Researchers from Rice University in the United States stated that the electrolyte capacitor has excellent performance similar to a supercapacitor and can maintain a high battery capacity of 76% after ten thousand charges, discharges, or thousands of bends.

James Tour, a chemistry professor at Rice University in the United States, and his colleagues have recently developed an electrolyte capacitor that is thinner than paper. It is reported that this electrolyte capacitor has characteristics such as flexibility and large battery capacity, so Thor and his team believe that it may be an important power supply design for the next generation of electronic devices.

It should be pointed out that the Journal of the American Chemical Society recently published the Torr team's invention in a specialized section. The journal mentioned in the article that this new type of electrolyte capacitor is composed of a material called "porous nickel fluoride film", which can store electrical energy. Moreover, since ions can freely pass through these "porous nickel fluoride films", this design can fully serve the discharge purpose of traditional batteries.

Researchers from Rice University in the United States stated that the electrolyte capacitor has excellent performance similar to a supercapacitor and can maintain a high battery capacity of 76% after ten thousand charges, discharges, or thousands of bends.