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7.X MW -8.X MW platform wind turbine products are designed applicable to wide wind and environmental conditions. Cooperating with DNV, the platform adopted SANY's latest component technology. It supports rotors size ranging from 180 to 200+ meters, and the power rates cover up to 8.X MW.
The Blades and electrical conversion are designed to meet the requirements.
The Blades respond quickly to changes in wind speed to meet the requirements for maximum efficiency. Yaw Control is used to turn the Wind Turbine Rotor as per the wind direction.
This Wind Turbine is designed based on redundancy design, margin design, and environmental adaptability design. These designs are verified using computer simulations.
When the grid voltage or frequency fluctuates, it meets the requirements of active power, reactive power, frequency, and inertia response.
The Wind Turbine meets the requirements of low-voltage and high-voltage ride through.
Adaptive to various temperature, altitude and humidity factors. Components are sealed to prevent sand and dust build-up within the equipment.
| Rated power | MW | |
| Wind Level | IEC | |
| Cut-In Wind Speed | m/s | |
| Rated Wind Speed | m/s | |
| Cut-Out Wind Speed | m/s | |
| Service Life | year | |
| Operating Ambient Temperature | ℃ | |
| Living Environment Temperature | ℃ |
| Rotor Diameter | m | |
| Sweep Area | ㎡ |
| Generator Type | / | |
| Rated Voltage | V |
| Converter Type | |
| Rated Power Factor |
| Aerodynamic Braking System | |
| Mechanical Braking System |
| Type/Design | |
| Yaw Brake |
| Lightning Protection Design Standard | |
| Tower Type |
