Case

Description:

Background:

Wind turbines play a vital role in wind farms, often located in remote areas. These turbines feature large components susceptible to material loss and face challenges like tilting at high altitudes, posing risks to operational safety. Tilt sensors are essential for continuous monitoring of wind turbine verticality to ensure safe and efficient power generation practices.

WITMOTION sensors offer real-time monitoring of wind turbine operations, detecting tower alignment, blade conditions, and base levelness to enhance wind power generation safety.

Customer Challenges:

Challenges in conducting inspections in severe weather conditions such as typhoons and thunderstorms.

Difficulty in daily observation and maintenance using traditional methods.

Risks posed by geological disasters like earthquakes and subsidence.

WITMOTION Solutions:

WITMOTION‘s tilt sensor HWT905-485 specializes in monitoring horizontal angles of wind turbines, including barrel inclination and foundation annular belt settlement. This sensor provides precise, stable, and accurate data to meet long-term monitoring needs effectively.

 The HWT905-485 sensor tracks wind turbine acceleration, angular velocity, and angle in real-time, ensuring timely detection of equipment anomalies to prevent potential losses. With high precision, stability, temperature compensation, and waterproof features, the sensor aids in safeguarding wind turbine equipment and operations.

Usage environment: It can meet different wind power generation environments such as mountains, grasslands, oceans, deserts, and next door.

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