Welcome to the UNSW Battery Ecosystem

A single location for UNSW expertise.

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Futuristic Smart Energy Ecosystem with Neon Glow and Virtual Power Plant Illustration

Who are we?

The UNSW Battery Ecosystem is dedicated to driving Australia’s transition to a sustainable battery future. Its mission is to innovate and educate, bridging the gap between research and commercialisation and positioning Australia as a global leader.

The Ecosystem serves as a one-stop shop for Australia’s battery research, development, and commercialisation needs. By integrating UNSW’s world-class infrastructure and researchers, it enables cutting-edge research and collaboration to accelerate innovation across the entire battery value chain.

Research

For over 40 years, UNSW has been at the forefront of battery research and development. In the 1980s, Professor Maria Skyllas-Kazacos pioneered the invention of the vanadium redox flow battery at UNSW. Today, our research covers the entire battery value chain across multiple chemistries. This includes ore extraction and processing to purification, active material synthesis, electrode fabrication, and cell manufacturing.

This is supported by advanced testing, including destructive and abuse testing, as well as pack and module design, system integration, and grid integration. To close the loop, we focus strongly on cell reuse, repurposing, and recycling.

Our work spans lithium-ion and redox flow batteries, and next-generation technologies such as sodium-ion, potassium-ion, all-solid-state, microbatteries, lithium-sulfur, and aqueous batteries.

Explore our staff profiles to learn more about the experts behind this work.

Translation and commercialisation

UNSW researchers are committed to turning their ideas into real-world solutions. They do this through various pathways, from launching start-ups to collaborating directly with industry. Our staff and students are leaders in commercialising new technologies and building successful businesses.

We work closely with industry partners to tackle challenges across the entire battery value chain, from mining and processing to integration and recycling. Collaborating with industry and government helps us solve today’s problems and proactively address tomorrows.

There are many ways to engage with UNSW researchers, and we are always open to new partnerships.

Education and training

As the battery industry grows in Australia, UNSW graduates are finding roles across the battery workforce. The technical expertise offered in our courses allows integration into the battery workforce. UNSW is developing content, courses and programs to meet the demands of the Australian and worldwide battery industry. Here is a short course to get you started.

UNSW Battery Ecosystem Development Team

Professor - School of Chemistry Neeraj Sharma
Professor - School of Chemistry

Advanced characterisation, next generation materials and batteries & recycling

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Senior Research Associate - School of Materials Science & Engineering Sajjad Seifi Mofarah
Senior Research Associate - School of Materials Science & Engineering

Electrochemical methods, materials development & sodium-ion batteries

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Professor - School of Materials Science & Engineering Charles Sorrell
Professor - School of Materials Science & Engineering

Ceramic processing and fabrication

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Monica Brockmyre
Business Manager – ARC Research Hub for Integrated Energy Storage Solutions
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Facilities

We have a range of facilities that we are affiliated with at UNSW. Find out more about what these facilities are used for, as well as how to leverage them yourself.

Research contracts

Are you interested in working with us? Can we solve your battery-based challenges? The next step is to reach out to us via batteries@unsw.edu.au or reach out directly to the researchers. We have various models to undertake research, from collaboration to contract research to co-funded research. We even have co-location options.

View a small suite of easy approaches.

Get in touch