representative weeks, uncertainty sets, and column-and-constraint generation, tested on the San Diego system.
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Robust Capacity Expansion under Wildfire Ignition Risk and High Renewable Penetration
A robust MILP model optimizes battery storage locations and transmission line undergrounding under worst-case wildfire de-energization and renewable uncertainty using representative weeks, uncertainty sets, and column-and-constraint generation, tested on the San Diego system.