GBatteries develops advanced lithium-metal batteries that offer up to twice the energy density and four times faster charging speeds than conventional lithium-ion technology. Their integrated intelligent battery management system within each cell ensures optimal performance, enhanced safety, and extended cycle life for electric mobility applications.
Funding
Funding not disclosed
Founders
Product
Problem
Current lithium-ion battery technology is approaching its performance limits, hindering the widespread adoption of electric mobility solutions. The need for lighter, higher-capacity batteries with faster charging capabilities is critical for achieving cost parity with internal combustion engine vehicles and enabling applications like electric flight.
Solution
GBatteries is developing advanced lithium-metal batteries that significantly outperform conventional lithium-ion technology. By integrating an intelligent, adaptive battery management system directly within each cell, GBatteries ensures optimal performance, enhanced safety, and extended cycle life. This approach delivers up to twice the energy density and enables charging speeds up to four times faster than current Li-ion batteries. The company's technology aims to accelerate the transition to electric mobility by providing more efficient and practical battery solutions for electric vehicles, aircraft, and other e-mobility applications.
Target Audience
The primary target audience includes automotive manufacturers, aerospace companies, and other developers of electric mobility solutions seeking next-generation battery technology for enhanced performance and faster charging.
Features
- Lithium-metal battery chemistry offering up to 2x higher energy density (450+ Wh/kg) compared to conventional Li-ion.
- Fast charging capability, achieving up to 4x faster charge times (under 15 minutes) than standard Li-ion batteries.
- Integrated intelligent battery management system (BMS) within each cell to mitigate dendrite formation and reduce irreversible internal damage.
- Extended cycle life, supporting over 500 cycles, translating to approximately 200,000 miles of use.
- Proprietary adaptive charging algorithms developed from analysis of over 50 billion data points from extensive battery testing.
- Focus on utilizing conventional Li-ion materials and processes to achieve a projected 20% lower cost than current Li-ion solutions.
- Vertically integrated development approach, scaling from bare metal and software models to complete cell and pack solutions.
- Portfolio of over 60 granted and pending patents covering adaptive battery charging technology.