Examples of adoption and use in the mobility field

Adopted as a backup power source to maintain steering function in the event of vehicle power failure

Power consumption is on the rise in line with the expanding demand
for higher power outpuy of EPS. The use of high heat-resistant lithium-ion capacitors (Libuddy) will enable more compact (lighter weight) power supply systems and greater flexibility in mounting.

Our product's features match customer requirement that safety in the event of racing accidents, and durability in driving patterns with frequent full acceleration and braking in the harsh temperature environment of the desert.
It contributed to the completion of two consecutive years and shortening of race times in the grueling rally of over 8,000 km in two weeks.

Realization of safe and secure automated driving to ensure the safety of AD/ADAS systems, redundancy (backup) is necessary in case of power failure. Backup power supplies that hold a full charge (float charge) tend to deteriorate easily. By using high heat-resistant lithium-ion capacitors (Libuddy), which have excellent float charge resistance, system reliability can be improved and maintenance free can be realized.

Parallel use of long-life, high heat-resistant lithium-ion capacitors (Libuddy) in auxiliary power supplies not only makes auxiliary power supplies maintenance-free, but also contributes to improving the life of auxiliary batteries (load reduction) by absorbing steep output fluctuations (rush power and regenerative power during startup). It also enables stable system startup due to its superior low-temperature output performance and eco-friendly vehicle design by eliminating environmentally hazardous substances.