CR1632 battery

Huawei has made breakthrough progress in the field of graphene CR1632 battery

We all know that the current limitations on the development of smartphones include performance and external design factors, as well as the problem of mobile phone battery life. Mobile phone manufacturers do not only look at the screen or processor, but also pay more attention to the related supporting hardware. Mobile phone batteries are a good example. Mobile phone manufacturers are also struggling with the relationship between large-capacity batteries and the overall thickness of mobile phones. It seems that you can't have both fish and bear's paw.

Choosing large capacity means giving up beauty. Choosing beauty means that the power of the mobile phone will not be too large. This has been well verified in Apple phones. So we see more and more fast charging technologies, which use shortened charging time to make up for the shortcomings of short battery life, but in this lightweight society, everyone wants to be less restrained, right?

The emergence of graphene seems to have brought a ray of hope to people. It is known as the king of the new generation of materials and is also widely used in cutting-edge fields such as special and power transmission. The Chinese genius Cao Yuan even discovered its superconducting properties and shocked the world, so people's research on graphene will not stop.

As a leading enterprise in China's innovation, Huawei has also made great efforts in the research of graphene. At the 57th Battery Symposium held in Japan recently, Huawei officially announced the graphene-assisted high-temperature resistant and long-life lithium-ion battery. Experiments show that the life of this battery is more than twice that of ordinary batteries. The biggest feature of this battery is that because graphene is used as an auxiliary material, the heat resistance of the battery has been significantly improved, because graphene will serve as a heat dissipation medium for the battery.

Secondly, the special preparation added to the battery can effectively prevent the decomposition of the electrolyte at high temperatures. Based on the above, this battery can work in a more severe environment. If used in a mobile phone, it can also avoid the reduction of battery charging times and efficiency due to the long-term heating of the CPU. In other words, it is more durable than ordinary batteries, so it is not only on mobile phones, but also in the future electric vehicle field. It will be a good research result. Huawei still has a long way to go from converting experimental results into commercial applications. At the seminar, Huawei also demonstrated its fast charging technology and stated that it will increase its R&D investment in related aspects in the future to better promote the progress of related industries. Okay, the above is the relevant report about Huawei's graphene battery. If you want to know more about digital technology information, remember to pay attention to the forefront of digital technology. If you have anything to say about this, please comment below the article.

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