A multi-objective optimal configuration method for microgrids considering zero-carbon operation

In microgrids, battery energy storage systems can be used in combination with renewable sources as a way to mitigate the adverse effects of mismatch between output and load demand on microgrid operation. To address configuration generation units zero-carbon paper proposes multi-objective optimal method from perspective Minimizing life cycle cost system minimizing curtailment are taken objective functions. Based actual wind solar power data, problem is solved by normalized normal constraint obtain results. The validation study typical days three seasons carried out respectively. Through analysis results, it found that proposed promote cooperation equipment system, which makes more economical. addition, stability model for changes proved sensitivity analysis.