Shapeable andsafe supercaps forhigh performance

E-GPT supercapacitor in drones, coupled to standard batteries, allows for a longer-lasting battery pack, as the power peaks required by the motor are covered by the supercapacitor, relieving the stress of the battery and thus extending its life. In applications such as logistics, fast recharging allows a significant reduction in downtime, leading to an efficiency of the process.

The sector of e-bikes and electric scooters today struggles to use supercapacitors. In fact, the small volumes available can not be occupied by standard cylindrical or parallelepiped supercapacitors. Thanks to the safety of the shapeability of the E-GPT product, the doors of these markets are open to supercapacitors, bringing the advantages of safety, weight reduction and greater longevity of the battery pack.

In electric boats, although the problem of space is not critical, the E-GPT supercapacitor brings obvious benefits in terms of efficiency and performance thanks to the high power density.

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The operating conditions in the space make it difficult to use liquid-state energy storage devices, as extreme temperatures and pressures can cause malfunctions in the event of freezing of the liquid electrolyte typically present in market products. In these conditions the E-GPT supercapacitor finds a perfect application, which thanks to its solid electrolyte allows to extend the operating temperature range, solving the problems of extreme spatial conditions. Furthermore, being the supercapacitor characterized by an extremely longer life than batteries, it is suitable for use in long space journeys that can last even tens of years.