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首页> 外文会议>Journal of South China University of Technology(Natural Science Edition) >Evaluation of Combined Heat and Power System by the Effective Use of Exhaust Heat for the New Heat Supply District in Kitakyushu
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Evaluation of Combined Heat and Power System by the Effective Use of Exhaust Heat for the New Heat Supply District in Kitakyushu

机译：有效利用余热的北九州市新供热区热电联产系统评价

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摘要

This paper discusses the introduction effect of the combined heat and power (CHP) system for a new heat supply district in Kitakyushu. The energy consumption intensity of Kitakyushu can be inferred according to the energy consumption intensity of Tokyo. By utilizing the floor area and energy consumption intensity of different types of buildings, the energy requirements in the new heat supply district is calculated. Moreover, four cases, namely the single air conditioner system, the boiler system, the CHP with tracking heating and the CHP with tracking electricity, are analyzed. Simultaneously, the energy consumption, the CO2 emission intensity, the initial cost, the running cost and the pay back years are discussed. The results indicate that the CHP system is favorable when considering the energy consumption, CO2 emission intensity and running cost.
机译：本文讨论了热电联产（CHP）系统对北九州新供热区的引入效果。北九州的能耗强度可以根据东京的能耗强度来推断。通过利用不同类型建筑物的建筑面积和能耗强度，可以计算出新供热区的能源需求。此外，分析了四种情况，即单空调系统，锅炉系统，带伴热的CHP和带电的CHP。同时，讨论了能耗，CO2排放强度，初始成本，运行成本和投资回收期。结果表明，在考虑能耗，CO2排放强度和运行成本时，CHP系统是有利的。

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