Many industrial machines, such as presses, robots, linear motors, and lifting systems, require high power peaks for short periods. Traditionally, these peaks were handled by batteries, but this causes electrochemical stress and premature degradation.
Supercapacitors intervene with an almost instantaneous response, delivering enough energy to sustain sudden loads without compromising the main batteries. The result is twofold: greater operational reliability and reduced maintenance costs, because the batteries are no longer subjected to extreme cycles.

Voltage stabilization
In addition to providing immediate power, supercapacitors play a key role in maintaining stable voltage within industrial systems. During starts, stops, or sudden load changes, voltage can fluctuate, putting sensors, electronic controls, and motors at risk.

Thanks to their ability to absorb and release energy quickly, supercapacitors act as electrical shock absorbers, protecting sensitive components and improving the accuracy and repeatability of industrial operations.

Reduced stress on batteries
One of the most significant advantages of supercapacitors in industrial machinery is their ability to alleviate stress on batteries. In hybrid systems, supercaps manage current spikes, allowing batteries to always operate under optimal conditions. This significantly extends battery life, reduces the need for replacements, and lowers the overall life cycle costs of the system.