中国人民革命军事博物馆改扩建工程暖通空调设计
HVAC system design for reconstruction project of Military Museum of the Chinese People’s Revolution
摘要：
该工程根据室内温湿度控制要求，对温湿度要求较高的地下文物藏品库采用恒温恒湿空调系统，展厅、办公及其辅助用房采用普通空调系统。冷热源分别设置，其中藏品库采用带部分热回收水冷冷水机组，冷凝热回收用于再热。展厅采用温湿度独立控制空调系统，独立新风系统采用全热回收型新风机组。对展厅温湿度分控系统及地下藏品库房进行了热湿负荷计算和分析，给出了恒温恒湿系统主机及末端控制策略。
Abstract：
According to the indoor temperature and humidity control requirements, the underground artifacts collections repositories with high temperature and humidity requirements of this engineering use the constant temperature and humidity air conditioning system, and the comfortable air conditioning systems are used in the exhibition hall, office and their auxiliary rooms. The cold and heat sources are set separately, the collections repositories adopt the water cooling machine with heat recovery, and partial condensation heat recovery is used for reheating. The exhibition hall uses the temperature and humidity independent control air conditioning systems, and the independent outdoor air system uses full heat recovery type outdoor air units. This paper calculates and analyses the heat and moisture loads in the exhibition hall temperature and humidity separation system and the underground collections repositories, and gives the host and end control strategies of the constant temperature and humidity system.
Keywords:museum; underground collections repository; temperature and humidity independent control; constant temperature and humidity; moisture load calculation