以常熟辛庄片区排涝泵站群为载体,结合"互联网+水利自动化+优化网络安全控制"的理念,采用分散控制、统一管理的模式,利用浏览器、手机APP为远程终端服务软件,以PLC作为现场控制核心,基于WEB以及移动子网开发了一套排涝泵站群...以常熟辛庄片区排涝泵站群为载体,结合"互联网+水利自动化+优化网络安全控制"的理念,采用分散控制、统一管理的模式,利用浏览器、手机APP为远程终端服务软件,以PLC作为现场控制核心,基于WEB以及移动子网开发了一套排涝泵站群数据采集与监视控制系统(supervisory control and data acquisition system,SCADA);文中重点就系统设计过程中的一些关键技术进行了阐述,如系统通信网络安全自检模块设计、远程水泵工作状态数据采集以及远程水泵智能启停控制实现等;通过该系统在实际现场的应用调试发现,其运行安全可靠,实现了利用浏览器或手机移动终端进行各排涝子站分管区域的水情监测、泵站工作状态数据监测、排涝子站的水泵机组多模式控制等智能化功能,给泵站的实时监管带来了便利,创造了很大的社会价值。展开更多
The energy saving issue of chilled water system in an intelligent building is analyzed from the systematic point of view, and an optimum scheduling scheme which can save energy of the system facilities and satisfy the...The energy saving issue of chilled water system in an intelligent building is analyzed from the systematic point of view, and an optimum scheduling scheme which can save energy of the system facilities and satisfy the constraints of the real time cold loads and system running is also proposed. It can make the minimum cost of the system by optimizing the number of running chillers, running parameters and the distribution of real time loads of running chillers. The improved genetic algorithm is used in the optimum scheduling scheme. The computation results show that the building energy consumption can be decreased by about 10%.展开更多
文摘以常熟辛庄片区排涝泵站群为载体,结合"互联网+水利自动化+优化网络安全控制"的理念,采用分散控制、统一管理的模式,利用浏览器、手机APP为远程终端服务软件,以PLC作为现场控制核心,基于WEB以及移动子网开发了一套排涝泵站群数据采集与监视控制系统(supervisory control and data acquisition system,SCADA);文中重点就系统设计过程中的一些关键技术进行了阐述,如系统通信网络安全自检模块设计、远程水泵工作状态数据采集以及远程水泵智能启停控制实现等;通过该系统在实际现场的应用调试发现,其运行安全可靠,实现了利用浏览器或手机移动终端进行各排涝子站分管区域的水情监测、泵站工作状态数据监测、排涝子站的水泵机组多模式控制等智能化功能,给泵站的实时监管带来了便利,创造了很大的社会价值。
文摘The energy saving issue of chilled water system in an intelligent building is analyzed from the systematic point of view, and an optimum scheduling scheme which can save energy of the system facilities and satisfy the constraints of the real time cold loads and system running is also proposed. It can make the minimum cost of the system by optimizing the number of running chillers, running parameters and the distribution of real time loads of running chillers. The improved genetic algorithm is used in the optimum scheduling scheme. The computation results show that the building energy consumption can be decreased by about 10%.