Bearings are monitored to ensure operation within thermal limits

Power electronics are monitored to prevent thermal damage

The tower foundation is monitored for electrical current fluctuations

The gearbox is monitored to detect overheating and abnormal operation

Torque sensors quantify mechanical loads transmitted through the drivetrain

Vibration sensors detect abnormal mechanical behaviour and structural faults

Wind vane sensors measure drivetrain lubrication quality

Electrical sensors reduce structural loading in the gearbox

Distributed sensors provide real-time operational data across critical subsystems

The turbine operates effectively without continuous sensing and monitoring systems

Vibration and temperature measurements support early fault detection

SCADA-based diagnostics rely on continuous sensor measurements

Torque sensors determine the external wind direction acting on the blades

The anemometer measures wind speed for the control system

Oil condition sensors regulate blade pitch under turbulent conditions

The wind vane measures wind direction for yaw adjustment

Measuring oil pressure and temperature within the gearbox

Monitoring lubrication quality to maintain reliable operation

Reducing the risk of accelerated component degradation

Controlling generator rotational speed during power conversion