Technology and R&D

An international team of scientists working with polymer-fullerene solar cells has developed a process of fluorination, which demonstrated a significant boost in cell efficiency. According to Moscow Institute of Physics and Technology, the discovery could assist the development of new thin film solar materials.

The International Energy Agency’s latest study of global energy investment paints another rosy picture for solar – even as the authors warn of missed sustainable growth targets – but the report covers last year, and notes China’s policy about-turn could blow a cold wind through PV.

Following the claim filed in June, SolarEdge now alleges Huawei has infringed two more of its patents. With its HD-wave inverter topology the subject of the first lawsuit, the Israeli manufacturer now says its Chinese rival also copied its power optimizer technology.

Two months after announcing its intention to turn to renewables, the Spanish oil giant has for the first time formed a technological tie-up that integrates a partner into the company’s value chain.

A team of researchers from the University of Exeter has demonstrated a technique which creates ‘charge funnels’ within certain semiconductor materials. The researchers state that the technique could eventually lead to the development of PV cells with better than 60% efficiency.

Oil and gas company Total has announced it will work alongside Shanghai-based NIO – the world’s inaugural Formula E champion – to develop products for a potentially huge electric vehicle marketplace in the populous Asian nation.

Belgian research institute, Imec has announced the achievement of 27.1% efficiency on a perovskite/silicon tandem cell, providing further evidence of the technology’s potential to provide a low cost efficiency boost to existing PV technology.

Peijun Shen of Huawei discusses integrating bifacial modules into PV power plant projects from the Future PV discussion at this year’s Intersolar Europe. Bifacial technology is making leaps and bounds, and suppliers up and down the value chain have to deliver new technologies and solutions to pave the way for the next steps in PV systems.

Italy-based Glass to Power has raised €2.25 million via crowdfunding to advance its plans for the roll out of an industrial production line for its transparent solar PV windows. The product is expected to be marketed in 2019.

Stability and reliability, partial transparency, monolithic deposition onto flexible substrates, aesthetically pleasing appearance, applicability in roll-to-roll production, superior temperature coefficient, potential in tandem applications, and suitability for BIPV: The list of advantages that CIGS technology offers is well established and lengthy.