摘要
针对博物馆、展览馆、图书馆、飞机场等大型公众场所能量的使用遵循人流多少的策略,在人少或是无人使用的情况下自动减少能量的支出,达到能量合理使用及节能的目的。讨论了由自动扶梯控制系统、智能照明系统、中央空调通风系统组成的"能量随动式"智能控制系统的结构、功能以及控制策略。系统的设计充分考虑人对能量的使用率,尽量做到每一份能源的支出,都能为人服务,着眼于能量供需的研究,为节能设计提供了新的思路。
To the strategy of how to follow the flow of people in museums,galleries,libraries,airports and other large public places,or in the case of no using energy or less to reduce its energy expenditure to serve energy conservation.This system consists of the elevator control system,the intelligent lighting control system and central air-conditioning ventilation system,and the dynamic energy management system structure,function and control strategy are discussed.The design of this system is to give full consideration to the utilization of energy,as far as possible in each of energy expenditure can serve for people.It focus on energy supply and demand,and it is a new thinking for energy-saving design.
出处
《控制工程》
CSCD
北大核心
2009年第S4期41-43,51,共4页
Control Engineering of China
关键词
自动扶梯
智能照明
空调系统
能量随动
escalator
intelligent lighting
central air-conditioning ventilation system,dynamic energy,intelligent control
