Technology and R&D

Western Australian solar window company ClearVue Technologies has launched its commercial campaign in Australia with an order to provide its clear solar glass technology for a $12 million, six-storey building being built in Victorian state capital Melbourne.

Researchers from The University of New South Wales have developed a “scalable solution” they say overcomes the rechargeability challenges associated with aqueous zinc battery technology, potentially redefining energy storage for homes and grids.

Solar glass manufacturer ClearVue Technologies will look to ramp up the commercialisation of its power-generating solar windows in Australia after finalising its first manufacturing and distribution agreement in the country.

The company released an application programming interface to enable third-party developers to interact with Tesla home energy products.

Researchers at RMIT University’s School of Science, Monash University and Australia’s national science agency, the CSIRO, have harnessed artificial intelligence to accelerate the design and production of perovskite solar cells.

Australian startup NRN is rolling out its proposition to fit households with solar and batteries at no cost to consumers. Announcing its partnership with retailer Diamond Energy and the completion of a $13.5 million (USD 9.18 million) capital raise, the company believes it’s found the trick to successfully deploying free household renewables by focussing on retailer value. Pv magazine Australia spoke to NRN and experts about how exactly the model works and where the value comes from.

NTU Singapore researchers and startup EtaVolt have presented a high-intensity illumination device that can reportedly “patch up” the holes caused by light and heat in silicon solar cells. The new technique is claimed to reduce solar module degradation by up to five years and to be usable for about 90% of the solar modules available in the market.

A group of researchers in China has developed an energy management system for modular gravity storage. Compared to single block gravity storage, the modular counterpart offers more flexibility in output power, ease of mass production of related equipment and better flexibility in the selection of weights.

Longi has announced the achievement of 27.09% efficiency for its heterojunction back contact solar cell, a result that has been confirmed by Germany’s Institute for Solar Energy Research.

A team of scientists at Germany’s Friedrich-Alexander Universität Erlangen Nürnberg has set an efficiency record of 14.46% for an organic PV module. The performance was certified by Germany’s Fraunhofer Institue for Solar Energy’s PV calibration laboratory.