Advanced Cell Engineering develops and licenses lithium-ion battery cell technologies, including A-LFP and LFP SiOx chemistries, to enhance energy density and cycle life for electric vehicles. Their solutions address the need for more efficient and cost-effective energy storage in the growing electric vehicle market.
Funding
Funding not disclosed
Founders
Product
Problem
The electric vehicle (EV) market demands improved lithium-ion battery technology to achieve greater energy density, longer cycle life, and enhanced safety at a reduced cost. Existing battery solutions often struggle to balance these competing performance characteristics, limiting EV range, lifespan, and affordability.
Solution
Advanced Cell Engineering (ACE) develops and licenses advanced lithium-ion battery cell technologies focused on enhancing energy density and cycle life for electric vehicles. ACE's portfolio includes A-LFP, LFP SiOx, and LNFP battery chemistries, each designed to optimize specific performance attributes. These technologies aim to provide EV manufacturers with solutions that improve vehicle range, extend battery lifespan, and reduce overall costs. By licensing these technologies, ACE enables widespread adoption of next-generation battery solutions in the EV market.
Target Audience
ACE's primary customers are electric vehicle manufacturers seeking to improve the performance, safety, and cost-effectiveness of their battery systems.
Features
- A-LFP battery chemistry: High energy capacity, long cycle life, cost-effective, and safe.
- LFP SiOx battery chemistry: Combines power and energy through a silicon oxide anode blended with graphite and an enhanced electrolyte.
- LNFP battery chemistry: 4-volt solution with high energy capacity and cost-effectiveness.
- Cylindrical cell format: 21700 form factor.
- Pouch cell format: Available in 5Ah to 20Ah capacities.
- Prismatic cell format: 280Ah capacity.