This article focuses on the capacity allocation problem in an independent microgrid system including diesel generators, wind power generation, photovoltaic power generation, and lead-acid batteries. Multi-objective optimization design model for emissions. In terms of control strategy, the optimization model considers the combined startup mode of multiple diesel generators, the coordinated control strategy between the energy storage battery and the diesel generator, and the system reserve capacity. In terms of optimization variables, select equipment type and installed capacity for simultaneous design. Finally, using the self-developed microgrid optimization design tool, research on the optimal configuration of distributed power generation units and energy storage batteries under different target combinations and different control strategies for an independent island microgrid system.
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SPEA multi-objective optimization algorithm--test case generator power generation allocation
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