考虑氢能交互转换的综合能源微网协调调度方法

Coordinated Dispatch Method for Integrated Microgrid Energy System Considering Interactive Hydrogen Conversion

针对当前综合能源系统研究未充分考虑氢能交互转换以及利用等问题。以综合能源微网为研究对象,提出了考虑氢能交互转换的综合能源微网协调调度方法。首先,提出了考虑氢能交互的综合能源微网的典型架构;其次,构建了以氢能为核心的关键设备的能效与经济性模型;在此基础上,构建了综合能源微网的日前调度模型,并针对调度问题的属性,采用混沌增强烟花优化算法对调度模型进行求解;最后,通过实际算例的对比与分析,验证了所提模型方法的有效性与适用性。

In order to take full account of interactive hydrogen energy conversion and utilization in the integrated energy microgrid,this paper proposes a coordinated dispatch method of the integrated energy microgrid. First, a typical architecture of the integrated energy microgrid considering hydrogen energy interaction is proposed. Second, the energy efficiency and economic model of key equipment is constructed with hydrogen energy as the core part. Then, the day-ahead dispatch model of the integrated energy microgrid is constructed and solved by taking advantage of the chaos enhanced fireworks optimization algorithm according to the related dispatch properties. Finally, through the comparison and analysis of actual case studies the effectiveness and applicability of the proposed model method are verified.