Cells & modules
All Cells & modules news
Superhydrophobic nanocomposite coating boosts PV power output by 16%, outperforms manual cleaning
An Indian research team developed a transparent, nanocomposite coating that makes solar panels superhydrophobic, enabling self-cleaning and reducing dust-related performance losses. Six months of outdoor testing showed coated panels produced 16% more power than dusty panels and 7% more than manually cleaned panels, while also lowering temperature and improving stability.
Jul 24, 2026
Dutch student team develops solar-powered ambulance
A student team at the Eindhoven University of Technology has developed what it says is the world’s first solar-powered ambulance, designed to deliver healthcare services to remote communities. The vehicle combines a 50 kWh battery with 542 solar cells, offering a claimed range of up to 715 km on paved roads while powering onboard medical equipment.
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Halocell teams with South Korean company to scale flexible perovskite solar cell production
Australian clean technology company Halocell Energy will team with South Korea-based flexible transparent electrode manufacturer MSWay as it works to fast-track the commercialisation of its lightweight, flexible perovskite solar cells.
Periodic groove glass boosts high-angle light capture for facade PV
A research team in China has developed a periodic groove glass structure to improve light capture in facade-mounted PV modules.
The proposed design was found to reduce reflection at high incidence angles while maintaining compatibility with large-scale glass manufacturing.
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Technology & Products
Autowell showcases latest PV and energy storage solutions at The smarter E 2026
Johnny Wang, International Sales Deputy General Manager for Autowell (ATW), highlighted multi-cut and multi-busbar (0BB) stringing technology, as well as advanced analytical system in smart manufacturing.
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Scientists build 31%-efficient indium-free tandem perovskite silicon mini-module via reactive plasma deposition
Researchers have developed an indium-free perovskite-silicon tandem solar cell using a low-damage reactive plasma deposition process to produce tin oxide layers, achieving certified efficiencies of 33.6% for a small-area device and 31.0% for a mini-module.
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