• Wind Turbine Controller 1KW-7KW-12V-120V

Wind turbine controllers have been condensed for many years of application experience (such as waterproof, dust proof, salt spray, operational wiring errors, fan wind limit control, energy management, etc.) Applied to charging control, or street light control, each performance is excellent. In order to cooperate with various applications, the controller adopts layering and building block structure. All functions can be combined with different function boards according to the actual application, which is convenient for quick customization and suitable for application.

Product Details
Battery parameters
Applicable battery voltage12V-120V battery pack
Battery protection methodReverse protection (with buzzer);

Voltage limiting charging protection, overcurrent charging protection

Overvoltage protection point voltage58.0V±0.3V can be set,

Set according to different battery pack parameters

Fan input port parameters
Applicable fan rated power1KW~7KW (depending on the battery pack voltage level, refer to Appendix III)
Port rated current35A dc (after rectification)
Port maximum input current45A dc (after rectification)
Port maximum input voltage420V dc (after rectification), optional 850V dc
Fan speed limit power generation preset speed300 Rpm (can be set)
Fan protection methodOver speed protection, over current limit protection, inductive lightning protection
Unloading methodPWM stepless high frequency soft unloading (external unloading box)
MPPT functionBuck MPPT mode (15-segment power curve tracking)
MPPT channel input current12A
Output port parameters
Battery port maximum output voltageOvervoltage protection point voltage (depending on this parameter set)
Battery port maximum output current65A (continuous) 80A (30 minutes)
65A (continuous) 80A (30 minutes)65A (continuous) 80A (30 minutes)
Other
Display mode128*64 dot matrix liquid crystal (LCD) display
Communication methodRS485 (standard) Short-range wireless RF (optional)
Parameters that can be displayedFan input voltage / current / power / power generation / speed / wind speed (with anemometer) /

Battery voltage / charging current / power / total charge / battery status information

3 years of daily power generation / monthly power generation / annual power generation

Standby power consumption (screen backlight off)about 2.5w
How to operate3M foil button operation (4 buttons)
Working temperature and humidity range (environment)-40~+80°C/20~85%RH (but no condensation)
Protection levelIP41
Controller size (length * width * height *)420mm*310mm*155mm
Controller net weight10KG
Unloading box size (length * width * height *)620mm*350mm*165mm
Unloading net weight7KG
Design Features:

Waterproof
The circuit board has three anti-treatment and layered structure design, even if a small amount of water enters, it will not damage the equipment.

RS485 Communication
Standard RS485 communication, short-range wireless RF optional.

Easy wiring
The injection molding process is adopted at the terminal, and the phenomenon of short circuit and wire contact does not occur, making it easier for the customer to operate.

Battery reversal will automatically alert you
The battery input end will not be damaged continuously, and there will be a buzzer warning. It avoids damage to the equipment due to wiring errors, fires, and better protects the battery.

Continuous short-circuit output protection
The discharge output has continuous short-circuit output protection and over-current protection. Recover yourself after abnormal exclusion. It avoids damage to the equipment due to malfunction of the electrical equipment (especially short circuit) or causes fire.

Fan speed steady power generation control technology
The fan steady-speed power generation control method can make the fan not run at super-speed. In strong winds, the fan can control continuous power generation at a set speed to avoid direct braking of the fan due to stall caused by strong wind. Greatly increase the power generation of the fan and keep the fan running normally.

Wind stall current limiting power generation control technology
The fan stall limiting current control method can prevent the fan from running under overcurrent and protect the expensive generator from being damaged by the heat generated by the overcurrent.

Wind Turbine Input MPPT Power Generation Technology (Buck)
The wind-solar complementary controller can provide a 15-segment matching curve input configuration mode (input speed vs. input current; or input voltage vs. input current curve), which can greatly reduce the wind turbine’s low wind speed and generate electricity efficiently.

Support for multiple output mode selections
The controller offers a variety of output modes (light control, time control, morning light, PWM dimming, reverse) for easy application.

Statistics on cumulative power generation, remaining power, speed, current, temperature, etc.
The controller screen has conventional wind turbines, unloading, current, voltage and power display at the output, as well as the cumulative power generation display of the wind turbine, power display, wind turbine speed and unloading current display. The temperature of the controller is displayed.

The controller wiring terminal is placed with the warning function facing up
When the wind turbine controller terminal is placed upwards, it will be pre-warned to allow the customer to use it in the correct installation direction, avoiding the use in the open air, or due to weather, the surface of the wire is dew, and the rain directly along the wire, the water is introduced into Inside the controller, the possibility of damaging the controller after a large amount of water accumulates.

Wind turbine controller and unloading box
Wind turbine controller application range

Contact us

Sales Tel: 0755-23061851
Email: sales@urilic.com