Technology

A world-class research and development hub planned for Cairns will be home to a supercomputer that will be used to simulate and model intricate networks in order to enable renewable energy and energy storage to form a greater part of microgrids and isolated systems for remote communities.

Professor Guan Yeoh is an essential part of a project to commercialise a solar polymer membrane called ‘Solar Skin’, which can generate energy from both direct and indirect sunlight and off both vertical and horizontal surfaces. The technology has the potential to transform every CBD and local government area into a solar farm. pv magazine Australia sat down with Professor Yeoh for a Q&A.

Scientists at Australia’s University of Queensland have set a new world record for a quantum dot solar cell. The group fabricated a 0.1cm² device from perovskite and measured power conversion efficiency at 16.6%. The record has been verified by the United States National Renewable Energy Laboratory.

The PHASA-35 crewless solar and battery-powered aircraft completed its first test flight this week. The pioneering solar-powered aircraft could fill a niche as a cheap alternative to satellites.

The Victorian government has decided to break away from national electricity rules and introduce legislation that will fast-track priority projects like grid-scale batteries and transmission upgrades and make room for more large-scale solar and wind on the grid. The announced reforms have prompted a flurry of reactions.

UNSW student groups have been visiting Tanna Island in Vanuatu for over a decade. The solar PV solutions they’ve brought with them have helped many communities, but since Cyclone Pam tore through the region in 2015, sustainable solar is more important more than ever.

Despite a massive drop in renewable energy investment seen last year, 2020 promises to bring both good and bad news for the Australian solar sector. While network conditions will continue to deteriorate, the low-carbon policy will become more supportive but also more chaotic.

An international group of scientists has developed a comprehensive method to track the microscopic processes at work in lithium batteries. Employing a ‘virtual unrolling’ model developed for ancient manuscripts too sensitive to be opened, the group peeked inside the layers of a commercial battery to gain a better understanding of the processes at work and the degradation mechanisms affecting them. Their findings, the group says, could provide a benchmark for battery characterization.

The Australian research team which developed the device said the higher efficiency was achieved through a nanowire design which eliminates the interface inside the titanium dioxide band.

In a bid to seek resolution of all disputed claims, Windlab has reached a standstill agreement with the EPC contractor on the Kennedy Energy Park, Australia’s first project on a major grid to combine wind, solar and battery technologies.