Federal Labor has pledged to roll out solar PV and batteries at schools across Australia and create virtual power plants supporting up to 365 MW of capacity.
The first virtual power plant to be announced since the last year’s launch of the Home Battery Scheme in South Australia is picking up the pace with the addition of Eguana Technologies’ Evolve to the list of eligible energy storage systems.
California utility PG&E has tested levels of residential solar power up to 100% penetration, and how to mitigate the effects of voltage and thermal overload via smart inverters and traditional transformer and circuit upgrades — with smart inverters shown to allow for up to 100% penetration at cost-effective pricing.
Following Carnegie Clean Energy’s voluntary administration, the administrators have revealed the bids its solar microgrid arm managed to attract. Meanwhile, a plan to restructure the company’s core wave power business has been approved by creditors, along with a decision to liquidate the EMC business.
The University of New South Wales (UNSW), the birthplace of pioneering PV technologies, is now developing another innovative solution: a large-scale hybrid energy storage that will combine lithium-ion batteries and hydrogen fuel cells. The first system will be installed at Risen Energy’s 121 MW Yarranlea Solar Farm in Queensland.
Australian researchers are developing short-term weather forecasts for solar farms to help them precisely predict output as little as five minutes in advance.
An online platform to connect medium to small-scale solar energy producers with independent electricity buyers will launch in the coming months in South Australia.
Construction has been completed on the Solar Energy Transformation Program (SETuP), which has been touted as Australia’s largest rollout of solar power to remote communities to date.
The Commonwealth Scientific and Industrial Research Organisation (CSIRO) and Adelaide-based laser supplier Lastek are developing equipment and procedures to accurately measure the performance of multi-junction solar cells with the help of an LED-based solar simulator.
From four to 24 hours: before solar and storage, the 160 households on a Philippine had electricity for only four hours each day. This had negative impacts on the economic development of the islands. With support from the ADB, the island inhabitants now have 24 hour supply of clean energy, and new billing methods that suit the economic realities of poorer households.
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