About Us
Gelion is committed to pioneering next-generation technologies that enable the clean energy transition.
Our unique approach combines inexpensive materials and low-cost processing to develop commercially viable energy storage solutions.
13
countries represented
17 PhDs
from prestigious institutions
230+
patents and patent families
8
partnerships with leading research institutions and other organisations
The Story So Far
2024
Gelion announces new Integration Solutions business with first commercial customer, Group Energy Pty Ltd (part of Borg Group).
Gelion announces the incorporation of wholly owned subsidiary Battery Minerals Ltd following awarding of UK Recycling Grant from the Advanced Propulsion Centre UK.
Gelion successfully achieves the energy density milestone of 402 Wh/Kg in a 12 Ah cell comprised of its GEN 3 semi-solid-state Li-S technology.
Gelion signs Joint Development Agreement with Glencore, one of the world’s largest globally diversified resource companies.
Dr. Louis Adriaenssens appointed as Chief Technical Officer (CTO) of Gelion.
Dr. Adrien Amigues appointed as President of Gelion UK and Europe.
2023
Gelion signs Joint Development Agreement with Ionblox, a leading US Silicon Oxide battery innovator.
Gelion successfully completes £4.0 capital raise and acquires OXLiD, a UK lithium-sulfur innovator.
Gelion provides updates on progress made using the battery technology package acquired from Johnson Matthey with its own IP, Li-S IP and expertise from OXIS Energy.
Zinc Gen 5.0 advanced cell chemistry development started to achieve ultra-high power, lower cost and greater safety.
2022
Serial technology entrepreneur and public company CEO John Wood appointed as Chief Executive Officer (CEO) of Gelion.
Commissioned an upscaled 12.6kWh test system for Acciona project.
Manufactured 1200 ZnBr2 cells for internal validation test program.
Large systems testing of Gen 4.0 variants.
2021
Gelion successfully listed on the London Stock Exchange AIM market to become Gelion plc.
Gelion research and development team optimises Performance Additives and tests materials.
Gen 4.0 cells developed, with 1.2kWh systems achieving >87% RTE.
2020
Li-S additive breakthrough with University of Sydney polysulfide management additive work led by Professor Thomas Maschmeyer and Jacob Carpenter.
Gelion launches Li-S division, commencing research and development with dedicated University of Sydney team and acquiring licence to patent.
Gen 2.0 and Gen 3.0 cells developed, with 210Wh systems deployed in field settings with 80% RTE.
2015
–
2019
Gen 1.0 3Wh cells with 75% RTE developed and deployed into solar-powered light towers at the University of Sydney.
Patented gel electrodes optimised.
Advanced 2.5Wh cells developed with 70% RTE.
Early-stage 1Wh cells with 65% round trip efficiency (RTE) developed at University of Sydney Gelion labs.
Gelion Technologies spun-out of University of Sydney building on zinc battery research.
Partners, Collaborators, and Investors
Gelion proudly partners with leading research institutions and other organisations all over the world to help realise our vision of a renewable energy-powered future.
Take a closer look at our locations and partners.
“We take our responsibilities under the relevant Australia and UK Safety Acts very seriously. I am pleased to report that our commitment to keeping workers safe is strongly supported throughout the organisation. This is further reinforced through regular information consultation and ongoing safety committee meetings.”
Angela Nikolic | Lab Manager & Safety Officer | Sydney, Australia
“With diverse expertise across electrical, mechanical, and remote monitoring disciplines, Gelion’s engineering team is ideally positioned to lead the development and delivery of stationary battery systems. Our collaboration with strategic technical partners further strengthens our ability to address complex integration challenges.”
Goran Klingberg | Applications Engineer | Torp, Sweden
“As a battery research scientist at Gelion, the focus is on advancing Lithium-Sulfur (Li-S) technology by addressing various technical challenges. Gelion’s collaborative environment fosters innovative research and problem-solving, supported by an inclusive work culture that values creativity and continuous learning. With a diverse team dedicated to developing sustainable energy solutions, Gelion strives to build a greener future through pioneering battery technologies.”
Rishi Prasad | Research Scientist | Mumbai, India
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