Global Energy Internet Research Institute, Changping District, Future Technology City, Beijing, China.

---

Abstract—Because in our country complex topography, power transmission line is often affected by abnormal climate and environment, so relevant research of the micro-meteorological disaster monitoring, early warning become increasingly important. This paper introduces the impact on the power system of the micro-meteorological, the formation of warning principles and methods of electric micro-meteorological disaster, at the same time, focusing on the disaster monitoring and forecasting model, transmission conductor galloping monitoring model, frozen disaster forecasting model and evaluation model, studies the electric micro-meteorological disaster warning model and data processing methods, proposed construction of an integrated micro-meteorological warning system, which achieved the real-time weather monitoring and warning on the grid, as well as monitoring of general and special weather analysis and forecasting and warning.

Index Terms—Micro-Meteorology, disaster monitoring, early warning technology, integrated micro-meteorological warning system.

[PDF]

Cite: Weimei Zhao, Jiakai Wang, "Research on Electric Micro-Meteorological Disaster Monitoring and Early Warning Technology," Journal of Computers vol. 13, no. 4, pp. 401-406, 2018.