The Hami Photovoltaic Power Station is located in Hongxing Sichang Industrial Park, Hami City, Xinjiang Uygur Autonomous Region. The project site is about 60km east of Hami City and 5km north of highway G312, with a construction area of about 1.2km2.

The total installed capacity of the power station is 40MW, the average annual effective power generation utilization hours are about 1,420 and the average annual power generation is about 60 million kWh. It can save about 18,300 tons of standard coal and reduce about 49,900 tons carbon dioxide emissions every year, delivering good social and environmental benefits.

The Turpan Photovoltaic Power Station is located about 15km northeast of Turpan, Xinjiang, and 5.5km east of Qiquanhu Town. It is near the section from Turpan to Qiquanhu to the east of the Provincial Highway S202 and Lianhuo Expressway G30 and State Highway G312 in the south. The nearby road network is well-developed and the traffic is quite convenient.

Its total installed capacity is 40MW, and the Phase I was connected to power grid on December 25, 2013. The Phase II was connected to power grid on September 20, 2014. The annual average power generation is 54.63 million kWh, and the annual equivalent utilization hours are 1,359, amounting to saving about 16,700 tons of standard coal and reducing 45,400 tons of carbon dioxide emissions per year.

The Wujiaqu Photovoltaic Power Station is located in Fangcaohu Farm, the Sixth Division of Xinjiang Production and Construction Corps and it belongs to the second-class area of solar energy resources in China, with abundant sunshine.

It covers a total area of about 1,000 mu (around 67 hectares), with an installed capacity of 20 MW. The total investment of the power station is 156.538 million yuan. The average annual effective power generation utilization hours can reach 1,500, and it can produce about 30 million kWh of green electricity annually and save about 9,150 tons of standard coal and reduce 25,000 tons of carbon dioxide emissions each year, thus greatly protecting the ecological environment, practicing the concept of green development and contributing to achieve the goal of carbon peaking and carbon neutrality.

The Turpan Grape-planting and PV Complementary Power Station is a distributed demonstration project of the Turpan Modern Agricultural Science and Technology Demonstration Park, in which the grape trellises were transformed to mount PV modules. It is specifically located in the Modern Agricultural Demonstration Park in Ya’erguole Village, Ya’er Town, Gaochang District, Turpan City, about 10.2km away from the downtown of Turpan, with convenient road traffic network.

The project has a total investment of 2.8 million yuan, an average of 212,000 kWh of power connected to the grid annually and 1,556 effective utilization hours, which is equivalent to saving about 64.76 tons of standard coal and reducing 176.67 tons of carbon dioxide emissions per year. Through three-dimensional value-added utilization of land, the win-win goal of integrating photovoltaic and agricultural development has been effectively achieved.

The Beitashan Wind Farm is located in Qitai County, Changji Prefecture, Xinjiang, with an installed capacity of 50 MW. Geographically, it is located in the border area between China and Mongolia, with a total investment of 430 million yuan. It installed 25 sets of H120-2.0MW wind turbines produced by CSSC Haizhuang Wind Power (HZ Wind), generating an average annual power of 145.45 million kWh, saving 56,000 tons of thermal coal every year, equivalent to a reduction of 168,000 tons of carbon dioxide emissions. While ensuring economic benefits, it also has created good social benefits, fully embodying the concept of “green energy for green future” and contributing to the green development of Beijing Energy International.

The Tongchuan Wind Farm is located in Mulei County, Changji Prefecture, Xinjiang, with an installed capacity of 50 MW. Its landform is dominated by hills and Gobi, which is a typical desert vegetation type. The project takes advantage of the abundant wind resources of Mulei County in boosting the green development of energy and economy and has achieved remarkable results. The annual electricity connected to power grid of the project is about 115.18 million kWh, equivalent to saving about 36,900 tons of standard coal, which has greatly protected the ecological environment, well-practiced the concept of green development, and contributed to the early realization of the dual carbon goals in Xinjiang.

The Changji Photovoltaic Power Station is located in the east of Qitai County, Changji Prefecture, Xinjiang Uygur Autonomous Region, about 30 kilometers away from Qitai County. It is the photovoltaic power station with the single largest capacity among the new energy stations connected to the state power grid in Xinjiang.

It has a total installed capacity of 200MW, an average power generation of 260 million kWh annually and an average annual effective power generation utilization of 1,303 hours. It can save about 80,600 tons of standard coal and reduce carbon dioxide emissions by about 215,800 tons every year, which will help improve the local atmospheric environment and promote energy conservation and emission reduction in China.

The Minfeng Photovoltaic Power Station is located in Minfeng County, Hetian City, Xinjiang Uygur Autonomous Region, on the alluvial plain in the north of Kunlun Mountain, about 20km away from Taklimakan Desert.

It covers an area of about 1,000 mu (around 67 hectares), with an installed capacity of 20MW. The average annual power generation is 26,909,600 kWh, saving 8,207 tons of standard coal and reducing 22,400 tons of carbon dioxide emissions on average per year.

The annual precipitation in Minfeng area is 30.5mm, the annual evaporation is 2,756mm and the land desertification is severe. After the project is built, its photovoltaic modules shield the direct solar radiation, which has effectively reduced the evaporation of surface water and greatly improved the living environment of plants in the site. Therefore, many surface vegetation in the site can grow and help fix sand and keep water on the surface, greatly protecting the ecological environment and curbing soil desertification.