The AeroGlide 10.0
The AeroGlide 10.0 is a next-generation, high-efficiency horizontal-axis wind turbine (HAWT) engineered for large-scale, onshore commercial wind farms. Featuring a massive rotor and a direct-drive permanent magnet generator, it is designed to maximize energy capture in a wide range of wind classes while significantly lowering operational and maintenance costs. Its sleek, white aesthetic and minimalist design ensure high visibility and minimal visual impact.
The AeroGlide 10.0
The AeroGlide 10.0
The AeroGlide 10.0 represents the pinnacle of modern onshore wind power technology. This three-bladed, upwind turbine utilizes advanced aerofoil blade design made from lightweight, high-strength composite materials, optimizing lift and minimizing noise.
The key innovation is the Direct-Drive Permanent Magnet Synchronous Generator (PMSG), which eliminates the need for a traditional gearbox. This removal of high-speed mechanical components dramatically reduces points of failure, decreases maintenance downtime, and boosts overall system reliability and longevity.
It features a sophisticated pitch and yaw control system for precise alignment with changing wind direction and speed, ensuring maximum power generation while protecting the turbine in extreme weather conditions. The modular tower design allows for efficient logistics and quicker assembly on site. The pure white finish on the turbine and tower is chosen for both safety (aircraft visibility) and a clean, modern appearance.
Specifications
Feature | Specification |
Model Name | AeroGlide 10.0 |
Power Rating | 10.0 MW (Megawatts) |
Rotor Diameter | 172 meters (564 ft) |
Hub Height | 110 - 140 meters (adjustable) |
Blade Length | Approx. 84 meters |
Turbine Type | Horizontal Axis (HAWT), 3-Bladed, Upwind |
Generator Type | Direct-Drive Permanent Magnet Synchronous Generator (PMSG) |
Cut-in Wind Speed | 3.0 m/s |
Rated Wind Speed | 11.5 m/s |
Cut-out Wind Speed | 25.0 m/s |
Operational Lifetime | 25 years |
Blade Material | Carbon Fiber/Fiberglass Composite |