Solar PV

The Australian government has announced a $176 million (USD 117.5 million) funding injection which it expects will unleash almost $3 billion of investment in advanced battery technology, delivering a step change in grid-forming capability across the National Electricity Market.

The catchphrase ‘there’s no transition without transmission’ seems to get thrown around more and more. Much of the discussion that follows centres around increasing capacity to allow for more wind and solar farms. But perhaps less discussed, is the emerging challenges that face the existing transmission network in ensuring system security

Chinese-Canadian PV manufacturing heavyweight Canadian Solar said it will begin mass production of 690 W TOPCon products in the first quarter of 2023. The modules will feature a cell efficiency of 25.0% and a bifaciality factor of more than 85%.

Researchers in South African have developed a new cleaning system for solar panels that uses a colour-sensing light-to-frequency converter to detect dirt. It can reportedly remove about 95% of the dust from a PV panel in less than a minute, at a lower cost than other systems.

The South Australia government has called for proposals from industry partners to build a $593 million (USD 398 million) green hydrogen power plant, including 250 MW of hydrogen electrolyser facilities and fit-for-purpose hydrogen storage infrastructure at Whyalla on the east coast of the Eyre Peninsula.

Queensland Pacific Metals announced it has secured all of the key approvals required for it to build its $2.1 billion (USD 1.41 billion) battery materials plant within the Lansdown Eco-Industrial Precinct near Townsville in northern Queensland.

A new player has entered the Australian renewable energy sector with New Zealand-based infrastructure investor Infratil confirming that its new majority-owned clean energy platform Mint Renewables will look at wind, solar and energy storage opportunities with an initial investment of $300 million (USD 203 million).

Controlling the crystallisation process of perovskite thin films is one of the most challenging aspects for upscaling the solar technology but a team of Australian researchers claims to have made a breakthrough, creating next-generation PV cells that have the potential to rival the durability of silicon alternatives.

Queensland government-owned generator Stanwell Energy and Japan’s largest hydrogen supplier Iwatani Corporation are preparing to commence a Front-End Engineering Design study as they drive towards a final investment decision on a 3 GW green hydrogen project being developed near Gladstone on the central Queensland coast.

With Australia’s renewable energy share set to reach 82% by 2030, researchers from the Australian National University have launched a new online tool designed to identify the best possible locations for the development of new large-scale wind and solar farms.