基于节能降耗的变电站电气三维照明系统设计

Design of Electrical 3D Lighting System for Substation Based on Energy Conservation and Consumption Reduction

变电站的电气三维照明系统节能效果较差,照明能耗较高,为此设计了基于节能降耗的变电站电气三维照明系统。在系统硬件方面,对光感器、控制器和照明设备进行选型与设计;在系统软件方面,采用节能降耗技术进行光照设计,自适应调控照明设备光通量,并通过对光学扩展,实现节能降耗的变电站电气三维照明系统设计。试验结果表明,应用设计系统后,能够有效降低变电站电气照明能耗,具有良好的节能效果。

The energy-saving effect of the electrical 3D lighting system in the substation is poor,and the lighting energy consumption is high.Therefore,a substation electrical 3D lighting system based on energy conservation and consumption reduction has been designed.In terms of system hardware,the selection and design of light sensors,controllers and lighting equipment are carried out;In terms of system software,energy-saving and consumption reducing technologies are adopted for lighting design,the light flux of lighting equipment is adjusted adaptively,and through optical expansion,energy conservation and consumption reduction reducing substation electrical 3D lighting system design is achieved.The experimental results show that the application of the design system can effectively reduce the energy consumption of electrical lighting in substations and has a good energy-saving effect.