Technology and R&D

Researchers from Tokyo Tech have developed an alternative to hydrogen energy storage which is smaller in size and more efficient. The system utilises carbon as an energy source and demonstrates superior power density and charge-discharge efficiency of 38% over 10 cycles.

World beating Sydney-based startup SunDrive has given itself an early Christmas present in the form of the fabrication of its first full-sized panel. This panel marks the most recent milestone on the road to commercialisation for SunDrive, which set a new world record for commercial-sized silicon solar cell efficiency in September.

The 600 kW array was built by Sungrow with 540 W solar panels and its own floating structures.

Engie unit Tractebel is developing an offshore concept for the storage of hydrogen in caverns. Meanwhile, three major hydrogen projects in WA are set to receive support from the state government’s lead agency services, including Province Resources’ HyEnergy Project, The Murchison Hydrogen Renewables facility, and InterContinental Energy’s Western Green Energy Hub.

As Australia stares down a deluge of worn out solar panels, recycling – and indeed upcycling – programs are grinding into gear. In Victoria, a site has been found for Australia’s first facility to recover and reuse solar module materials, while Reclaim PV has extended its manufacturer partner and pickup location lists.

Developed by German researchers, the 20.9%-efficient device was built with an architecture avoiding the use of the ionic dopants or metal oxide nanoparticles that are commonly used to contact the cell, as these can be subject to secondary reactions at higher temperatures.

An agreement with Energy Vault may see resource company BHP stack 35-tonne blocks to store wind and solar energy in the Pilbara, northern Western Australia.

An international research team has examined combining solar power generation with energy-intensive hydroponic horticulture and has found that this may be a viable solution depending on project size and available incentive policies. Their approach considered various factors impacting PV system efficiency, including environmental factors, the type of solar array, and the electricity demand from the hydroponic farm.

Researchers at the University of Wollongong say they have discovered a new form of graphene which will improve both anode and cathode materials in lithium-ion batteries, making them cheaper and more efficient. Collaborating with Sicona, the company has agreed to buy all the researchers’ intellectual property relating to the new material.

In an unconventional bid to attract large-scale renewable developments, the Queensland government has organised for usually highly confidential solar and wind monitoring data to be made public for the first time through Fulcrum 3D’s technology platforms.