New battery chemistry developed in Germany promises to make zinc-air batteries the storage technology of the future.
A European research team has investigated the implications of renewable energy intermittency on capital utilization across a future electricity-hydrogen system, including transmission and storage infrastructure. According to its findings, idle capacity substantially increases the system costs and limits wind and solar development.
The loan will be supplied by the EBRD and includes €1.25 million of concessional lending provided by the global Green Climate Fund.
Redflow CEO, Tim Harris, is confident the company’s Gen3 flow battery will go into production in the first half of this year, once the results from its customer trial are evaluated.
Scientists in the United States claim that further research is needed to gain a deeper understanding of kinetic stabilization strategies to increase cell voltage in redox flow batteries and bring them closer to commercial viability.
AES and Siemens will remain major shareholders and will continue to support Fluence’s long-term growth. The company currently has 2.4 GW of projects deployed or awarded across 24 countries and territories worldwide.
Australia’s Syrah Resources has signed a deal with Solarcentury to install 11.2 MW of solar and an 8.5 MW battery storage system at a mine in Mozambique.
A vanadium redox flow battery will be installed at a Western Australian caravan park in the new year. Supplied by VSun Energy, the installation advances its parent company’s vanadium endeavours.
The new U.S. storage strategy includes plans to shift new tech from the lab to the marketplace. It also focuses on ways to manufacture at scale and ensure supply chain stability.
Spanish and Finnish scientists have developed a solar vanadium redox flow battery paired with commercially available CIGS solar panels. The open-circuit voltage values were high enough to achieve unbiased photocharge, they said.
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