Power class: 2.0-2.3 MW

Diameter of blades: 103 m, 107 m, 110 m, 115 m, 121 m, and 131 m

Height of towers: 80 m, 85 m, 90 m, 120 m, 140 m, and 160 m

Technical features: the 2.XMW platform of Windey is a high-performance platform developed by Windey's R&D team based on the complex wind conditions, complex terrain, and user demand in China. It is aimed to develop a cost-effective, mature, stable, safe and reliable wind turbine series with enhanced environmental adaptability and grid friendliness, thereby bringing higher economic benefits for customers. After several years of optimization of unit technologies, the platform can ensure the long-term stability and economy of products and supply chains of Windey.

Power class: 2.5 MW

Diameter of blades: 103 m, 107 m, 125 m, 140 m, and 147 m

Height of towers: 80 m, 85 m, 90 m, 120 m, 140 m, and 160 m

Technical features: 2.5MW series wind turbines are constructed of mature and reliable upwind direction, horizontal axis, three-point support structure and adopt the variable-speed constant-frequency double-fed power generation technology. They are designed and developed by Windey in view of the characteristics of wind resources and environment in mountainous areas exposed to a low wind speed.

Power class: 3.0-3.6 MW

Diameter of blades: 140 m, 147 m, and 155 m

Height of towers: 95 m, 100 m, 120 m, 140 m, and 160 m

Technical features: 3.XMW series wind turbines are constructed of mature and reliable upwind direction, horizontal axis, three-point support structure and adopt the variable-speed constant-frequency double-fed power generation technology. They are an affordable product developed in view of the characteristics of wind resources and environment in inland areas exposed to a medium or high wind speed. They are aimed to improve the price competitiveness and realize levelized cost of energy (LCOE) and is the optimal solution for integration to the grid at a fair price.

Power class: 5 MW

Diameter of blades: 130 m and 139 m

Height of towers: 100 m

Technical features: highly reliable transmission chain layout: the double bearing support structure optimizes the transmission chain layout and improves transmission chain carrying capacity. The hydraulic self-balancing gearbox is elastically supported, effectively isolating the shock from the wind wheel and improving the vibration damping performance.