Development of a real-time monitoring platform based on we3D for dual-circuit corner towers

This paper describes the importance of transmission towers in the power system, their key role in long-distance power transmission, and the potential risks posed by the natural environments and severe weather they face. Traditional tower monitoring methods such as GPS, BeiDou and static levels have limitations such as high price and inconvenient installation. To solve this problem, a we3D-based panoramic informatization platform construction scheme is proposed. Firstly, the transmission tower model is analyzed, then the BIM model is built and imported, and the geographic model is created at the same time. The platform interface design is simple, and the data server configuration is well docked. The platform can monitor the tower status in real time, providing strong support for the prevention of tower tilting and wire collapse, ensuring the safe operation of transmission lines, which is of great significance for the "West-East Power Transmission" strategy. This program is affordable, easy to install, and reduces the risk of external damage. Through real-time monitoring, it can reduce the occurrence of accidents and avoid large-scale power outages and social losses. The construction of the panoramic informatization platform provides a strong guarantee for the stable operation of transmission lines.