Abstract
To achieve the centralized monitoring and integrated management of the central air-conditioning system, taking the characteristics of data communications and control complexity in the air-conditioning system into consideration, and combined with the OPC (OLE(Object Linking and Embedding) for Process Control) technology, an intelligent central airconditioning supervisory system is developed and designed. In this paper, after searching the OPC technology standard, the overall structure diagram of the monitoring system is designed, and the OPC server program is also developed by using Knight OPC Server Rapid Development Toolkits. The OPC client application program and man-machine interface are exploited by KingView configuration software. The monitor and control system whose interface is opened is designed for the central air-conditioning. In the end, the experiment result proves that the system operation has good performance for temperature-controller and humidity-controller clustered controlling as well as data communications, thus, satisfying the requirements.
Highlights
In the field of central air-conditioning, different manufacturers of air conditioning, large numbers of software and hardware equipments need to be integrated on the same module as the result of the expansion of the scale of airconditioning production and the improvement of system complexity
In order to realize the centralized monitoring [1] of air-conditioning devices of different manufacturers and data communication between acquisition interface, plenty of time was spent on the development of a dedicated communication interface program, OPC [24] technology can effectively solve the problem
OPC server based on component object model (COM)/distributed component object model (DCOM) technology is running on Windows operating system, information about OPC server is registered into the chart of system registry to ensure
Summary
In the field of central air-conditioning, different manufacturers of air conditioning, large numbers of software and hardware equipments need to be integrated on the same module as the result of the expansion of the scale of airconditioning production and the improvement of system complexity. In order to realize the centralized monitoring [1] of air-conditioning devices of different manufacturers and data communication between acquisition interface, plenty of time was spent on the development of a dedicated communication interface program, OPC [24] technology can effectively solve the problem
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