基于运行最优模拟的综合能源系统经济评价方法

Economic Evaluation Method of Integrated Energy System Based on Operational Optimal Simulation

摘要:

基于综合能源项目全生命周期分析法，通过系统运行优化调度模拟，提出了一种聚合燃气轮机、锅炉、风机、光伏、电热储能、电负荷、热负荷等的综合能源协调优化调度模型和全生命周期的经济分析模型的经济评价方法，解决了综合能源规划设计中粗放式经济分析估算的问题，并以重庆某一园区CHP型综合能源系统为例，通过对供能调度模拟及经济指标的分析，验证了该经济评价方法的有效性。结果表明：本文中提出的基于运行最优模拟的综合能源系统经济评价方法能够极大地提高综合能源规划设计经济分析的精确性和灵活性，能够更好地评价系统方案的合理性和可操作性

Abstract:

Based on the life cycle analysis method of integrated energy project and considering the optimal dispatching strategy of system operation, an economic evaluation method is proposed with integrated energy coordination and optimal dispatching model and full life cycle economic analysis model together, including gas turbine, boiler, fan, photovoltaic, electro-thermal energy storage, electric load and thermal load, which solves the problem of extensive economic analysis and estimation in comprehensive energy planning and designing. Taking CHP-type integrated energy system of a park in Chongqing for example, the effectiveness of the proposed economic evaluation method is verified through the analysis of energy supply dispatch and economic indicators. The results show that the economic evaluation method of integrated energy system based on the proposed optimal operation simulation can greatly improve the accuracy and flexibility of economic analysis of integrated energy planning and designing, and can better evaluate the rationality and operability of the system scheme.