UTC-520E-PE

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

UTC-520E-PE is an advanced, sophisticated wind turbine controller designed for use in a wide variety of wind turbines. The controller integrates a broad range of features for controlling both the power and torque output of wind turbines. It is a modern electronic device that helps to maximize the efficiency of the wind turbine. The controller has been designed to work with various types of wind turbines, including those featuring different speeds and rotational forces. It is also suitable for use in off-shore wind farms.

The primary application field of UTC-520E-PE is the optimization of energy harvesting of turbines that are deployed in regions with strong winds. This controller is also suitable for applications where heightened reliability is paramount, as it is designed to perform even in harsh operating conditions. The controller can also be used for controlling power generated by wind turbines in urban or rural areas, or in any other places where the wind turbine is expected to be running at optimal efficiency.

The working principle behind the UTC-520E-PE is quite simple and straightforward. The controller consists of two main parts: the control unit and the wind sensor. The control unit is connected to the power generator or the wind turbine and it sends the instructions to the wind sensor about the speed and rotational force. The wind sensor is then responsible for detecting any changes in the wind speed and adjusting the output accordingly. This entire process is constantly monitored and adjusted by the controller in order to maximize the efficiency of the turbine.

The UTC-520E-PE controller is extremely reliable and can be used in a wide range of turbine models. This advanced wind turbine controller is reliable in a variety of operating conditions and has a long life, even in harsh environments. This is why this controller is an ideal choice for any type of wind turbine applications that require the highest levels of efficiency.

The specific data is subject to PDF, and the above content is for reference