Is the 15% increase in lithium battery capacity a new development direction?

15% increase in lithium battery capacity is a new development direction. According to investigators, Russian and Chinese scientists have recently formed a team to try to increase the energy capacity of the battery by 15%. They replaced the liquid electrolyte with solid battery power and reduced the overall composition of the product to increase the battery capacity. This time, the scientists managed to power the battery by adding a solid electrolyte to the battery's cathode. The solid electrolyte was manufactured by a graduate student at the Peter the Great University of Technology (SPbPU) in St. Petersburg. Compared with liquid electrolytes, researchers can use solid electrolytes to increase battery capacity by 15%, which also helps reduce the overall weight of the product. The battery test is carried out in the laboratory, and the battery samples are developed by the ENV Joint Innovation Center Science and Technology, which is jointly established by my country and the Peter Institute of Technology in St. Petersburg. Improving cathode materials and functional additives is one of the important tasks of our joint research center. Mr. Qinghua Wang said that he is an alumnus of Peter Polytechnic University in St. Petersburg and the director of New Kinetics. Many green technology roles acquired by our center have been introduced into the real world in the development structure of energy-saving technology, clean energy, and power transmission. Lithium batteries are widely used in mobile phones, notebook computers, pacemakers and electric vehicles. Lithium batteries transfer electrons through electrolyte. The traditional electrolyte is a kind of liquid, which is relatively heavy, and in the face of severe impact, the electrolyte is easy to cause burning. The newer solid electrolyte is safer and smaller. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete.