Tibet Completes Construction on Zhuno Copper Mine Solar Storage Project
Construction and grid connection tests are finished on a 100MW photovoltaic and 100MW/500MWh energy storage project supporting the Zhuno Copper Mine in the Tibet Autonomous Region, ne21.com reported. The installation is now ready for grid-connected power generation.
Located in Angren County within the city of Xigaze, the facility sits at altitudes ranging from 4,122 meters to 4,295 meters. It operates under a self-generation and self-consumption model where surplus power is not sent to the wider commercial grid. The setup uses a coordinated approach involving power generation, grid infrastructure, load management, and energy storage to build a modern power system.
Generating 202 million kilowatt-hours annually for the mine
The renewable energy installation is designed to meet peak electricity demands at the Zhuno Copper Mine while improving overall power supply reliability. Engineers designed the station for an average annual power generation of 202 million kilowatt-hours and an average annual discharge of 153 million kilowatt-hours.
The facility features an average annual utilization of 1,901 hours. Over its operational lifespan, the project will supply 5.044 billion kilowatt-hours of clean electricity directly to the mining area.
Lowering industrial energy costs at the high-altitude site
The project aims to lower energy costs for industrial operations at the high-altitude site. It also increases the local consumption capacity for renewable energy within the region.
Regional planners intend for the installation to establish a new pathway for the sustainable and green development of mineral resources across Tibet.
Frequently Asked Questions About the Zhuno Copper Mine Energy Project
What is the total capacity of the solar and storage facility?
The project features 100 megawatts of photovoltaic solar capacity paired with a 100MW/500MWh energy storage system.
Where is the project located?
The facility is situated in Angren County, Xigaze, in the Tibet Autonomous Region, at elevations between 4,122 and 4,295 meters.
How much electricity is the station expected to produce annually?
The power station has a design specification for an average annual generation of 202 million kilowatt-hours and an average annual discharge of 153 million kilowatt-hours.