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Highlights
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Ilika PLC has successfully completed testing on its Goliath D5 prototypes, demonstrating superior safety compared to conventional lithium-ion batteries.
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The Goliath D5 prototypes exhibited enhanced performance with faster discharge rates, crucial for electric vehicle applications.
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These advancements position Ilika closer to achieving a minimum viable product, paving the way for future licensing opportunities and the development of the Goliath D8 prototype set for 2025.
Overview
Ilika PLC {LSE:IKA} , a leader in solid-state battery technology, has announced the successful completion of testing on its Goliath D5 prototypes. The testing results indicate that the safety of Ilika’s solid-state batteries surpasses that of traditional lithium-ion power cells commonly utilized in electric vehicles (EVs).
The analysis revealed that the Goliath D5 exhibits a significant safety advantage; it remains intact when punctured, avoiding leaks, fires, or explosions—risks commonly associated with lithium-ion technology. This enhanced safety feature could lead to a reduced need for heavy protective materials in EV designs, potentially resulting in lighter, safer, and more cost-effective vehicles.
Furthermore, the Goliath D5 operates at a lower temperature during failure, approximately 300°C cooler than its lithium-ion counterparts. This characteristic significantly mitigates the risk of thermal issues, further enhancing the safety profile of the battery.
In addition to safety improvements, Ilika highlighted that the Goliath D5 demonstrates superior battery performance. The prototype can handle faster discharge rates, allowing it to maintain a higher power output without sacrificing capacity—a vital advantage for electric vehicle applications.
These advancements bring Ilika closer to realizing a minimum viable product, a crucial milestone that could facilitate future licensing agreements and propel the next phase of development towards the Goliath D8 prototype, scheduled for 2025.
CEO Graeme Purdy expressed satisfaction with the positive testing outcomes, noting that the validity of the results is bolstered by the independent testing conducted by University College London and the University of Oxford under the Faraday Institution's Safebatt Industrial Sprint programme, in collaboration with DEKRA.
As Ilika continues its testing program, the company remains optimistic about the future of its solid-state battery technology and its potential applications in the growing electric vehicle market.
