According to foreign media reports, researchers at Nanyang Technological University recently invented a new type of fast-rechargeable battery with a service life of up to 20 years. Several times the current rechargeable battery life in various devices. The innovation of this kind of battery lies in using TiO2 nanotubes instead of the traditional graphite material as the cathode of the battery. Both materials can accelerate the chemical reaction in the battery to provide electric energy. The difference is that the former can be used repeatedly 1000 times while the latter has only 500 lifetime. Times.
  This new type of battery has not yet reached a clear timetable for large-scale production and market adoption, but the titanium nanotubes it uses are easy to process and relatively low-cost raw materials, so the prospects are bright. It is clear that the promotion of this new type of battery will greatly change the entire technology industry. Putting aside some of the unconstrained ideas, even at the most basic level, it will extend the service time of many devices, especially devices that cannot replace the battery. Nowadays, users often have to stop charging because they cannot continue to charge other functions. Abandoning them because of their damage, such things may never happen again in the future.
The most far-reaching impact of this type of battery may be in the automotive industry. Imagine that you can fully charge a Tesla in minutes instead of hours, and that you can drive until the vehicle is eliminated without replacing the battery. scene.
  This new type of battery has not yet reached a clear timetable for large-scale production and market adoption, but the titanium nanotubes it uses are easy to process and relatively low-cost raw materials, so the prospects are bright. It is clear that the promotion of this new type of battery will greatly change the entire technology industry. Putting aside some of the unconstrained ideas, even at the most basic level, it will extend the service time of many devices, especially devices that cannot replace the battery. Nowadays, users often have to stop charging because they cannot continue to charge other functions. Abandoning them because of their damage, such things may never happen again in the future.
The most far-reaching impact of this type of battery may be in the automotive industry. Imagine that you can fully charge a Tesla in minutes instead of hours, and that you can drive until the vehicle is eliminated without replacing the battery. scene.
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