Problem
EV systems and charging infrastructure require efficient high-current switching, fast fault protection, and reliable operation at increasingly higher power levels. Conventional contactors and semiconductor solutions can introduce higher losses, slower response times, increased thermal management requirements, and limitations in system scalability.
Solution
Enabling advanced high-current battery disconnect and protection architectures for electric vehicles and charging infrastructure.
B-TRAN® technology combines low-loss bidirectional switching with fast fault isolation and controllable operation to support battery disconnect units, solid-state contactors, charging infrastructure, and protection systems. By reducing conduction losses and eliminating mechanical wear mechanisms, it enables more efficient, reliable, and scalable high-voltage power architectures.
Electric Vehicles (EV)
- Solid-state battery disconnect and contactor architectures for high-voltage electric vehicle platforms
- Fast fault isolation and controllable turn-on / turn-off for improved reliability and reduced maintenance
- Lower conduction losses and improved thermal performance for high-current applications
EV Charging
- Fast fault isolation and protection for high-power charging infrastructure
- Reduced conduction losses and thermal management requirements
- Scalable solid-state switching architectures for next-generation charging systems
