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探讨了北九州市新规划热供给区域的热电并给系统导入效果.根据东京的能源消费功能单位,推测了北九州市的能源消费功能单位.利用不同建筑用途的建筑面积和能源消费功能单位,计算了北九州市新规划热供给区域的能源需要量.设定了单体空调系统、锅炉系统、电主热从及热主电从的热电并给系统等4种能源供给系统,并计算了各系统的能源消费量、二氧化碳排放量、初期投资、运行费用和单纯回收年数.计算结果表明,综合考虑能源消费量、二氧化碳排放量和运行费用,新规划热供给区域导入能源供给系统时,热电并给系统是最好的选择.
In Kitakyushu City, the thermal power in the newly-planned heat supply area was introduced and the system was introduced into the system.According to the energy consumption functional units in Tokyo, the energy consumption functional units in Kitakyushu were inferred.Using the building area and energy consumption functional units for different construction purposes, Kitakyushu City, the new planning of the heat supply area of the energy requirements.A single air-conditioning system, the boiler system, the main heating from the main and the main power from the thermoelectric system and other four kinds of energy supply systems, and calculated the system Energy consumption, carbon dioxide emissions, initial investment, operating costs and the number of years of pure recovery.The results show that, when considering the energy consumption, carbon dioxide emissions and operating costs, when the new planned heat supply area imports the energy supply system, the heat and power supply to the system Is the best choice.