New Energy Field

In the field of new energy, displacement sensors serve as a critical enabler for the stable operation and efficient production of various core equipment. They are widely used in key applications such as the pitch control systems of wind turbine blades, angle adjustment of photovoltaic tracking brackets, and precise positioning during the cutting of electrode sheets in energy storage battery manufacturing—accurately monitoring displacement, angle, and stroke data. Designed to withstand harsh outdoor conditions—including extreme heat, severe cold, and strong winds—these sensors exhibit outstanding environmental adaptability and strong anti-interference capabilities. They not only ensure precise attitude control of wind and solar power generation equipment, thereby boosting power generation efficiency, but also enable micron‑level positioning in battery production, supporting the large‑scale, high‑quality development of the new energy industry.