Technology and R&D

Bolt-in electric vehicle kits in Australia have just got a leg up, with Melbourne startup Jaunt Motors joining forces with UK company Zero EV to operate a new, larger scale business to have production facilities and operations across Australia, the UK and, “very soon,” the US.

Qingdao University researchers have synthesised high-performance titanium dioxide-based anode materials with excellent cycling stability, while German scientists have used operando techniques to observe how solvated sodium ions embed themselves in electrodes.

A consortium of Singaporean universities and companies will study the feasibility of integrating a hybrid floating solar project with ocean, tidal, and wind capacity. If successful, the parties plan to deploy a pilot system with at least 100 MW of renewables capacity.

Set to land on Australian shores in Dec. 2022, German solar panel manufacturer AE Solar has modified a panel to meet the continent’s particular stress factors, including our far higher temperatures, UV doses and humidity. “Since we think it’s a kind of localised, or environmentally adapted module, we think it can be a selling factor for this particular line,” AE Solar’s Head of R&D, Dr Hamed Hanifi, told pv magazine Australia during Melbourne’s All Energy conference last week.

New releases, a confluence of auspicious milestones, and output growing by gigawatts gave Trina Solar in Australia cause to celebrate at All-Energy this week.

Swiss energy storage company Energy Vault has been awarded the contract to supply the in development 330 MW Meadow Creek Solar Farm in Victoria with a 250 MW/500 MWh battery energy storage system.

A US research team claims to have demonstrated that increasing the spacing of solar panels between rows improves PV system efficiency and economics by allowing airflow to cool down the modules. The method could improve a project’s LCOE by as much as 2.15% in certain climates.

The Cassiopeia solar project aims to use the sunlight collected by a space satellite for terrestrial energy needs. The electricity generated would be converted to radio frequency microwave radiation transmitted to an antenna on Earth. The initial LCOE would be $73.4 (USD 47.8)/MWh, according to a UK study.

A Swedish team has inaugurated a pilot facility to mass produce algae material that can potentially boost silicon solar module efficiency by 4% and thin film by 36%. The algae are added to the encapsulant in silicon-based modules or to the anti-reflective coating on the glass of thin film modules. The team estimates the resulting modules would be 3.9% cheaper.

US-based Nanotech Energy’s graphene battery uses proprietary electrodes with a thermally stable separator, and non-flammable electrolyte that is said to be inexpensive to manufacture. The technology is said to be superior in terms of safety and competitive in terms of cell performance.