基于云平台和.NET Framework的智能变电站环境监控系统设计

Design of Intelligent Substation Environmental Monitoring System Based on Cloud Platform and .NET Framework

随着物联网技术的发展,国家电网公司加大“坚强智能电网”建设投资力度,智能变电站作为智能电网的组成部分,一般建设在野外环境中,承担着电能转换与控制的重要任务,本文设计了一种基于云平台和.NETFramework的变电站室内、室外环境监控系统,室内烟雾、火焰等传感器监测火情,温度、湿度大于阈值开启风扇通风,室外风速大于一定值开启相应预警。系统可在PC机和Web终端进行登录,云平台以B/S和C/S混合架构,PC端以C/S架构完成智能变电站环境进行实时监控,为保障变电站安全稳定运行奠定基础。

With the development of the Internet of Things technology, the State Grid Corporation of China has increased the investment in the construction of “strong smart grids”. Smart substations, which are part of the smart grid, are generally built in field environments and are responsible for the important task of power conversion and control. In this paper, an indoor and outdoor environmental monitoring system based on cloud platform and .NET Framework is designed. The indoor smoke, flame and other sensors monitor the fire. The temperature, humidity is greater than the threshold to enable fan ventilation. The outdoor wind speed is greater than a certain value to activate the corresponding warning. The system can log in on the PC and the Web terminal. The system can log on PCs and mobile terminals. The cloud platform uses B/S and C/S hybrid architecture and the PC side uses the C/S architecture to complete the smart substation environment for real-time monitoring, laying the foundation for ensuring its safe and stable operation.