If you want a long battery life, you have to understand these technologies

The financial performance of smartphones and tablets has improved so fast, but battery technology has always been a burden. The battery life is more than one day, which becomes a major pain point. Some people even think that the poor battery life of mobile phones is a problem for software developers, because their use contains a lot of useless code, wasting the energy and communication resources of the mobile phone. The battery industry has not changed so quickly, but people are still fascinated by the future: one day they will imagine that the battery life of a mobile phone will exceed one day. If you want battery life, you must have these skills. Here are some of the top battery/charging technologies of today and tomorrow, some of which have been around for a long time and have advanced performance, but are not ready due to cost and safety issues. Batch processing in the family. Solid State Batteries Most people have heard of solid state drives, but they may not have heard of solid state batteries. In fact, solid-state batteries are easy to understand, because most existing batteries are liquid batteries, and the electrolyte is liquid. The University of Michigan research team established a new solid-state battery called SakTI3, which has an energy density of 1100 watts per liter, which is about 50% higher than the existing lithium batteries. Unfortunately, the skills of solid-state batteries have been born. Just because the capital/difficulty of large-scale processing is too high is the suspension. Fortunately, researchers have been working hard. Lithium-sulfur batteries use nanotechnology to add sulfur to existing lithium-ion electrolysis and liquefaction components, which can not only increase the energy density by several times, but also extend its life. The company's name is Zion Power Bag. Yesterday, it won the U.S. government and the world's largest chemical group BASF (BASF). The company's lithium-sulfur batteries can reach 2600 watts per liter of capacity and energy density. Technology batteries are all the same, and they need appropriate market capital and time. Disclaimer: Some pictures and content of the articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous: Scientific research and application of lithium iron phosphate batteries