Nippon Sheet Glass (NSG), Japan’s largest glassmaker, plans to show photovoltaic windows developed by its US unit, Ubiquitous Energy, at a train station in Japan. The windows feature a transparent photovoltaic coating with an invisible element of power generation, capable of absorbing non-visible wavelengths.
C2F has developed a building-integrated PV (BIPV) facade made of aluminum that purportedly limits the impact of hot and cold weather, while also improving solar module performance.
GoodWe will initially sell its new 315 W building-integrated PV (BIPV) modules in Europe and Australia. They measure 2,319 mm × 777 mm × 4 mm and weigh 11 kg.
The first part of this review covered solar-wind hybrid projects, offshore floating PV, and islandable microgrids. The second part covers trends in projects and applications.
Canadian researchers have developed a new model to improve the performance of building-integrated PV (BIPV) shades in buildings. They considered solar electricity, heat transferred through windows, and interior daylighting quality.
The US National Renewable Energy Laboratory (NREL) has modeled the benefits of PV in highly glazed skyscrapers.
Germany’s TÜV Rheinland has defined safety and quality guidelines for building-integrated photovoltaic (BIPV) modules to bring more transparency to the market.
Scientists in Singapore have built a plug-and-play, multi-layered, building-integrated PV wall that can be installed without scaffolds. The system has a light-gauge steel support structure, with a system to block air and rainwater at the wall connection.
Leeson Group, a Melbourne-based renewable energy company, has developed a rooftop PV tile with an efficiency rating of up to 19.3%.
Australian scientists have tested different reflective coatings in solar tiles and have found that they could improve the performance of building-integrated PV devices by up to 6.6%. They are currently working with building product manufacturers to bring their tech closer to commercial production.
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