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China PCTC Series Wind Tracker Controller 1.5kW-100kW - Reliable Factory Suppliers for Efficient Wind Energy Solutions
Specifications (1.5KW - 5KW)
| 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 | ||||||
| Size of the controller (mm) | 500*395*270 | 500*395*270 | 500*395*270 | 500*395*270 | |||
| Controller Weight | 20Kg | 20Kg | 22Kg | 22Kg | |||
| Dump load Size (mm) | 620*215*190 | 620*215*190 | 620*215*190 | 620*215*190 | |||
| Dump load Weight | 14Kg | 14Kg | 14Kg | 30Kg | |||
| Type | GT-PCTC-10KW | GT-PCTC-20KW | GT-PCTC-30KW | GT-PCTC-50KW | GT-PCTC-100KW | ||
| Wind turbine rated power | 10KW | 20KW | 30KW | 50KW | 100KW | ||
| Wind turbine rated voltage | AC380-520V | ||||||
| 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 | ≥700dc | ≥700dc | ≥700dc | ≥700dc | ≥700dc | ||
| Wind turbine 3-phase dump load voltage | 750±5Vdc | 750±5Vdc | 750±5Vdc | 750±5Vdc | 750±5Vdc | ||
| Wind turbine 3-phase dump load time-lapse | 12-20 min | 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 | ||||||
| Size of the controller (mm) | 550*395*270 | 600*500*1200 | 600*500*1200 | 930*580*430mm | 1100*600*1800 | ||
| Controller Weight | 25Kg | 66Kg | 68Kg | 50KG | 406KG | ||
| Dump load Size (mm) | 690*520*270 | 690*530*520 | 710*890*590 | 710*890*590 | Dumpload built-in | ||
| Dump load Weight | 45Kg | 55Kg | 55Kg | 55Kg | Dumpload built-in | ||
Leading Features
System Solution
Product Display
Frequently Asked Questions
Q1 What problems does the GT-PCTC controller solve for small wind turbine systems?
Compared with PV grid-tied inverters, standard small wind turbine grid-tied inverters face several market supply problems:
- Few professional small wind turbine grid-tied inverter factories
- Wind grid-tied inverters are several times more expensive than PV inverters
- Unstable quality and lack of after-sale service
- Low efficiency and lack of grid connection certification
Q2 How does the controller's protection system function?
The protection system operates via PWM Constant voltage + Three-phase dump load brake:
- PWM constant voltage: Controls the wind turbine output so it does not exceed 120% of its rated power. In strong winds, it conducts constant voltage output to ensure safe inverter operation.
- Three-phase dump load brake: If capacity exceeds PWM limits (overspeed), the dump load system brakes the turbine automatically and immediately. The brake releases after 10-20 minutes, allowing the turbine to restart.
- Inverter & Grid Cut-off Protection: If the grid-tied inverter disconnects, the controller maintains a constant voltage output. If the grid cuts off, the dump load brakes the turbine and stops inverter output, recovering automatically when the grid restores.
Q3 What is the purpose of the Surge Protector and Emergency Stop Switch?
- Surge protector: Limits transient over-voltage entering the wind turbine's power line to a range the equipment can withstand, discharging powerful lightning currents safely into the ground to protect against lightning strikes.
- Emergency stop switch: In case of emergency, pressing this front-panel button cuts off all power supply to the controller and immediately engages the three-phase dump load brake.
Q4 How does the Manual Brake switch work?
By using the Manual Brake switch, the wind turbine will remain braked continuously via the three-phase dump load system until manually reset.
Q5 What optional communication protocols and interfaces are supported?
The controller supports several optional communication interfaces:
- Modbus Communication protocol: Available for secondary development.
- RS485: Used to adjust technical specifications.
- WIFI & LAN: Enables remote monitoring and control via PC and mobile devices (compatible with Android and iOS), allowing users to monitor real-time states and query historical working data.
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