New Energy Projects
In project
  • - Qushui Photovoltaic Power Station in Tibet Autonomous Region
  • - Yulong Photovoltaic Power Station in Changdu, Tibet Autonomous Region
  • - Nimu Phase I and Phase II Photovoltaic Power Station in Tibet Autonomous Region
  • - Linzhou Photovoltaic Power Station in Tibet Autonomous Region
  • - Jiangda Photovoltaic Power Station in Changdu, Tibet Autonomous Region
  • - Xizang Yingli Jinma Photovoltaic Power Station in Jiangda County, Changdu City
Qushui Photovoltaic Power Station in Tibet Autonomous Region

The Qushui Photovoltaic Power Station is located in Semai Village, Chabala Town, Qushui County, Lhasa City, Tibet Autonomous Region, and was connected to power grid on June 29, 2017.


It covers an area of 822 mu (around 55 hectares), with an installed capacity of 25MW and a total investment of 315 million yuan. The average annual effective power generation utilization hour can reach 1,608, which means that it can produce about 31.87 million kWh of green energy annually, equivalent to saving 0.97 million tons of coal resources and reducing 26,500 tons of carbon dioxide emissions, which greatly protects the ecological environment and well practices the concept of green development.


Yulong Photovoltaic Power Station in Changdu, Tibet Autonomous Region

The Yulong Photovoltaic Power Station is located near Qingnidong Town, Jiangda County, Changdu City, Tibet Autonomous Region. The site is mainly dominated by grassland and wild grassland, adjacent to provincial highway S501, reaching Gongjue County in the south and Changdu City and Jiangda County in the north. It is about 6km away from Qingnidong Town in the northwest and 32km away from Jiangda County in the northeast, with convenient transportation and an elevation of 4,118 meters.


In order to make effective use of local resources and ensure the spatial, stratified and cascading use of land resources effectively, the height of the lowest point of the photovoltaic array was set to 2 meters during the construction, so that the spare land can be utilized to plant forage grass and animal husbandry can be developed.


The station has an installed capacity of 20MW, with an average annual power generation of about 27 million kWh, saving about 8,370 tons of standard coal and reducing about 22,400 tons of carbon dioxide emissions. The power station is a complementary project integrating animal husbandry and PV, which not only makes full use of the rich solar energy resources in pastoral areas, provides clean energy for local economic development, but also reduces the occupation of grassland for the benefits of ecology, addresses the shortage of livestock forage in winter, promotes the development of animal husbandry as well as poverty alleviation and increases income for both farmers and herdsmen.


Nimu Phase I and Phase II Photovoltaic Power Station in Tibet Autonomous Region

The Nimu Phase I and Phase II 20MW Photovoltaic Power Station is located in Shangri Village, Nimu County, Lhasa City, Tibet Autonomous Region. It covers an area of about 525 mu (around 35 hectares), with an installed capacity of 20MW and a total investment of 230 million yuan. The average annual effective power generation utilization hour can reach 1,620, which means that it can produce about 32.2 million kWh of green electricity annually, equivalent to saving 9,800 tons of coal resources and reducing 26,700 tons of carbon dioxide emissions, which greatly protects the ecological environment and well practices the concept of green development.


Linzhou Photovoltaic Power Station in Tibet Autonomous Region

The Linzhou Photovoltaic Power Station is located near Jiangrexia Town, Linzhou County, Lhasa, Tibet Autonomous Region. The station is adjacent to provincial highway S202, reaching Lhasa in the south, Dangxiong County and Naqu area in the north. The site is about 10km away from Linzhou County in the west, with an elevation of about 3,775 meters.


It covers an area of about 681 mu (around 45 hectares), with a total installed capacity of 30MW. Linzhou Phase I was officially connected to power grid in March 2016, with an installed capacity of 10MW. Linzhou Phase II was officially connected to power grid in June 2017, with an installed capacity of 20MW. The total investment of the power station is 224.691 million yuan. The average annual effective power generation utilization hours can reach 1,420, which means that its annual output of green electricity is about 43 million kWh, equivalent to saving 13,200 tons of coal resources and reducing 35,800 tons of carbon dioxide emissions. It reduces the local people’s dependence on coal and relieves the pressure of local energy supply with solid guarantee by implementing the concept of green development.


Jiangda Photovoltaic Power Station in Changdu, Tibet Autonomous Region

The Jiangda Photovoltaic Power Station is located in Jiangda County, Changdu City, Tibet Autonomous Region, with an installed capacity of 20 MW. Its landform belongs to the “plateau mountainous area bordering southern Qinghai, eastern Tibet and western Sichuan”, with majestic mountain peaks and ridges rising one after another. The average elevation of the site is 4,200 meters, making it the highest photovoltaic power station of Beijing Energy International. After completion of the project, its annual power generation will be 27.21804 million kWh. The site enjoys abundant solar energy resources, convenient transportation, unimpeded access system, light environmental impact and considerable emission reduction benefits, which plays a positive role in promoting the local regional economic development as well as rural revitalization and protecting the ecological environment.


Xizang Yingli Jinma Photovoltaic Power Station in Jiangda County, Changdu City

Xizang Yingli Jinma Photovoltaic Project in Jiangda County is Beijing Energy International’s first supply-guarantee project in response to the “This Winter and Next Spring” Initiative of the Xizang. Located near Qingnidong Town, Jiangda County, Changdu City, Xizang Autonomous Region, the project has an average altitude of 4,400 meters and a total installed capacity of 20 megawatts. During its operational period, it is expected to generate an average annual power output of 29.23 million kilowatt-hours, equivalent to saving about 9,060 tons of standard coal and reducing carbon dioxide emissions by about 23,400 tons. This project will further promote the upgrade of the new energy industry in Changdu, Xizang, contributing to the early realization of Xizang’s dual carbon goals.