Examples of adoption and use in the carbon-neutral field

Since renewable energy supply output increases or decreases depending on weather conditions, it is necessary to absorb and adjust power fluctuations to match power demand through repeated recharging and discharging using storage batteries.
The use of high heat-resistant lithium-ion capacitors (Libuddy) in power supply systems that absorb power fluctuations in short cycles (in the order of seconds) makes it possible to eliminate the need for air conditioning to protect battery cells, eliminate the need for periodic replacement due to cell deterioration, and reduce fire risks.

Peak power consumption can be reduced by charging and discharging regenerative power generated from equipment (motors) into a high heat-resistant lithium-ion capacitors (Libuddy),
In the past, plant equipment (press machines, etc.) with capacitor banks/flywheels deteriorated due to heat generated during high-current charging/discharging, requiring periodic replacement.
By switching to high heat-resistant lithium-ion capacitors (Libuddy), which do not require replacement even after more than 1 million charge-discharge cycles, it is possible to make effective use of space by eliminating maintenance and reducing size.