BRIZO floating solar technology, developed by Fred. Olsen 1848, has received independent technical verification from DNV, a development that strengthens its readiness for commercial projects in more demanding aquatic environments.
The review confirmed the system’s technical soundness in accordance with the recommended practice DNV-RP-0584, used for the design, development, and operation of floating photovoltaic solar systems. With this validation, BRIZO gains technical support to move toward larger-scale deployments in floating solar energy.
According to the technical information evaluated, DNV reviewed design methodologies, hydrodynamic loads, structural behavior, and testing procedures. The analysis also included tests with physical models to study the system’s response to wave action.
BRIZO uses a flexible configuration of rope, mesh and tensioning; this architecture was designed to operate in more exposed conditions than conventional floating photovoltaic systems, including inland bodies of water with waves and nearshore areas.
The technology can handle waves up to 3.5 meters in significant height, expanding its field of application compared to solutions limited to calm reservoirs, protected lakes or low-energy waters.
Furthermore, this capability can open new areas for renewable energy generation in regions with land constraints, complex permitting processes, or strain on electrical infrastructure. In this context, floating solar power is emerging as an alternative for expanding photovoltaic capacity without occupying large areas of land.
DNV certification also enhances the confidence of developers, investors, and financial institutions. In emerging renewable energy projects, third-party validation helps reduce technical uncertainties before moving from demonstrations to commercial implementation.
Geir Grimsrud, technical director of Fred. Olsen 1848, noted that the declaration of conformity confirms the strength of BRIZO’s technical approach and supports its commercial roadmap. Prajeev Rasiah, senior vice president and regional director for Northern Europe of Energy Systems at DNV, emphasized that floating solar is entering a more mature stage where operating beyond protected waters will be crucial.
As solar photovoltaics grows globally, factors such as land availability, grid access, and permitting become increasingly important in the development of new projects. Therefore, FPV solutions capable of operating in a wider range of aquatic environments could expand the floating solar energy market.
Fred. Olsen 1848, a company focused on renewable technologies, seeks with BRIZO to respond to technical challenges in the sector and facilitate more flexible solar generation in areas where land use limits energy development.
Source and photos: Mynewsdesk
Analyst and writer of news specialized in industrial technology, with a solid background in engineering. My work focuses on curating and synthesizing complex information, transforming technical advances and regulatory changes into journalistic reports.
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