The Albanian government has taken significant steps to enhance its renewable energy landscape by approving two new projects that will collectively add 65 MW to the national electricity grid. These initiatives, driven by local investors, are integral to Albania’s strategy to diversify its energy sources and lessen its dependence on hydropower, which has historically dominated the country’s energy mix.
The primary project is a 55 MW wind farm set to be established in the village of Mollaj, located in southeastern Albania. This venture will be executed by a consortium that includes Albpower, a renewable energy firm, and Favina, a construction group operating through its energy subsidiary, Favina 1. The construction phase is expected to conclude within two years, after which the facility will function under a 49-year concession agreement.
In addition to the wind farm, a 10 MW solar power plant has also received approval. This facility will be built in Shupenze, situated in central-eastern Albania, by the local construction company Gerti. The solar project is projected to take up to three years for completion and will operate under a long-term concession lasting nearly five decades.
While the financial details surrounding these investments remain undisclosed, both projects are anticipated to bolster electricity supply security and contribute positively to Albania’s renewable portfolio. The government’s continued emphasis on engaging domestic companies in these developments underscores its commitment to fostering local industry participation in expanding renewable energy capacity.
As wind and solar power increasingly supplement Albania’s established hydropower sector, these newly approved projects reflect a broader governmental strategy aimed at mitigating risks associated with hydrological variability and ensuring long-term stability within the energy sector. This diversification approach is crucial for enhancing resilience against climate-related challenges and fostering sustainable growth in Albania’s energy production capabilities.
