摘要
通风空调系统作为地铁中的重要设备系统之一,担负着对地下空间的空气温度、湿度、空气流速和空气品质进行控制的任务,而其能耗约为地下线能耗的30%以上,仅次于车辆牵引用电能耗,节能潜力相对较大。介绍了通风空调系统的运行模式和能耗测量方法,在分析能耗数据及能耗的基础上,提出了空调系统智能控制模块在环境综合监控系统(BAS)中的实现方案。
As important .devices in subway system, ventilation and air-conditioning systems are responsible for the control of temperature, humidity; air-velocity and air-quality in underground space, while its energy, consumption is about over 30% of total line energy consumption, only less than that of vehicle traction, energy-saving potential is relatively large. Operating mode of ventilation and air-conditioning systems and method of energy consumption measurement are introduced, and based on the analysis of energy consumption, intelligent control module is designed in environmental comprehensive monitoring system（BAS）.
出处
《微型机与应用》
2011年第24期87-89,92,共4页
Microcomputer & Its Applications
关键词
城市轨道交通
空调系统
节能
综合监控
智能控制
urban rail transit
air-conditioning system
energy-saving
comprehensive monitoring
intelligent control
