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.

Built for flexible industrial human-robot interaction scenarios, WitMotion IMUs enable high-precision posture and motion perception for collaborative robots, capturing real-time movement status and spatial position data, turning subtle motion changes into reliable perception information to drive efficient, stable and safe human-robot collaboration.

Built for flexible wearable deployment, WitMotion IMUs enable reliable motion capture for rehabilitation therapy, athletic training and workplace ergonomics monitoring, turning subtle body movements into actionable data to drive better recovery, performance and safety results.

In response to the actual needs of my country's geological disaster prevention and control work, WITMOTION combines inclination sensors and broadband mobile communication technology with landslide and debris flow monitoring and early warning technology to sense and monitor collapses, landslides, debris flows, ground fissures, and ground slopes on important trunk roads/building slopes. Geological disaster projects such as subsidence and ground subsidence ensure real-time warning of road construction and prevent disasters in advance.

Built for unmanned warehouse cargo transportation scenarios, WitMotion IMUs enable precise attitude and heading positioning for AGV robots, correcting walking drift and skidding errors in complex shelf environments, turning real-time motion posture data into stable navigation performance to drive efficient, accurate and safe warehouse logistics operations.