Merchant Energy Storage Investment Analysis Considering Multi-Energy Integration

In this paper, a two-stage model of an integrated energy demand response is proposed, and the quantitative relationship between two main concerns investors, i.e., investment return cycle response, verified by experimental data. Energy storage technology key means through which to deal with instability modern sources. One development paths in electricity market merchants power plants distribution network engage grid response. This research proposes configuration approach for cold-heat-power multi-energy complementary multi-microgrid system. Considering future bulk connections distributed generation, most critical points station construction are generation equipment specific scenarios serving community, as well purchase sale price community microgrid (which directly affects revenue). Therefore, paper focuses on analyzing different impacts caused these issues; namely, important configurations. First, basic enabling wholesale traders construct presented. Second, system scenario, optimum allocation constructed, whereby upper calculates problem lower optimal dispatch problem. The model’s computation validates reasonableness. Finally, two-layer converted single-layer KKT condition, nonlinear linear big-M method. validity proved via mathematical examples, it demonstrated that planned may accomplish resource savings mutual advantages both users traders.