Construction of Intelligent Grid Automation Dispatching System Based on SVG Technology

The power grid dispatch system is faced with challenges when dealing with the integration of a large-scale grid and distributed power generation resources. In this paper, we propose a construction method for an intelligent grid automation scheduling system based on SVG technology, and conduct an in-depth analysis of SVG technology. The application value of SVG technology in power grid automation scheduling is pointed out, and an automation scheduling framework that integrates SVG technology is designed. By introducing advanced control algorithms and data analysis techniques, both monitoring and optimized scheduling of the power grid operation status are achieved. Research shows that the intelligent grid automation scheduling system based on SVG technology can improve voltage stability and power quality, reduce harmonic effects, and improve the overall transmission capacity of the power grid. The maximum compensation efficiency of the system under SVG technology can reach 93%, the voltage recovery time is only 217ms, and the maximum harmonic distortion power is only 40W. These results prove the importance and practicality of SVG technology in intelligent grid automation scheduling.