Polycarbonate graphene quantum battery is poised for more than one product in the first half of the year

Last year, the research team of Zhuhai Polycarbon Composites developed a new energy battery using the new material graphene. This battery can be used not only in the energy field of smart phones and electric vehicles, but also in mobile power supplies for digital appliances. It is reported that this product is expected to be listed in April and May this year.

In this era of technology, battery development is a top priority, and can even be said to be the source of scientific development. However, no matter how hard the scientists work hard, the problem of weak battery life is still there. Its technological breakthrough has become a cutting-edge problem that has not been attacked for a long time, which further restricts the smooth development of many equipment projects including mobile phones and automobiles. Therefore, researching a new energy battery that is more effective and can improve the endurance without increasing its size has become a topic that researchers are thinking about every day.

Graphene is the thinnest, strongest and most excellent new nanomaterial that has been discovered. Since its inception, scientists have been hoping to use its superior conductivity to make a big difference in battery energy. However, due to material and technical limitations, this technology has been in the process of being developed and has not been put into practical use. In the face of heavy obstacles, while researching new battery technologies, Polycarbon Composites is constantly trying to find new energy sources with stronger conductivity and endurance to increase battery life. In the experiment, the R&D team found that adding graphene to the positive and negative materials of lithium battery can be used as a conductive agent, and can be used as a lithium-incorporating material for the negative electrode, which can reduce the internal resistance of the battery, so as to achieve high rate and fast charge. Put and greatly improve the battery cycle life.

Conventional lithium-ion batteries use graphite-based anode materials. The performance of lithium-ion batteries depends largely on the cathode materials in the case of similar anode performance. Compared with traditional lithium batteries, graphene batteries have great advantages. First, after the addition of graphene, its capacity has not only increased significantly, but the discharge capacity has far exceeded that of conventional batteries. People no longer have to worry about charging mobile devices for three days. Secondly, this Zhuhai polycarbosilane Composites graphene Quantum Electronics better than conventional batteries on the anti-anti-burning drum, reversing the embarrassing situation of the battery is affected in hot or cold weather would, even in the electric vehicle At low temperatures, it can be fully charged.

Different from the promotion of graphene batteries in the past, graphene quantum cells with polycarbon composite materials have been mass-produced as early as 2016. Before being officially commercialized, the battery has been continuously optimized and combined with quantum cells with excellent prospects. Features, a new development of a graphene quantum battery products. This product will be the first to be applied to electric vehicle power energy. At that time, electric vehicles powered by graphene quantum batteries will be born in the enterprise sales market. According to insiders, the recent polycarbon composite materials and Zhongneng Energy Storage Technology Investment Co., Ltd. signed a supply agreement for graphene quantum cells, involving hundreds of thousands of dollars, for the next graphene quantum battery. , laid a good foundation for listing.

As a true graphene quantum battery developed by improving the battery's high and low temperature resistance, once it is applied to the mobile phone battery , it can make the mobile phone safe and secure, and has a long battery life, making the mobile phone The battery is charged faster and lasts longer. Seeing that graphene batteries have achieved such remarkable results, some industry speculates that once graphene is promoted to commercialization, traditional lithium-ion batteries will be replaced in the future.

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