On November 12^th, Sarkylmas Kuat 50MW wind power project in Kazakhstan invested by Universal Energy has completed the lifting work of all 8 wind turbines after intense construction. This is the first wind power project in which Universal Energy itself has led the lifting of wind turbines and successfully completed the lifting operation since the company set up the mechanical lifting department and purchased its own crane equipment.

Sarkylmas Kuat 50MW wind power project is located in Mangghystau Region, Kazakhstan. It is the first renewable energy power project in the state with a height of over 110 meters and also has been included in the list of "Key Projects for Capacity and Investment Cooperation between China and Kazakhstan". A total of eight wind turbines with a single capacity of 6.25MW and an impeller diameter of 200 meters are installed in the project, which is the largest single-capacity wind turbine in Kazakhstan at present.

To ensure the completion of wind turbine lifting, the lifting was carried out by a 1,000-ton crawler crane as the main crane and two 160-ton crawler cranes as the auxiliary cranes. During the lifting period, Universal Energy team tracked the weather information in time, arranged the construction plan in advance, formulated the contingency plan in advance, and controlled the whole process of lifting in an all-round way. By the joint efforts of the team, the lifting operation of the whole project was carried out safely, orderly and efficiently. With the last huge wind blade accurately landing on the nacelle at a height of 100 meters, it marked the completion of the wind turbine lifting for Sarkylmas Kuat 50MW wind power project.

The successful completion of the wind turbine lifting work of Sarkylmas Kuat 50MW wind power project not only highlights the professional strength of Universal Energy in the field of wind power lifting, but also lays a solid foundation for the company to develop new international cooperation.

Next, the project will come into electric installation and commissioning, and is expected to be connected to the grid before the end of this year. After the project is connected to the grid, it is expected that its annual power generation can reach 200 million kWh, which can reduce carbon emissions by about 200,000 tons per year for the local community.