Design And Implementation Of Remote Supervisory System In Street Lamp

Along with social and technical unceasing development, the traditional street light control and management maintenance method already could not adapt to the modernized city development speed, the street light remote computer supervisory system has already become municipal administration vivid project which various municipal governments care for extremely. This article takes the Xiamen Haicang bridge's street light remote supervisory system as a background. After the system has been successfully applied to, we extend and apply to the entire city street light digitization illumination's computer automation control, monitoring and management. We have realized to the city single street lamp computer real-time control, monitoring and management, and have realized to street light remote supervisory system based on the geographic information system (GIS) function. Within the analysis of extant street light supervisory system's function and the society request to the street light control management, we unify with the aid of the distributional supervisory control and data acquisition system(SCADA) and the advanced communication technology---wireless and lineate communication. We emphasis on the street light remote computer supervisory system overall plan design and concrete realization and the monitoring center master station monitoring software's realization. The system can not only real-time supervise and control single street lamp, but also expands along with the urban development.The first chapter has first summarized briefly the system project background, the situation and development of domestic and foreign present street lights'supervisory system and my main work. The second chapter determines this system design plan on base of the analysis of distributional supervisory control and data acquisition(SCADA) system which industrial world user commonly used and the extant street light supervisory system's function flaw and this article project background's request. The third chapter discusses the design and implementation of the wireless communication between supervisory computer and concentrator and the power line carrier communication between concentrator and single lamp survey control terminal. The forth chapter discusses monitoring center master station software overall frame idea and concrete realization method. The fifth chapter introduces the street light monitoring center GIS function design and concrete realization when we studied the...