Jingke Technology Signed a Contract for Yunnan 280MW Wind Power Project
- The proposed installed capacity of this project is 280000 kilowatts, with an estimated total investment of 1.6 billion yuan
- After the completion of this project, it is expected that the annual online electricity consumption will be approximately 660 million kilowatt hours
Recently, Jingke Technology signed an investment and development agreement for the Yuhu Wind Farm project in Nanhua County with the People's Government of Nanhua County, Chuxiong City, Yunnan Province. Chen Rujun, Deputy Secretary of the County Party Committee and County Mayor, and Wang Hong, President of Jingke Technology, represented both parties to sign the agreement. Ma Te, County Party Secretary, and Yu Qiaoqi, Vice President of Jingke Technology jointly witnessed the signing and had discussions and exchanges.
The planned location of the Yuhu Wind Farm project in Nanhua County is located in the area of Longchuan Town and Yuhu Township. The area has good wind resources, good road access conditions, and the site has the conditions for building a wind farm. About 56 wind turbines with a single unit capacity of 5 megawatts can be arranged, with a planned installed capacity of 280000 kilowatts and an estimated total investment of 1.6 billion yuan. After the construction of the Yulu Wind Farm project is completed, it is expected that the annual online electricity consumption will be approximately 660 million kilowatt hours.
The development of the Yulu Wind Farm project will be another practice of Jingke Technology in the field of wind power development, following the 100MW wind power project in Dabancheng, Xinjiang. At present, the development team of Jingke Technology has relatively mature and professional experience and technology in wind power project development. In the future, the company will continue to explore and optimize the path of wind power technology, improve efficiency and reduce costs, create more demonstration projects, further promote energy structure optimization and adjustment, and assist in green, low-carbon, and high-quality development. Editor/Zhao E
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