The lightweight and flexible cell was built by Estonian researchers with microcrystalline powders. The device is claimed to be the most efficient solar cell fabricated with a semiconductor compound known as Cu2CdGe(SxSe1−x)4.
Arvind Shah, a professor at École polytechnique fédérale de Lausanne, and Meyer Burger former Chief Innovation Officer Sylvère Leu recently spoke to pv magazine about the future of heterojunction PV modules. They said the tech is mature and can now compete on cost with PERC panels in projects – particularly in hot, humid environments.
A new report compares the regulatory frameworks of the European Union and India to manage end-of-life solar panels. It also assesses and analyzes the PV waste market and processing capacities in India, while sharing recommendations for Indian stakeholders.
Australia’s Sun Cable is planning a factory that could produce PV modules for the world’s biggest solar+storage project – the Australia-ASEAN Power Link.
Risen Energy is planning to add 6 GW of module capacity to its factory in Jiangsu province and Flat Glass wants to add six production lines to its facility in Zhejiang. Meanwhile, JA Solar says it shipped 15.88 GW of solar products last year.
German start-up Phytonics has developed the film by taking inspiration from nanostructures in plants. In solar cells, the film enables a broader absorption spectrum and a higher angle of light-incidence tolerance.
U.S. researchers are using a data fusion approach to identify the most stable perovskites for PV cells. Their machine-learning method combines perovskite test results with first-principles physical modeling to identify the best candidates.
OCI has revealed plans to invest $55 million to expand production at its Malaysian manufacturing facility from 30,000 to 35,000 metric tons.
The module can be used for residential and commercial PV projects. It is available in five versions with power outputs claimed by the company of 390-415 W and reported efficiencies of 20.0-21.3%.
The US Energy Department set a goal of achieving 2 cents/kWh by 2030, and announced an initial $128 million in funding to support technology development.
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