The GW93/1500 ultra-low wind speed PMDD turbine has a 93-meter rotor diameter with a rated capacity of 1.5MW. It is designed for IEC class S wind resource areas where the annual average wind speed is lower than 6.5 m/s. The wind turbine has the largest rotor diameter and the highest power generation efficiency among comparable products in China. These characteristics will enable Goldwind to maximize the value that it offers to its customers.
According to its designed capacity, the GW93/1500 series can generate power of more than 2,000 standard hours per year based on an annual average wind speed of 5.5 m/s (with reference to the standard air density and Rayleigh distribution). The product will be officially launched in Xi’an, Shan Xi on April 20 and the Company plans to install its first prototype in Zhucheng, Shandong at the end of this month.
Goldwind’s GW93/1500 PMDD turbine uses a permanent magnet generator and a full-power converter with grid friendly properties. The turbine meets national grid connection requirements and meets zero voltage ride-through standards.
Ultra-low wind speed areas have a low annual average wind speed of 5.5 m/s to 6.5 m/s. As wind power technologies improve, the available resources in low wind speed and ultra-low wind speed areas have significant potential. There are also many ultra-low wind speed areas in close proximity to urban with strong grid capacity.