首页> 外文会议>ASME(American Society of Mechanical Engineers) International Mechanical Engineering Congress: Advanced Energy Systems Division; 20031115-20031121; Washington,DC; US >EVALUATION OF A DISTRIBUTED ENERGY SYSTEM COMBINED WITH HEATING, COOLING AND POWER GENERATION THROUGH MULTI-CRITERIA OPTIMIZATION
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EVALUATION OF A DISTRIBUTED ENERGY SYSTEM COMBINED WITH HEATING, COOLING AND POWER GENERATION THROUGH MULTI-CRITERIA OPTIMIZATION

机译:通过多准则优化将供热,制冷和发电相结合的分布式能源系统的评估

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摘要

In this paper, multi-criteria analysis and thermo-economic optimization approach is applied to the analysis of a distributed energy system in an urban residential area in Beijing. System Net Present Value (NPV) is taken as the objective to be maximized with simultaneous consideration of the thermodynamic, economic and emission criteria with regarding to CO_2 and NO_x emissions. Technologies as gas turbine, internal combustion engine, absorption chiller and gas boiler are included in the plant superstructure. For comparison, case with gas boilers for heating, decentralized electric chillers for cooling and all power imported from grids is chosen as the reference.
机译:本文采用多准则分析和热经济优化方法,对北京市某城市居民区的分布式能源系统进行了分析。以系统净现值(NPV)为目标,同时考虑与CO_2和NO_x排放有关的热力学,经济和排放标准。工厂的上层建筑包括燃气轮机,内燃机,吸收式冷却器和燃气锅炉等技术。为了进行比较,选择燃气锅炉供热,分散式电制冷机进行冷却以及从电网输入的所有电力作为参考。

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