Next-gen green hydrogen tech splits water using concentrated solar power

An Australian company has successfully demonstrated its green H2 production tech prototype. Sparc Hydrogen has announced the successful testing of its prototype photocatalytic water-splitting reactor, a water-splitting green hydrogen tech that uses concentrated solar as an alternative to the conventional electrolysis method. The prototype was demonstrated at a CSIRO facility in Australia. The successful test …

Generating and storing sustainable energy is the holy grail

Transmission lines have fallout. Battery farms are expensive. Repeating Snowy II is out of the question.  But there is a simple solution to generating and storing sustainable energy for overnight electricity. And country businesses are taking it on themselves to prove its powerful potential. The Vast Solar Concentrated Solar Thermal storage and power generation plant …

Elevating the Potential of Concentrated Solar Power Heat Storage in Australia

The future of sustainable energy in Australia lies in finding cost-effective solutions to generate and store electricity overnight. The need for reliable energy sources in rural areas and the impending retirement of coal-fired power stations create an urgent demand for alternatives. While wind farms and lithium-ion batteries have their limitations, solar thermal heat storage is …

Aussie scientists hit milestone in concentrated solar power

They heated ceramic particles to a blistering 1450 F by dropping them through a beam of concentrated sunlight. A breakthrough at a concentrated solar power facility in Australia could help transform solar energy in the future. The challenge: Solar energy is cheap, clean, and plentiful, but its variability is holding it back: we can always …

Australia’s science agency CSIRO reports breakthrough in Concentrated Solar Power energy storage

Australia’s science agency CSIRO announced that its Concentrated Solar Power research facility in Newcastle, New South Wales had a breakthrough as part of research investigating the potential of “falling ceramic particles” to capture and store solar energy as heat. CSIRO’s solar thermal facility in Newcastle has 400 mirrors. (Image by CSIRO). In detail, the solar …

Pushing the boundaries of Concentrated Solar power technology could revolutionise the way we store and use solar energy

Breakthrough solar thermal research is using ceramic particles that act like a battery, storing solar energy as heat. Concentrated solar thermal (CST) with ceramic particles offer a reliable, renewable power source that can be used even when the sun isn’t shining. This technology could play a key role in reducing industrial emissions, which currently account …

Batteries won’t cut it – we need concentrated solar power technology to get us through the night

Australia’s transition to renewables is gathering speed, but there’s a looming problem with storage. We will need much more long-duration storage to get us through the night, once coal and fossil gas exit the system. We also need to find new and better ways to create heat for industrial processes. Renewables can supply much of …

CSIRO’s Renewable Energy Storage Roadmap: Concentrated Solar Power lowest cost

The CSIRO Renewable Energy Storage Roadmap identifies Concentrated Solar Power (CSP) as the lowest cost technology for long-duration renewable energy storage, among the storage technologies required to reach net zero in Australia. The CSIRO Renewable Energy Storage Roadmap outlines the significant role that concentrating solar thermal power (often referred to as CSP or CST) will play …

Renewable energy storage must expand massively and diversify if Australia is to achieve net zero by 2050

Renewable energy storage must undergo massive growth if Australia is to achieve net zero by 2050. A new report from the CSIRO and supported by ARENA funding, says between 10 to 14 times more storage could be needed in the coming decades to support the National Electricity Market (NEM). The Renewable Energy Storage Roadmap forecasts …