摘要
针对某档案馆恒温恒湿空调能耗高、调节效果不佳、调节难度大等特点,采用互联网与物联网技术,建立了远程节能监管平台,提出了九宫格型优化调节和间歇运行控制策略,并实施了回风管路的密封改造,实现从恒温恒湿空调的优化调节。所提优化运行策略运行于某档案馆恒温恒湿空调的实际控制,与2016年相比,2017年节电16. 67%,证明了所提优化运行策略的节能有效性,可为同类恒温恒湿空调的节能改造提供参考。
In view of the characteristics of high energy consumption,poor adjustment effect and difficult adjustment of a constant temperature and humidity air conditioner in a certain archives,the remote energy saving supervision platform is set up by Internet and Internet of things technology. The optimal control and intermittent operation control strategies of the 9th palace type are put forward,and the sealing transformation of the return air pipeline is implemented to realize the constant temperature and humidity air space. The optimized operation strategies runs in the actual control of the constant temperature and constant humidity air conditioning in a certain archives. Compared with 2016,the energy saving is 16. 67% in 2017, which proves the efficiency of the optimized operation strategies,and can provide reference for the energy saving transformation of the same kind constant temperature and humidity air conditioning.
作者
任德瑜
REN De-yu(Department of Auditing,China University of Petroleum,Qingdao 266580,Shandong,China)
出处
《建筑节能》
CAS
2019年第4期21-25,31,共6页
BUILDING ENERGY EFFICIENCY
关键词
恒温恒湿空调
节能控制改造
间歇运行
控制策略
constant temperature and humidity air conditioner
transformation of energy saving control
intermittent operation
control strategies
