Collaboration with Tier-One Battery Partner
Gelion PLC announced that its Materials Testing Agreement with a Tier-One battery manufacturer has transitioned into a multi-year Collaboration Agreement. This follows the successful validation of Gelion's Cathode Active Material (CAM), developed with the Max Planck Institute. The agreement includes joint development of pouch cell prototypes using Gelion-supplied CAM for advanced lithium-sulfur battery applications. Gelion will scale up CAM production to support prototyping across the Partner's manufacturing sites. The Partner is a global electronics and battery manufacturer with over 100,000 employees. The collaboration aims to accelerate Gelion's commercialization pathway and derisk the development of industry-standard cells.
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Gelion plc (AIM: GELN), the global energy storage innovator, is pleased to announce that the Materials Testing Agreement signed with a Tier-One battery manufacturer ("Partner") in April 2025 has now transitioned to a multi-year Collaboration Agreement. This milestone follows the successful and independent validation of Gelion's advanced Cathode Active Material (CAM) developed in partnership with the Max Planck Institute of Colloids and Interfaces (MPI) by the Partner.
The Partner is a global electronics and battery manufacturer with over 100,000 employees globally, operates major manufacturing facilities across Asia, Europe, and the Americas, serving industries such as automotive, industrial, and consumer technology.
This Collaboration Agreement marks a significant inflection point for Gelion, demonstrating clear industry recognition of Gelion's innovative sulfur battery platform by a world-leading manufacturer. Key features of the agreement include:
- Joint development of pouch cell prototypes using Gelion-supplied CAM, targeting advanced lithium-sulfur battery applications.
- Gelion scaling up CAM production to support prototyping efforts across the Partner's manufacturing sites.
- Robust provisions protecting Gelion's intellectual property and confidentiality, safeguarding the Company's proprietary advancements.
This partnership will facilitate acceleration of Gelion's pathway from prototype to commercialisation, enabling the Company to work alongside a Tier-One manufacturer and significantly derisking the development of industry-standard cells capable of high-power output and long-cycle life. The agreement supports Gelion's strategic focus on bringing its sulfur battery platform to commercial readiness, with potential applications across next-generation mobility, aviation, and energy storage solutions.
John Wood, CEO of Gelion, commented: "We see enormous scope for our Sulfur Cathode material to have broad reach and impact across the full field of battery applications. This agreement allows us to move quickly to realise its full potential by collaborating with a partner with the market reach and experience with the complementary technologies and manufacturing capabilities needed to develop and deliver compelling full cell propositions while allowing Gelion to stay capital light ."
Sulfur Batteries
Glossary
| CAM | Cathode active material |
| Cycle life | The number of full charge and discharge cycles a battery can complete before its capacity falls below a specified level, typically 80% of the original capacity. Higher cycle life indicates longer-lasting performance. |
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