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作 者:耿世彬[1] 李永[1] 韩旭[1] 刘永华[1] 郭学森[1]
机构地区:[1]解放军理工大学工程兵工程学院,江苏南京210007
出 处:《解放军理工大学学报(自然科学版)》2011年第2期139-143,共5页Journal of PLA University of Science and Technology(Natural Science Edition)
摘 要:鉴于地下工程目前采用的集中式空调系统存在无法分区调温和能耗大的问题,分析了水环热泵空调系统在地下工程中使用的可行性。针对水环热泵系统中传统冷却塔模式易暴露的不足和地下工程水温常年稳定在7-26°C的特点,提出采用地下储水箱和风冷热泵机组替代冷却塔,并分析了该冷却系统运行的规律。同时考虑了地下电站的余热利用,对水环热泵系统与柴油电站冷却水系统联合运行的方法进行了探讨。To solve the problem of the incapable temperture adjustment and the great energy waste of centralized air-conditioning system in underground engineering,the feasibility of water loop heat pump(WLHP) system was studied.Given that the deficiency exists in traditional cooling way of water loop heat pump(WLHP) system and that the temperture of groundwater is between 7 and 26 grade in underground engineering,the underground storage tanks and the air-cooled heat pump units were used to replace the cooling tower whose law was analyzed.At the same time,the combining run of the water system of WLHP and the cooling water system of the operation room in underground engineering was probed to make use of the waste heat in the power station.
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