Fkj-Gt 5kw Hybrid Wind Solar Charge Controller for on Grid Wind System with Dump Load Vertical Wind Turbine Generator Controller

Still deciding? Get samples of $ !
Order Sample

Product Description

Hybrid Wind Solar Charge Controller Header
Hybrid Wind Solar Charge Controller Specs Header

Basic Info.

Model NO. FKJ-GT 5KW
Condition New
Certification ISO, CE
Application Wind Controller
Rated Voltage 340V
Wind Turbine Rated Power 5kw
Wind Turbine Max. Power 10kw
Solar Panel Power 1.5kw/1500W
Display Mode LCD
Communication Interface RS485,WiFi,Grps,RJ45
Certificate CE/ISO9001
Efficiency More Than 92%
Dump Load Included
Transport Package Wooden Case
Specification 560*430*320mm/20kg
HS Code 8543709990
Production Capacity 50000 PCS/Year

Packaging & Delivery

Package Size 56.00cm * 43.00cm * 32.00cm
Package Gross Weight 50.000kg

Product Description

5KW 10KW 15KW On Grid Tie MPPT Wind Turbine Solar Hybrid Controllers Grid tie controller
Controller Main View Controller Angle View
The On grid wind turbine system is composed of wind turbine, on grid controller, on grid inverter, metering device, and power distribution system. Wind energy is converted into AC electrical energy by the wind turbine, and then converted into DC electrical energy by the on grid controller, and then DC electrical energy is converted into AC electrical energy of the same frequency and phase as the grid by the on grid inverter, and part of the power is supplied to the local load. Surplus power is fed into the grid.
System Workflow Diagram
Technical Layout

Technical Parameters (5KW-20KW)

Type FKJ-GT5KW FKJ-GT5KW FKJ-GT20KW
Wind turbine rated power 5KW 5KW 10KW
Wind turbine Max. power 10KW 10KW 20KW
Wind turbine rated voltage AC220V AC380-400V AC380-400V
Solar panels power(optional) 1.5KW 1.5KW 10KW
Function Rectifier, control, DC output
Automatic protection function Over voltage protection, network electric cut off protection, regulated supply output, arrester
Manual function Manual brake, reset, emergency switch
Display mode LCD
Display content Wind turbine voltage, current, power; Solar voltage, current, power; DC output voltage, DC output current, DC output power, total power.
PWM constant voltage ≥320dc ≥520dc ≥520dc
Wind turbine 3-phase dump load voltage 350±5Vdc 540±5Vdc 540±5Vdc
Wind turbine 3-phase dump load time-lapse 12-20 min 12-20 min 12-20 min
Solar panels fuse 5A 5A 20A
PWM dump load fuse 25A 16A 32A
Fuse of DC output 32A 20A 40A
Work 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
Temperature compensation(optional) -4mv/°C/2V, -35°C~+80°C, Accuracy: ±1°C
Size of the controller (mm) 510*360*240 510*360*240 580*400*240
Weight of the controller 18Kg 18Kg 23Kg
Size of the dump load (mm) 600*450*380 600*450*380 690*450*530
Weight of the dump load 28Kg 28Kg 35Kg

Technical Parameters (15KW-30KW)

Type FKJ-GT15KW FKJ-GT20KW FKJ-GT30KW
Wind turbine rated power 15KW 20KW 30KW
Wind turbine Max. power 30KW 40KW 60KW
Wind turbine rated voltage AC380V-400V AC380V-400V AC380V-400V
Function Rectifier, control, DC output
Automatic protection function Over voltage protection, network electric cut off protection, regulated supply output, arrester
Manual function Manual brake, reset, emergency switch
Display mode LCD
Display content Wind turbine voltage, current, power; Solar voltage, current, power; DC output voltage, DC output current, DC output power, total power.
PWM constant voltage ≥520dc ≥520dc ≥520dc
wind turbine 3-phase dump load voltage1 540±5Vdc 540±5Vdc 540±5Vdc
wind turbine 3-phase dump load voltage2 ------------ 540±5Vdc 540±5Vdc
Time-lapse of the wind turbine 3-phase dump load2 12-20 min 12-20 min 12-20 min
PWM dump load fuse 50A 63A 80A
Fuse of DC output 63A 80A 100A
Work 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
Temperature compensation(optional) -4mv/°C/2V, -35°C~+80°C, Accuracy: ±1°C
Size of the controller (mm) 580*400*240 650*600*240 650*600*240
Weight of the controller 25Kg 36Kg 38Kg
Size of the dump load (mm) 690*450*530 720*500*1300 720*500*1300
Weight of the dump load 41Kg 70Kg 80Kg
Controller Detailed View

Performance Characteristics

1
Produced according to the industry standard JB/T6939.1-2004 and national standard GB/T19115.1-2003, customizable to user specifications.
2
Color touch screen display visually shows working status with rich data (voltages, currents, and cumulative power generation).
3
Technical parameters of the controller can be dynamically adjusted through the touch screen to suit different wind turbines.
4
Employs dual control systems: PWM constant voltage/constant current system paired with a three-phase braking system.
5
Capable of expanding to integrate current control, wind speed control, and wind turbine speed control with adjustable parameters.
6
Provides constant voltage and constant current DC output in strong winds to guarantee stable and uninterrupted inverter operation.
7
Maintains constant voltage output when the on-grid inverter goes offline, waiting for the inverter to resume work.
8
Automatically applies wind turbine brake and halts grid output during grid failures. Releases brake when the grid resumes.
9
Equipped with internal surge protectors to bypass overvoltage and conduct strong lightning currents safely to the ground.
10
Front-panel emergency stop switch cuts off all power supply and immediately brakes the wind turbine in critical situations.
11
Features a manual brake switch on-demand to safely slow down or stop the wind turbine.
12
Uses Modbus communication protocol, allowing easy secondary development and system integration.
13
Supports RS485, WiFi, GPRS, and Ethernet for PC/mobile remote monitoring (Android and iOS compatible). IoT-ready.
14
Optional solar panel control system expansion can be integrated according to customer configuration requirements.
15
Configurable with yaw control, pitch control, mechanical folding tail, mechanical brake, hydraulic brake, or electromagnetic brake.
Internal Circuit Blueprint
Product Casing Display

Our Cases

Project Case Gallery

Our Factory

Factory Machine 1 Factory Machine 2
Factory Assembly Factory Testing Area

Frequently Asked Questions (FAQ)

What components make up the on-grid wind turbine system?
The system consists of a wind turbine, an on-grid controller, an on-grid inverter, a metering device, and a power distribution system. The controller converts AC power from the turbine into DC, and the inverter converts it back into AC corresponding to the grid's phase and frequency.
How does the controller handle high wind speeds or grid failures?
In strong winds, it utilizes a dual control system featuring a PWM constant voltage/current mechanism and a three-phase braking dump load. In case of grid failure, the controller automatically applies the wind turbine brake and forces the inverter to stop grid output.
What parameters can be monitored and configured via the touch screen?
The color touch screen displays real-time wind turbine voltage/current, solar panel voltage/current, DC output voltage/current, and cumulative power generation. The system's technical parameters can also be customized directly through the interface to match different turbine types.
What remote monitoring and communication methods are supported?
The controller supports RS485, WiFi, GPRS, and Ethernet connections. It is compatible with Android and iOS mobile terminals and computers, enabling real-time remote monitoring and historical data queries.
Does this system support solar panel integration?
Yes. A solar panel control system expansion can be integrated into the controller according to customer requirements to manage a hybrid wind-solar configuration.
What manual safety measures are built into the controller?
The controller is designed with a manual brake switch for system deceleration and an emergency stop button on the front panel that immediately cuts off all power supply and applies the wind turbine brake in hazardous situations.

Related Products