集中式储能参与的微电网需求响应研究

该文主要围绕着集中式储能系统(CESS)在微电网需求响应中的应用展开深入研讨。CESS参与有助于实现微电网需求响应的高效调度,优化能源资源配置,提升系统稳定性,促进清洁能源利用。通过文献分析和模型构建,研究表明,CESS在微电网中具有降低经济成本、提高能源利用效率和提升稳定性的优势。然而,针对负载平衡模型施以优化的根本目的,是确保微电网的经济成本规模得以有效缩减,可同样会导致微电网的稳定性愈发降低。为此,该文提出一个指标规划模型中不同权重系数的影响,以找到成本效益和稳定性之间的最佳关系。最后,该文提出研究的局限性,并指出未来研究的方向。

This paper mainly focuses on the application of centralized energy storage system(CESS)in microgrid demand response.CESS participation helps achieve efficient dispatch of microgrid demand response,optimize energy resource allocation,improve system stability,and promote clean energy utilization.Through literature analysis and model construction,research shows that integrated CESS has the advantages of reducing economic costs,improving energy efficiency and improving stability in microgrids.However,the fundamental purpose of optimizing the load balancing model is to ensure that the economic cost scale of the microgrid can be effectively reduced,which will also lead to the increasingly reduced stability of the microgrid.To this end,this paper proposes the effects of different weight coefficients in an indicator programming model to find the best relationship between cost-effectiveness and stability.Finally,this paper points out the limitations of the research and points out the direction of future research.