Product Description:
Grid-Tied Controller: The Technological Backbone of Wind Generator On-Grid Systems
Grid-Tied Controller is an essential component in wind generator on-grid systems. This state-of-the-art technology is responsible for converting Three AC current from a wind turbine into DC current and sending it to the grid-tie inverter. It plays a vital role in regulating the electrical output produced by wind turbines and ensuring that it is compatible with the power grid.
GT-PCTC Series Wind Professional Grid-Tied Controller
The GT-PCTC series wind professional grid-tied controller is a remarkable innovation in the field of wind energy. This controller has a double safety control system, which includes a PWM constant voltage system and a three-phase dump load brake system. This intelligent controller helps in managing the intermittency associated with wind energy and thereby ensures grid stability.
In addition, the GT-PCTC series controller also interfaces with solar inverters from brands like Growatt, Deye, Solis, and lvet. This feature enables solar inverters to adapt to wind turbine operating conditions, making it a versatile solution that can integrate with other renewable energy sources as well.
Parameters:
| Type | GT-PCTC-1.5KW | GT-PCTC-2KW | GT-PCTC-3KW | GT-PCTC-5KW |
| Wind turbine rated power | 1.5KW | 2KW | 3KW | 5KW |
| Wind turbine rated voltage | AC220V-240V | AC220V-240V | AC220V-380V | AC380-450V |
| 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 | LCD Touch Screen |
| 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 | ≥400dc | ≥400dc | ≥400dc | ≥700dc |
| Wind turbine 3-phase dump load voltage | 450±5Vdc | 450±5Vdc | 450±5Vdc | 750±5Vdc |
| 3-phase dump load time-lapse | 12-20 min | 12-20 min | 12-20 min | 12-20 min |
| Environment temperature | -30-60°C |
| Relative humidity | ＜90% No condensation |
| Noise (1m) | ＜40dB |
| Degree of protection | IP20(Indoor) IP65 (Outdoors) |
| Cooling method | Forced air cooling |
| Communication interface (optional) | RS485/USB/GPRS/WIFI/Ethernet |
Applications:
Within a wind power generation system, the grid-connected controller plays a pivotal role in ensuring the system operates efficiently. The controller facilitates the seamless integration of the power generated by the wind power generation system into the power grid, thereby enabling the parallel operation of wind energy and power grid.
In addition to its integration function, the grid-connected controller serves as a crucial component in monitoring and controlling the output voltage, current, and other system parameters in real-time. These functions work in tandem to guarantee the stable operation of the system.
The grid-connected controller integrated within the wind power grid-connected inverter is equipped with a wide wind turbine voltage input range, automatic detection of DC output voltage, and automatic unloading functions, ensuring the safety of the output voltage.
Overall, the grid-connected controller is essential in ensuring the effective and safe operation of a wind power generation system and allows for the achievement of optimal energy generation and transmission results.
