Intelligent Ice Zone, Thunder Damage, and Dance Distribution Map System Based on GIS

Beijing Yubang has developed an intelligent ice area, lightning damage, and dancing distribution map system based on GIS, utilizing its development experience in intelligent pollution area distribution map systems. It has successively developed intelligent ice area and lightning damage distribution map systems, which have been widely used in multiple provinces, municipalities, and autonomous regions and have received widespread praise. The intelligent ice distribution map system has multiple databases such as power equipment, historical data, and real-time meteorological information. The power equipment database includes administrative divisions, terrain and altitude data, as well as power equipment such as transmission lines, transmission towers, important power plants, and substations, which form the base map of the intelligent ice area distribution map; The historical database includes severe weather events such as blizzards and freezing disasters that have occurred in history, as well as various types of faults that have occurred in power equipment during freezing disasters, including ice cover thickness, local snowfall thickness, equipment damage status, rescue measures taken, and economic losses caused; The real-time database of meteorological data requires linkage with the meteorological department to input real-time meteorological information such as temperature, humidity, rain and snow, wind speed, and wind direction near the power equipment into the intelligent ice distribution map system. The intelligent ice distribution map system can draw ice distribution maps for any period since the verification of historical databases. Based on the real-time database of historical and meteorological data, it can predict the future distribution of ice areas, providing strong support for ice prevention and disaster reduction work in the power sector. The intelligent lightning damage distribution map system, based on statistical analysis of lightning parameters and combined with the specific situation of the power grid, determines the dangerous current and analyzes its distribution. Then, combined with operating experience and the specific situation of the line .....