Transmission Line Weather Station

Transmission Line Weather Station, is a meteorological monitoring device designed for transmission lines in special areas. It collects and monitors core meteorological data such as environmental temperature, humidity, wind speed, wind direction, air pressure, etc. in real time. Using the wireless communication technology of 4G or IoT agent terminal, these data and their dynamic changes will be rapidly transmitted to the system host. The host is not only responsible for data storage, but also has powerful data analysis and processing capabilities, and can provide users with data analysis results in a variety of intuitive ways, such as charts and curves. Once abnormalities are detected, the system will quickly activate the alarm mechanism and send early warning information to the management personnel through a variety of ways, so that they can respond in time and take the necessary preventive measures. The application of this device significantly improves the real-time and accuracy of transmission line meteorological monitoring, providing a strong guarantee for the safe operation of transmission lines.

Every year in winter and early spring, the transmission line area from Guangxi to Heilongjiang is often affected by the convergence of cold airflow from the south and warm humid airflow from the north, which leads to the occurrence of severe meteorological conditions such as freezing rain, rain and frost, freezing fog and so on. These severe weather conditions pose a significant threat to transmission lines and can lead to problems such as insulator string damage, conductor dancing and flashover failures. To solve these problems, micro-meteorological monitoring devices can be installed on transmission line towers in these areas. These devices can monitor the impact of micro-meteorological conditions on the towers in real time, so that timely countermeasures can be taken to ensure the safe and stable operation of transmission lines. The application of this technology greatly improves the ability of the power grid to cope with severe weather and provides a strong guarantee for the reliability of power supply.