In an era of rising renewable energy consumption, maintaining wind turbines in remote forests and mountains is a challenge. Trackster’s IoT platform brings real-time visibility to your wind farm assets.
Our system eliminates the need for constant human presence at remote sites, providing critical data for maintenance scheduling, automated shut-offs, and performance optimization.
Wind turbines convert clean wind energy into electricity. We monitor individual turbine output to ensure the entire farm is balanced.
Sensors track blade speed, turbine rotation, and component health, transmitting data from remote mountains to our cloud dashboard.
Receive instant alerts on mechanical failures. Schedule maintenance only when needed, reducing operational costs significantly.
It is an IoT-based solution that uses sensors to track turbine health, power output, and weather conditions, providing real-time data to operators in remote locations.
IoT helps optimize pitch and yaw control based on real-time wind data, ensuring the turbine captures maximum energy while reducing stress on the gearbox.
Trackster uses industrial-grade gateways that support 4G/LTE and satellite-ready communication, ensuring data reaches the cloud even from remote forests.
We typically use anemometers for wind speed, vibration sensors for gearboxes, temperature sensors for nacelles, and power meters for electricity output.
By analyzing vibration patterns and temperature spikes, the system can predict bearing or blade failures before they happen, preventing catastrophic breakdowns.
Yes. Our system allows operators to remotely trigger a braking or shut-off sequence during extreme weather or emergency maintenance via the IoT platform.
Wind energy is renewable, produces no greenhouse gas emissions, and has significantly lower operational costs once the infrastructure is installed.
Yes, Trackster generates daily, weekly, and monthly energy generation reports, helping you track ROI and plant performance ratios effortlessly.
Our platform is built on an open architecture, supporting Modbus, MQTT, and other industrial protocols for seamless third-party sensor integration.
It reduces the need for technicians to climb towers for routine checks. They only go up when the data indicates a specific issue that requires physical intervention.