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What is the battery life of the super capacitor module?

2019-11-25
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Phones that can be fully charged in minutes could soon become a reality thanks to a radical new battery technology. The chip-based approach, called supercapacitors, can turn phone cases, car chassis, and even walls into fast-charging batteries.

The sides of the supercapacitor reveal a blue polymer electrolyte that bonds the silicon electrodes together. The way this Farad capacitor stores current is by allowing charged ions to accumulate on the surface of the porous material, rather than storing these ions through a chemical reaction like today's batteries. Farad capacitors only stored 10 times less power than batteries at the time, but they lasted a thousand times longer.

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This tiny chip means you can charge all your electronics in a fraction of the time: the superconducting material can be fully charged in about seconds, and it's smaller than a conventional battery. The new device is a supercapacitor that stores electrical current by allowing charged ions to accumulate on the surface of a porous material, rather than storing these ions through a chemical reaction like current batteries. So these supercapacitors can be fully charged or recharged in minutes, not hours, and they can be cycled millions of times, not thousands of times like today's batteries.

Ultracapacitor modules can store more electrical energy when unpacked and structurally intact, and can operate at higher voltages than unpacked, off-the-shelf commercial ultracapacitors, and It is no exception under strong dynamic and static stress.

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The developed supercapacitors consist of millions of wires just a few nanometers in length, each wrapped in a two-dimensional material. The ultra-high conductivity can speed up the movement and transfer of electrons, allowing the battery to be charged and discharged ultra-fast.

For small devices, the material far exceeds conventional standards in terms of energy density, power density and stability. In the future, supercapacitor manufacturers such as electric vehicles will also be able to use this new type of capacitor. Because it is extremely flexible and can be bent, it can also be integrated with wearable devices.

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           vivi.li@hcepower.com

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