Ho Lin River Circular Economic Demonstration Project continues to build 200MW wind power project first typhoon successfully connected to grid to power generation

At 09:58 on July 18th, with the command of the project, the N27 fan was slowly started. The fog after the leaves broke the most after the rains of the grassland of the summer camp, and the clean power was continuously transported to the local area power grid. At this point, the Houlin River Circular Economic Demonstration Project continued to build the first typhoon of the 200MW wind power project at one time. This is another phase of victory after the project completed the system on July 17.

The project is planned to build a 42-units of GW155-4.8 wind turbines with a capacity of 4.8MW. This type of unit uses the overall design solution of horizontal axis, upper winding, gear transmission adjustment, direct drive and permanent magnet synchronous generator grid grid. It has the advantages of high power generation efficiency and wide speed range. Wind power generation crew. The project is planned to generate electricity on September 30, 2022. After the completion of the Houlin River Circular Economic LAN, the weight of the new energy consumption of new energy and the proportion of installations will be greatly increased. At the same time, it saves 230,000 tons of coal, reduces sulfur dioxide emissions by 2,000 tons, and reduces carbon dioxide emissions by 640,000 tons.

Since the construction of the project on May 18, with the joint efforts of the Inner Mongolia Company's Electric Power Branch and the participating units, it has overcome the wide area of ​​the project, the complex terrain environment, the poor climate conditions, the difficulty of equipment transportation, the water pouring volume of concrete pouring volume There are many difficulties in structure. It only laid a solid foundation for accelerating the realization of the grid -connected grid -connected grid -connected grid -connected power generation task for accelerating the realization of all fan grid -connected power generation.

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