Evoke Ultra-fast charging batteries
Blazing fast. Fully charged.
Ultra-fast Charging Systems (UFC)
Less time than a cup of coffee to recharge your electric motorcycle
The Evoke ultra-fast charging battery pack is a semi-permanent vehicle mounted, lithium-ion based, battery pack with onboard thermal and cell management. When paired with an Evoke charging station, 2.5C – 3.0C charging (15 – 17 min charging) can be safely achieved with little to no life cycle degradation.
Lithium-Ion Battery & Thermal Management
Exothermic transfer from li-ion cell internals outward
Evoke's breakthroughs in electronic and thermal management of li-ion cells extends life, charges faster safely with more aggressive charging profiles and allows the pack to deliver higher C discharges while maintaining a stable voltage drop across a charge cycle.
Solid State Interconnections
No wires, no mess
Zero wire connections; managing string level sensing with zero impact from vibrations, providing stable, uninterrupted diagnostic data to ensure peace of mind each and every time you utilize your battery pack.
Tri-stage Cell Level Fusing
Multi-level fusing protection
Safe operations and management of any battery system requires redundancies and safety administrations offering a layered approach to battery operations. Evoke UFC batteries combine Tri-stage cell level fusing with multiple electronic protection circuitry for one of the safety 2 wheeled battery packs in the market today.
download whitepaper: Thermal management of cylindrical cells for use in mobility packs
As electric vehicles become more prevalent in society, electric vehicle battery performance and life cycle demands are higher than ever. As such, battery pack designers need to consider thermal management systems for ensuring their batteries provide the best life and performance possible within their design and cost restraints. In this whitepaper we will discuss the benefits, drawbacks and challenges of designing a thermal management system and gives battery system designers and electric system designers the background to understand the overall benefits of a active thermal management system for mobility applications.