Spazio Associati / Innovazione, Ambiente, Sicurezza
DNV - Driving standardization for the floating solar (FPV) industry
Two new joint industry projects (JIPs)
Have just been kicked off to develop standards for how floating solar systems are designed, manufactured, installed and operated in a safe and cost-efficient manner.
The floating solar industry passed the waypoint of 3 gigawatts (GW) installed capacity in 2021 and has an expected portfolio surpassing 10 GW by 2025. With a theoretical potential only on inland man-made water as high as 4 terawatts (TW), the industry is expected to grow significantly in the coming years.
To ensure that the industry maintains trust from investors and regulators it is crucial to develop the knowledge about the systems and applied technology to make sure that these complex systems are designed, manufactured, installed, and operated in a safe and cost-efficient manner. By compiling this new knowledge into design standards, it will be possible for the industry to apply it directly in their projects.
Currently, the industry is relying on in-house knowledge, but with such a rapid growth it will be beneficiary for all partners to join their efforts so that the cost level can be reduced while at the same time develop state-of-the-art technologies and design philosophies. DNV started on the road to standardization by publishing the world’s first design guideline of floating PV systems in 2021. The document is already widely adopted in the industry. The next step is to develop design standards including safety factors and design methodologies that are optimized to a wide range of floating PV systems. This work will be carried out through two dedicated JIPs, respectively deepening the most relevant requirements for the design and analyses of the anchoring and mooring systems and design and testing of floaters for the use in floating solar photovoltaics.
Once the design standards are available, they can be used directly as specifications for what is required when developing a project or a specific design. This will ensure that the systems will be safe and that the design methodologies can be optimized and standardized to help further reduce costs.
“After the success of the JIP for the Recommended Practice (RP-0584), these new joint efforts are the next step forward to keep promoting quality in the floating solar industry. We believe the development of standards for floats, anchoring and mooring will provide more clarity, more quality and facilitate permitting processes and regulations,” said Christoph Kutter, R&D Engineer Floating-PV, BayWa r.e. Solar Projects GmbH.
«The two JIPs are a great initiative to improve bankability and prevalence of FPV across different technologies for floats, such as membranes, pure floats, and rafts. With a focus on effective mooring techniques and simulation tools, these projects can further increase the attractiveness of FPV as a novel technology, while optimizing the risk/cost aspect of Floating Solar,” said Petter Grøn, Naval Architect, Ocean Sun.
With participation from key stakeholders from developers, designers, concept owners and research bodies, the JIPs will have a strong standing point when applying the output across the globe and together with different regulatory bodies.
The 16 participants in the JIP for Design and Testing of Floats for FPV: Accusolar, BayWa r.e., Equinor, Floating Solar, Iberdrola, Isigenere, Mibet Energy, Ocean Sun, Oceans of energy, Scotra, Seaflex, Sungrow, Third Pillar Solar, Upsolar, Xfloat, Zimmerman.
The 24 participants in the JIP for Anchoring and Mooring Design for FPV: Accusolar, ACEN CORPORATION, BayWa r.e., BlueC, Equinor, Floating Solar, Fred Olsen 1848, Iberdrola, Inventocean, Mibet Energy, Moss Maritime, Noria Energy, Ocean Sun, Oceans of energy, RCAM Technologies, SBM Offshore, Scotra, Seaflex, SolarDuck, Sungrow, Third Pillar Solar, Urbasolar, Ventolines, Xfloat.
The 5 observers in the JIP for Anchoring and Mooring Design for FPV: MARIN, NTNU, SINTEF, TNO, TUD.