🌟Project Update: Sierra BravaThis week, we visited our 250kWp Sierra Brava project with the ACCIONA Energía team, and we are very pleased with its progress and performance! Installed in April and commissioned in June 2024, this is our only installation with a. Contact online >>
🌟Project Update: Sierra BravaThis week, we visited our 250kWp Sierra Brava project with the ACCIONA Energía team, and we are very pleased with its progress and performance! Installed in April and commissioned in June 2024, this is our only installation with a...
🌊 Resilience and Strength: Ocean Sun Floater at Magat Dam, PhilippinesOur thoughts are with those affected by Typhoon Kristine across the Philippines. We extend our heartfelt condolences to those who have lost loved ones and hope for a swift recovery for all impacted...
We''re thrilled to announce the addition of two exceptional leaders to the Ocean Sun AS team! 🎉 🔹 David Mikal Knutsen is joining us as Chief Product Officer (CPO). With over a decade of experience in the maritime industry, David co-founded and served as CTO at ECOnnect...
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FME SUSOLTECH researchers have published a report clearly showing the potential of a broad PV industry in Norway, as well as concrete challenges the companies in this industry are facing.
The report titled “The Norwegian solar energy innovation system” is written by FME SUSOLTECH researchers Dimitra Chasanidou and Jens Hanson (TIK Centre for Technology, Innovation and Culture, University of Oslo). The report looks at the Norwegian PV industry and the conditions it faces both nationally and internationally. The report shows that the Norwegian solar energy industry is growing and that it is highly varied. Strengths in knowledge development, and barriers for market formation and mobilization of financial resources are identified.
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A research group has examined the potential for PV on building walls and rooftops across Norway. It says that up to 36% of the feasible solar energy, or approximately 31 GW, could be integrated into the national power system to match generation and consumption patterns.
A new research paper has calculated the technical potential of installing solar on building walls and roofs across Norway and the feasibility of integrating the power into the country''s grid.
The paper – written by Hassan Gholami, a consultant for Norway''s Multiconsult – examines hourly electricity demand data from between 2013 and 2021, PVsyst simulations, and GIS analysis to estimate the available roof and wall area suitable for the installation of solar cells. It calculates the technical potential for solar power on building walls and roofs across Norway at approximately 87 GW. The eastern part of the country, including Oslo, was found to have the highest technical potential.
The paper assesses how much of this potential can realistically meet Norway''s electricity demand, indicating that up to 36%, or 31 GW, could be feasibly integrated into the grid.
The paper acknowledges that if 36% of the technically feasible solar was integrated into the grid, it would fall short of meeting annual energy requirements. Norway''s average annual consumption totals 132 TWh, the paper says, and an analysis of annual power production from the technically feasible solar systems in Norway amounts to 65 TWh.
The paper''s conclusion says that the research presents a "compelling case" for integrating solar systems as a pivotal component of Norway''s renewable energy strategy. "These findings highlight a transformative opportunity for Norway to harness its substantial solar potential, complementing its existing hydropower resources and enhancing energy security while supporting the nation''s renewable energy goals," Gholami told pv magazine.
The research paper, “Technical potential of solar energy in buildings across Norway: capacity and demand,” was published in the August edition of Solar Energy.
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