BOOST applies ordinal optimization to screen microgrid design candidates with a linear model before accurate MILP evaluation, achieving 51.8% runtime reduction and recovering the optimum on synthetic benchmarks.
Optimal placement and sizing of photo- voltaics and battery storage in distribution networks,
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BOOST: Microgrid Sizing using Ordinal Optimization
BOOST applies ordinal optimization to screen microgrid design candidates with a linear model before accurate MILP evaluation, achieving 51.8% runtime reduction and recovering the optimum on synthetic benchmarks.