Technology and R&D

About 10 years ago, perovskite solar cells (PSCs) made their entry into the world of PV with a power conversion efficiency of 3.8%. Fast forward to 2020, and PSCs are the talk of the town, with a string of impressive laboratory achievements to their name. Global research efforts have shifted toward PSCs as efficiencies keep on getting thrashed on a regular basis. But is it too soon to say that the technology is ready for commercialization?

Monash University researchers, as part of an international team, have managed to develop a solar cell so ultralight and flexible that it could revolutionise the future of wearable tech.

Researchers from Deakin’s Institute for Frontier Materials claim the battery chemistry based on a new class of electrolyte material carries no risk of uncontrolled thermal events and represents a viable alternative to the popular rechargeable lithium-ion batteries.

A U.S. research group has developed a new solar cell, based on six active photoactive layers, to capture light from a specific part of the solar spectrum. The scientists claim that they could potentially reach a 50% efficiency rate with the new cell.

Researchers in Australia and China used intensity-modulated photoluminescence to map the series resistance of perovskite solar cells with a technique which could further understanding of the causes of instability issues in such devices.

The Dubai-headquartered Ecolog has inked a memorandum of understanding with the Centre for Organic Electronics at the University of Newcastle to commercialize its low-cost, lightweight and portable solar energy technology.

Griffith University researchers have unlocked a catalytic process that can enhance the breakdown of water, into hydrogen and oxygen, for clean hydrogen production and bring Australia a step closer to creating clean efficient hydrogen fuel.

Melbourne solar Thermal Hydro tech company RayGen has announced a strategic partnership with global developer Photon Energy. The boost comes only weeks after added ARENA funding and signals a major push toward a solution to the problem of solar intermittency.

An Italian consortium has developed a panel recycling process it claims can recover up to 99% of raw materials. The developers claim their technique takes only 40 seconds to fully recycle a standard panel, depending on size and recycling site conditions.

Western Australian peer-to-peer (P2P) energy trading pioneer Power Ledger has revealed the world’s biggest ‘choose your own energy source’ project in France.