10KW coastal power station Horizontal axis windmill on grid wind system
10KW coastal power station Horizontal axis windmill on grid wind system
Product application
10KW coastal power station Horizontal axis windmill on grid wind system
Product details
10KW coastal power station Horizontal axis windmill on grid wind system
| Model | ES-10k-G1 | ES-10k-G2 | ES-10k-G3 | ES-10k-G4 |
| Rated power | 10kw | 10kw | 10kw | 10kw |
| Maximum power | 10.5kw | 10.5kw | 12kw | 12kw |
| Rated voltage | 220/240/380v | 220/240/380v | 220/240/380v | 220/240/380v |
| Start-up wind speed | 3m/s | 3m/s | 3m/s | 3m/s |
| Rated wind speed | 10m/s | 10m/s | 10m/s | 10m/s |
| Top net weight | 700kg | 660kg | 740kg | 820kg |
| Wheel diameter | 7m | 6.6m | 8.2m | 8.2m |
| Blade type | Flat type | Fange type | Flat type | Flange type |
| Blade length | 3.1m | 2.95m | 3.8m | 3.5m |
| Blades material | Reinforced glass fiber | |||
| Generator | Three phase permanent magnet ac synchronous generator | |||
| Generator case | Carbon steel | |||
| Control system | Electromagnet/wind wheel yaw | |||
| Speed regulation | Automatically adjust windward direction | |||
|
ESFKJ-GT10KW |
|
|
Wind turbine rated power |
10KW |
|
Wind turbine Max. power |
20KW |
|
Wind turbine rated voltage |
AC380-400V |
|
Function |
Rectifier,control, DC output |
|
PWM constant voltage |
≥520dc |
|
Wind turbine 3-phase dump load voltage |
540±5Vdc |
|
Wind turbine 3-phase dump load time-lapse |
12-20 min |
|
Relative humidity |
<90% No condensation |
|
Noise (1m) |
<40dB |
10KW coastal power station Horizontal axis windmill on grid wind system
|
Grid-tied Inverter |
|
|
Rated AC output power |
10KW |
|
Maximum DC input voltage |
800Vdc |
|
MPPT range |
200Vdc-700Vdc |
|
Recommended fan output rated voltage |
220Vac/380Vac |
|
Maximum input current |
73A |
|
Maximum AC output power |
11KW |
|
Current harmonic THDi |
<3%(At rated power) |
|
Power factor |
>0.99 |
|
Maximum efficiency |
95% |
|
Allowed grid voltage range |
310Vac~450Vac |
Working principle
To convert the kinetic energy of wind into mechanical kinetic energy, and then convert the mechanical energy into electric kinetic energy, this is wind power generation. The principle of wind power generation is to use the wind to drive the blades of the windmill to rotate, and then through the booster engine to increase the speed of rotation, so as to promote the power generation of the generator. According to the windmill technology, about three meters per second of breeze speed (the degree of breeze), you can start generating electricity. Wind power is becoming a worldwide craze because it doesn't require fuel, radiation or air pollution.
ESG commercial use Wind mill Wind Turbine Kit 3Kw off-grid wind power system
Product advantage
ESG commercial use Wind mill Wind Turbine Kit 3Kw off-grid wind power system
Production
10KW coastal power station Horizontal axis windmill on grid wind system
Certification
10KW coastal power station Horizontal axis windmill on grid wind system
10KW coastal power station Horizontal axis windmill on grid wind system
Packing and Shipping
10KW coastal power station Horizontal axis windmill on grid wind system
Project display
10KW coastal power station Horizontal axis windmill on grid wind system
ESG commercial use Wind mill Wind Turbine Kit 3Kw off-grid wind power system
Company file
10KW coastal power station Horizontal axis windmill on grid wind system
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10KW coastal power station Horizontal axis windmill on grid wind system
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10KW coastal power station Horizontal axis windmill on grid wind system
10KW coastal power station Horizontal axis windmill on grid wind system
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10KW coastal power station Horizontal axis windmill on grid wind system
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10KW coastal power station Horizontal axis windmill on grid wind system
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