Lithium battery recycling study awarded share in $1 million electrification grant

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The New South Wales (NSW) Electrification and Energy Systems Network (EESN) has awarded over $1 million (USD 640,000) in seed funding for groundbreaking projects focused on reducing carbon emissions through electrification.

As part of a NSW government initiative, the NSW Decarbonisation Innovation Hub (DIH), the grant scheme funds projects focusing on technology innovation, development, and impact, such as open platform for real-time renewable energy bidding and trading, and recycling of lithium from discarded battery materials.

The grants range from $50,000 to $200,000 and enable collaborative projects between universities and industry by providing essential funding for early-stage innovations.

The evaluation process is conducted independently by an industry advisory board.

NSW DIH Electrification and Energy Systems Director Professor John Fletcher said the grants are a significant milestone in this early stage of the EESN.

“Our independent industry advisory board worked hard to assess the 21 proposals and select the awardees. We now look forward to the awarded projects delivering their impact,” Fletcher said.

The recipients include the University of Wollongong’s (UOWs) identifying and removing barriers for electricity system planning project and the University of Sydney (USYD)’s recycling of lithium from discarded battery materials project.

Two projects from Macquarie University in Sydney received funds for research into powering e-shuttles with optimised routes and magnetised cement charging and AI-driven energy management platforms.

Two projects were also awarded grants at the University of New South Wales (UNSW) for research into an open platform for real-time renewable energy bidding and trading, and to develop device electrification functionality for the Australian PV Institute’s (APVIs) SunSPOT solar and battery calculator.

Lastly, the University of Technology Sydney (UTS) was awarded funds for its research into cost effective wireless energy harvesting from high voltage transmission lines.

Over 18 months, the selected projects will work towards translating electrification and energy systems technologies and innovations, and address regulatory, policy, community transition, and economic barriers to decarbonisation, leading to significant economic impact and capacity building across NSW.

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