Ghana to host 2025 Renewable Energy Forum Africa in December
Ghana will host the 2025 Renewable Energy Forum Africa (REFA) from December 3 to 4 in Accra, bringing together key players in the continent’s clean energy transition.
The two-day event, organised by the Africa Solar Industry Association (AFSIA) in partnership with SolarPower Europe, the Association of Ghana Industries (AGI) and the Swiss State Economic Cooperation (SECO) aims to drive investment and innovation in Africa’s renewable energy sector.
A statement by AFISA said Ghana’s Minister for Energy and Green Transition, John Abdulai Jinapor, is expected to deliver the keynote address at the official opening of the forum.
His participation, according to the organisers, reflects the government’s commitment to advancing sustainable energy and achieving a green economy.
Now in its third edition, REFA is regarded as one of the continent’s leading investment platforms for renewable energy.
This year’s forum will attract more than 100 exhibitors from across the global power industry, showcasing their latest technologies and solutions in renewable energy.
“Following Cape Town (2022) and Nairobi (2023), REFA 2025 is coming to West Africa. It will bring together institutional and private investors, project developers, energy utilities, government policymakers, regulators, corporations, and sector decision-makers to connect, exchange, and advance Africa’s energy transition,” it said.
The conference will also provide opportunities for investors, policymakers, developers, and regulators to engage in high-level discussions and business networking sessions.
Topics will cover key areas such as solar, wind, hydro, biomass, geothermal, energy storage, green hydrogen, and e-mobility.
A state-of-the-art matchmaking platform will be used to facilitate productive meetings among participants.
Organisers say the 2025 edition builds on the success of previous forums and is expected to deliver deeper insights, stronger partnerships, and greater momentum toward Africa’s clean energy transition.
