Product Description:
Grid-Tied Wind Generator on-grid System
The Grid-Tied Controller plays a crucial role in wind generator on-grid systems, as it is responsible for converting Three AC current from wind turbines into DC current before sending it to the grid-tie inverter. This makes it the most important technological component of the system.
The GT-PCTC series wind professional grid-tied controller is designed with double safety control systems, which include a PWM constant voltage system and a three-phase dump load brake system. This innovative solution allows for greater safety and control over the energy generated by the wind turbines. Additionally, this grid-tied controller interfaces with solar inverters from popular brands like Growatt, Deye, Solis, and lvet.
With this feature, solar inverters can now adapt to the operating conditions of the wind turbine. This is incredibly useful in situations where both wind and solar energy sources are being utilized. The GT-PCTC series wind professional grid-tied controller is a great addition to any wind generator on-grid system looking to opimize energy generation and ensure safety.

Grid-Tied Controller is technologically the most important component in wind generator on-grid systems, which convert Three AC current from wind turbine into DC current then send to the grid-tie invertor. GT-PCTC series wind professional grid-tied controller which have Double safety control systems: PWM constant voltage system and three-phase dump load brake system, This innovative solution also interfaces with solar inverters from brands like Growatt, Deye, Solis, and Ivet, enabling solar inverters to adapt to wind turbine operating conditions.
Type | | | | |
Wind turbine rated power | | | | |
Wind turbine rated voltage | | | | |
Function | Rectifier,Control,DC output |
Automatic protection function | Over voltage protection, Grid cut off protection, Regulated supply output, Arrester |
Manual function | Manual brake, Reset, Emergency switch |
Display mode | |
Display content (larger one) | Generator speed(rpm),Input voltage (Vdc), Input current(Vac) ,Output power(kW), Grid voltage (Vac),Grid current(A), Power generate today(kWh),Power generate this month, Power generate last month, Power generate this year, Power generate last year,Power Curve setting. |
3-phase dump load time-lapse | | | | |
Wind turbine 3-phase dump load voltage | | |
PWM constant voltage | | |
Environment temperature | |
Relative humidity | |
Noise (1m) | |
Degree of protection | IP20(Indoor) IP65 (Outdoors) |
Cooling method | |
Communication interface (optional) | RS485/USB/GPRS/WIFI/Ethernet |
Type | GT-PCTC-10KW | GT-PCTC-20KW | GT-PCTC-30KW | GT-ACDC-50KW | GT-ACDC-100KW |
Wind turbine rated power | | | | | |
Wind turbine rated voltage | |
Function | Rectifier,Control,DC output |
Automatic protection function | Over voltage protection, Grid cut off protection, Regulated supply output, Arrester |
Manual function | Manual brake, Reset, Emergency switch |
Display mode | |
Display content (larger one) | Generator speed(rpm),Input voltage (Vdc), Input current(Vac) ,Output power(kW), Grid voltage (Vac),Grid current(A), Power generate today(kWh),Power generate this month, Power generate last month, Power generate this year, Power generate last year,Power Curve setting. |
PWM constant voltage | | | | | |
Wind turbine 3-phase dump load voltage | | | | | |
Wind turbine 3-phase dump load time-lapse | | | | | |
Environment temperature | |
Relative humidity | |
Noise (1m) | |
Degree of protection | IP20(Indoor) IP65 (Outdoors) |
Cooling method | |
Communication interface (optional) | RS485/USB/GPRS/WIFI/Ethernet |
Size of the controller (mm) | | | | | |
Controller Weight | | | | | |
Dump load Size (mm) | | | | | |
Dump load Weight | | | | | |