Wind Turbine Controller, 100W/200W, 12V/24V

Feature

• Waterproof Wind Turbine Controller: Stability and security
• Utilizing Wind Energy Resources to Generate Electricity: Provides a great control function to convert the electricity generated by the wind turbine to charge the battery at a high rate.
• Wind Turbine Control and Battery Charging: Increase the efficiency of wind power generation, reduce the loss of control when the wind speed is too fast, and reduce the danger to the wind turbine when strong winds occur.
• Charging Indication: Full indication, manual brake and other functions, to meet the actual use of Everbright customers.
• Circuit Adopts Parallel Unloading Design: It can better protect the wind turbine and battery.

 

1. Compact Size: The wind turbine charge controller for home is designed to be small, ensuring it can be easily accommodated in limited spaces.
2. Easy Installation: Its design facilitates straightforward mounting and setup, making the installation process hassle-free and efficient.
3. Efficient Cooling: The small wind turbine controller boasts excellent thermal management, maintaining optimal performance through effective heat dissipation.
4. Aluminum Casing: Constructed with aluminum materials, the outer casing offers robustness and durability, protecting the internal components.
5. Advanced Components: Incorporates high-quality imported IR integrated circuits and power components, ensuring reliable and superior performance for 100W/200W, 12V/24V wind turbines.
6. LED Display: Charging full status display, more intuitive.

Wiring Method

Application

Home Rooftop Power Generation

Remote Communication Base Station

Agricultural Irrigation

Road Lighting

Q1. Is it necessary for a 100W wind turbine to be paired with a 100W wind turbine controller?

It is not mandatory to pair a 100W wind turbine with a 100W wind turbine controller. The selection of a wind turbine controller should be based on the maximum output power and voltage specifications of the turbine. Theoretically, the controller should be capable of handling the wind turbine's maximum output power and voltage. Therefore, a controller with a higher power rating and voltage range that covers the output of the wind turbine can be used. For example, a controller designed for 100W/200W, 12V/24V wind turbines can be suitable for a 100W wind turbine, as it can handle the output of the 100W turbine and provide additional capacity to accommodate power fluctuations, ensuring system stability and efficiency.

Q2. How does this controller protect the wind turbine system?

The controller includes protective features for overcharging, undercharging, short-circuiting, and overheating, ensuring the safety and reliability of the wind turbine system.