According to a report by the British media on December 6, British researchers developed a new type of plastic electrolyte to replace existing batteries. This new type of plastic electrolyte has 1,000 times or even 10,000 times the current capacity of supercapacitors, which makes mobile phones and computers "seconds. "Charging" is expected to become a reality within two years. Unlike batteries in the traditional sense, supercapacitors use electrodes and electrolytes to store energy, and charge and store power is relatively fast. Dr. Brendan Howlin of the University of Surrey stated that new energy storage technologies are being researched around the world and that this new type of ultracapacity supercapacitor is likely to have exciting developments. In spite of this, low energy density is its main drawback, and supercapacitors have a very low storage energy per kilogram. Jim Heathcote, chairman of Supercapacitor Materials Co., Ltd., said that in order to charge a cell phone for a few seconds, the supercapacitor needs to be 20 times the weight of the cell phone's battery. In view of the above problems, the researchers invented a plastic electrolyte to overcome the problem of low storage energy per kilogram of supercapacitors. It took three years to discover this stored electrolyte polymer. Elon Musk, the founder of Tesla, an American electric sports car company, previously regarded super capacitors as the most promising technology in the field of air transportation in the future. The secret material used in the supercapacitors is expected to make electric vehicles the same mileage as fuel vehicles without charging for eight hours. Super capacitor bus has been used in China, but the mileage is very limited. However, this new type of material can be used to drive 46 stations and it is not necessary to park and recharge two or three stations. Heathcote said that super capacitor prototypes will be independently tested next spring. If this technology is feasible, it will be able to reduce the battery size of mobile phones and achieve a few seconds of charging within two years. This technique is inspired by the principle of making contact lenses. Dr. Ian Hamerton, who specializes in polymer and composite materials at the Department of Aeronautical Engineering at Bristol University, said that the study opens the way to high-energy-density supercapacitors that can be used in applications that require hard and flexible conductive materials. . We believe that this technology will bring about revolutionary development and be exciting. Round Concealed Shower Set,Head Rain Shower,Head Rain Shower Set With Brass Arm,Conceal Shower Faucet Set Kaiping Rainparty Sanitary Ware Technology Co.,Ltd. , https://www.rpshower.com