Photovoltaic power generation is a technology that directly converts solar energy into electrical energy using the photovoltaic effect at the semiconductor interface. With the national goal of high-quality development and the strong promotion of clean energy applications, solar energy has become a key focus. Solar power generation is in line with the policy shift towards new types of energy, as solar energy resources are widely distributed and inexhaustible. In 2022, China's installed capacity of photovoltaic power increased by 57% compared to the previous year, reaching a historic high. The solar photovoltaic power generation capacity reached 96.6 GW, accounting for 42% of the world's total.

Wind turbines are key equipment in wind farms. The components of wind turbines are generally large in size, weight, and material loss, and wind farms are generally built in uninhabited areas. Modern wind turbine towers integrate sensors, signal processing, computers, and new materials. and other new technologies to prevent wind turbines at high altitudes from tilting, which threatens the normal operation and safety of power towers. It is necessary to use tilt sensors to monitor the verticality of wind turbines for a long time. Once the tilt exceeds the safe value, , early warning can be provided in time, and personnel can be notified for inspection and maintenance, thereby ensuring the stable progress of daily power generation work.

WITMOTION has in-depth applications in the direction of transmission line monitoring. It has developed a transmission line pole/tower tilt monitoring system. This system mainly provides online monitoring of tower lateral tilt, longitudinal tilt and other data, and combines line design parameters to provide early warning information for tower tilt. , providing practical basis for the line operation and design departments. Through early warning, the operation department can timely grasp the safe operation of the tower, reduce accidents caused by tower tilt, assist the operation department to find the fault point of the tower, and judge the fault type.