The world's largest 50 megawatt wind power equipment, independently developed by Dalian Huarui Heavy Industry Group, received its first order, entering the industrialization stage and leading the era of large units in the wind energy industry.
Shandong Zhongtai New Energy Group recently became the first customer of Dalian Heavy Industry's 50 megawatt wind power equipment products and will invest 750 million yuan to build the world's first 50 megawatt wind power plant in Inner Mongolia . However, the maximum power of a single wind turbine currently in industrial operation worldwide is only 6 MW. The 50 megawatt wind power equipment successfully developed by Dalian Heavy Industry has a unit power equivalent to the installed capacity of an ordinary wind farm. It also has many advantages such as high efficiency, low investment intensity and easy maintenance.island.
It is understood that wind power equipment is the dominant product of Dalian's heavy industry, but with the gradual popularization of key manufacturing technologies, competition between conventional wind power industry products is increasing. is intensified. Dalian Heavy Industry timely adjusts its business strategy, increases research and development of international advanced technologies in the field of super-large wind power equipment from 6MW to 50MW, continues to achieve new breakthroughs, and rebuilds new advantages in the high-end wind power equipment industry.
Sinovel Wind Power started with 1.5MW onshore wind turbines, and its onshore wind capacities are not strong. On the offshore side, Sinovel Wind Power was actually the first to begin deployment in China. However, affected by national offshore wind energy policies and bottlenecksngly linked to support, its development has been slow in recent years. attaches great importance to offshore wind power, Sinovel Wind Power. Its offshore strength will also be highlighted. For example, the recently launched 5.X offshore wind turbine set is superior to similar brand wind turbine sets in terms of stability and power generation rate.