Technology and R&D

Europe’s most important scientific research institutes have joined forces to make perovskite solar applications more than just a dream. The European Perovskite Initiative consortium is planning to draw up a perovskite white paper.

Researchers claim the cell they have developed is able to retain 90% of its efficiency after 1,000 hours under extreme light and heat conditions.

In a recent survey, DNV GL found that demand for blockchain-related skills in the solar sector is 50% higher than in other energy industries, while 33% of respondents said that the use of drones is having a significant impact on their businesses. However, the solar industry needs a common framework to help advance digitalization further.

The Swiss power group and Italian utility Evolvere have started a blockchain pilot project designed to facilitate transparent, secure peer-to-peer energy trading.

After close to a decade of dramatic module cost declines, a new era of subsidy-free, utility-scale PV projects in dawning in Europe. But rather than ever-cheaper commodity modules, Radu Roman expects that technological innovation, particularly at the module level, will boost performance and continue solar’s subsidy-free expansion. Roman is Jinko Solar’s product and business development manager for Europe and will be a panelist at the Future PV Roundtable in Munich on Wednesday, May 16.

The Hi-MO 4 offers power ratings up to 430 watts, with module efficiencies as high as 19.2%, as the latest high-powered module to hit the floor at Intersolar Europe.

Electric vehicles could account for more than half of all passenger cars and buses sold throughout the world within the next two decades, according to a new report by BloombergNEF. Sliding lithium-ion battery costs will make EVs cheaper than vehicles based on internal combustion engines by the mid- to late-2020s, the research firm says.

Tests by U.S.-based PV Evolution Labs (PVEL) show that monocrystalline silicon and polycrystalline silicon PV modules produced by India’s Vikram Solar met and exceeded international quality and performance benchmarks.

Scientists seeking the next generation of highly efficient PV devices have found inspiration in nature. Researchers from the U.K.’s University of Birmingham and the University of Utrecht, in the Netherlands, examined the light harvesting mechanisms in ocean microalgae that are said to be up to 95% efficient.

A research team has applied a waterproof coating obtained from graphite to a perovskite cell intended to power the production of hydrogen underwater. The cell is said to have worked underwater longer than expected.