Scientists in Germany fabricated an all-manganese flow battery, which they say serves as a proof of concept for the potential of such devices. Their results working with various battery configurations show that cheap, abundant manganese has plenty of potential for flow battery applications; and is worthy of further investigation in the frame of developing sustainable energy storage technologies.
Queensland flow battery company, Redflow, has unveiled the product it’s hoping will launch its lucrative high-voltage, high-capacity, grid-scale future: the Energy Pod Z module.
Third-generation Wimmera-Mallee farmer Thomas Blair is expanding his fellow farmers’ horizons to cultivate green hydrogen.
Redflow’s Systems Integration Architect and largest shareholder has brought his work home, installing a 280kWh Redflow battery-based microgrid at his sheep farm in northwest Tasmania.
After “bunkering down” in 2020, the Redflow’s CEO discusses major developments within the company, as well as its path towards mass manufacturing processes – which it sees as the key to slashing battery costs by a third and, in turn, solidifying Redflow as a major player in the increasingly sought-after flow battery storage market.
While it has seen growing market acceptance of its zinc-bromine flow battery technology in the past 12 months, Redflow has reported a slowdown in delivery of batteries with cash receipts of only $74,000 received in the FY2019 final quarter.
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