Solar Technology & PV R&D News

Researchers in Thailand have developed a triple-cation perovskite solar cell for low-light applications with improved efficiency of up to 32%. VTA leads to dense, hard morphology and suppressed trap states, and could be adapted for various optoelectronic applications. Learn more in this article.

Discover the breakthrough findings of two new studies about highly efficient tandem solar cells using perovskite-silicon: a phosphonic acid additive to improve crystallization and an ionic liquid to enhance charge extraction, reaching up to 31.2% and 32.5% power conversion efficiencies.

Shenzhen S.C. is investing up to 961 million RMB (USD$134 million) in the manufacture of equipment for perovskite and perovskite tandem solar cells. This strategic investment is set to take advantage of the potential of the technology and enhance the company's position in the PV market. The project will focus on setting up production facilities in Jiangsu province, China, with an annual capacity of 160 PVD, 119 RPC, and 60 VEC equipment.

KAUST University in Saudi Arabia breaks new world record in efficiency of perovskite tandem solar cells with the help of MBRAUN systems, reaching 33.7% certified power conversion efficiency. This ultra-high performance photovoltaic technology is essential for fast green energy transition.

IIT Bombay team demonstrates a higher efficiency and greater stability in their solar cell tandem device, potentially leading to low lifetime costs for solar cells.

EneCoat and Toyota Motor Corporation join forces to develop and commercialize highly efficient automotive perovskite solar cells to contribute to achieving carbon neutrality. Their joint venture seeks to advance renewable energy, self-sufficiency, and power generation efficiency.

The University of Oxford and the University of the Basque Country have made a breakthrough in the development of perovskite solar cells. Through the use of an additive, the cells have 25.7% efficiency, improved air stability, and longer longevity. Read on to discover more.

Explore the potential of cost-effective perovskite solar cells. Researchers from multiple institutions have developed an alternative to using costly metals with a nickel-doped graphite layer and a bismuth-indium alloy layer, enabling a simple painting process for low-cost fabrication. With the potential to reduce manufacturing costs by up to 1000x, solar energy may become more accessible.

Researchers from Florida State University and the FAMU-FSU College of Engineering study next-gen material for solar cells in real-world conditions. Findings suggest potential implementation of perovskite-based upconversion devices in commercial solar cells, advancing more efficient solar cell technologies.

NUS scientists have achieved a world record of 24.35% power conversion efficiency in perovskite solar cells, paving the way for a more efficient, cheaper and durable energy source. This groundbreaking research has potential to reduce our reliance on fossil fuels and secure the world's energy future.

Orbital Composites and Virtus Solis join forces to develop a megawatt-scale space-based solar power station that will beam energy down to Earth. Japan and China are already investing and it could revolutionize renewable energy worldwide. Learn more.

KAUST researchers conduct tests to determine accuracy of temperature coefficient metric for perovskite-silicon tandem solar cells. Results show external quantum efficiency, bandgap, local solar spectrum, and operating temperature range all influence assessment. Research team unable to predict changes in tandem cells under outdoor conditions. Findings could help community better understand outdoor data and improve tandem cell efficiency.

This revolutionary technology by the University of Cambridge helps convert carbon dioxide, plastic waste, and industrial exhaust into sustainable fuels and valuable chemicals. Reduce emissions and eliminate reliance on oil and gas with the carbon dioxide utilization for a zero-carbon future.

Discover how an international team successfully designed a highly-efficient perovskite solar cell with an ETL made of indium sulfide (In2S3). Read the article to find out more.

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