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POWERCHINA completes PV power plant project in Biskra Province, Algeria

Updated: May 26,2026

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The 220.01 MWp Leghrous Solar Photovoltaic Power Plant Project in Biskra is expected to contribute to the upgrading and optimization of Algeria's new energy structure.

The 220.01 MWp Leghrous Solar Photovoltaic Power Plant Project in Biskra Province, Algeria, constructed by POWERCHINA, was completed and commissioned on May 18.

At the completion ceremony, Algeria's Minister of Energy and Renewable Energy, Mourad Adjal, praised the project's high-quality execution and efficient commissioning. He emphasized the strategic importance of the power station in optimizing Algeria's energy mix and promoting diversified energy development.

He further stated that the grid connection of this project serves as an outstanding model and guiding example. It not only strengthens confidence in the smooth implementation of the first phase of Algeria's new energy roadmap, but also demonstrates to the international community Algeria's firm commitment to developing clean energy and accelerating its green transition.

The 220.01 MWp Leghrous Solar Photovoltaic Power Plant Project in Biskra Province, Algeria is the first project to achieve full-capacity grid-connected power generation among the 20 bidding packages under Algeria's "3.2 GW Solar Development Plan", and it carries significant pioneering influence.

This milestone marks the integration of Algeria's first batch of photovoltaic green electricity into the national grid. It also provides a replicable and scalable model for subsequent renewable energy projects, laying a solid foundation for Algeria to achieve its target of 15 GW of newly installed renewable energy capacity by 2035.

Once fully operational, the power station is expected to generate an average of 374 million kWh of electricity annually. This will save approximately 112,200 metric tons of fossil fuels and reduce carbon dioxide emissions by around 373,000 tons each year.

This steady supply of clean electricity will reduce local dependence on fossil fuels, drive the optimization and upgrading of the energy structure, and support regional green and low-carbon development.