Fred. Olsen 1848 has successfully deployed a 124 kW pilot floating solar project in Risør, Norway, showcasing its key achievements in concept scaling, panel module assembly, and efficient infrastructure installation. The BRIZO floating solar solution, designed for ocean adaptability, moves to the next phase for a 3 MW commercial project, leveraging insights gained from the pilot. Key features include individual solar module movements, adaptability to environmental forces, a simple design, and cost-efficient O&M with an integrated catamaran vessel.
Fred. Olsen 1848 advances floating solar technology with pilot project in Norway
Caption: The BRIZO solution, designed for adaptability, moves towards a 3MW commercial phase in harnessing solar power (Image Credit: Fred. Olsen 1848)
Aiming to support Malaysia’s 31% renewable goal by 2025, Masdar’s study could pave the way for large-scale floating solar in Southeast Asia. (Image Source: Masdar)
Avangrid’s Camino Solar project will generate power for approximately 14,000 US homes and is expected to create $15 million in local tax revenue. (Image Source: Avangrid)
Poland’s solar sector is set to benefit from Suntech’s advanced TOPCon modules under a new 200 MW distribution partnership. (Image Source: Suntech/ Linkedin)
Telecrown’s order from RRP Semiconductor includes silicon solar cells and polycrystalline materials for Maharashtra’s growing renewable energy sector. (Image Credit/Source: fietzfotos/Pixabay)