Smartphone
Smartphone is fully charged

Just think, if the electric car in just 5 minutes and the smartphone in 2 minutes will be fully charged all day long! Researchers believe that it would be possible soon enough to be considered impossible for such a long time.

Researchers in the UK have recently developed the next generation of energy storage technology that can be used quickly for a long time. This was reported in the IANS report.

Researchers have found that this technology has great potential when it comes to the concept of proof. Electrical vehicles, phones, wearable technologies have the potential to be used in a number of practical areas.

The dissertation article has been published in the journal 'Nature Energy.' It is said that the problem of high power and fast super capacitors, new technology, has been solved. It wasn't possible to hold a lot of energy in a small space.

Zhuangnan Lee, researcher at University College London, author of the research paper, says, "Our new super capacitors can be used or replaced by existing battery technology as the next generation energy saving technology, enabling users to keep up with more energy."

Lee also said they designed materials that gave their super capacitors a high energy density. This will be effective in charging and releasing charges quickly. It can also hold long charges. Usually, one of these features is currently available on the battery.

However, it is important to note that both advantages are available in the new Super Capacitor. In addition, the super capacitor can be rotated at 5 degrees without any difference in performance. The risk of explosion is low because no liquid electrolyte has been used. It can therefore be used on wearable technology and folding devices.

Chemists, engineers and physicists have worked together to build new super capacitors. It uses innovative electrode graphene materials.

Evan Perkin, Professor of Mathematical and Physical Sciences at UCL, praised the newly invented super capacitor. He said that the successful storage of vast amounts of energy in compact systems is an important step in the development of new storage technology. It can be used in small electronics and in electric vehicles.

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