Breakthrough battery design comes out and maintains 76% high battery capacity after being bent a thousand times -Lithium - Ion Battery Equipment
Researchers from Rice University in the United States said that the electrolytic capacitor has excellent performance like a supercapacitor and can maintain a high battery capacity of 76% after thousands of charges and discharges or thousands of bends.
James Tour, a chemistry professor at Rice University in the United States, and his colleagues recently developed an electrolytic capacitor that is thinner than paper. It is reported that this electrolytic capacitor has the characteristics of flexibility and large battery capacity, so Thor and his team believe that this 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" (Journal of the American Chemical Society) recently published the invention of Thor's team in a special section. The journal introduced in the article that this new electrolytic capacitor is composed of a material called "porous nickel-fluoride film" (porousnickel-fluoride film), which can store electrical energy. Moreover, because ions can pass freely through these "porous nickel fluoride films", the design can be used for discharging traditional batteries.(Lithium - Ion Battery Equipment)
Researchers from Rice University in the United States said that the electrolytic capacitor has excellent performance like a supercapacitor and can maintain a high battery capacity of 76% after thousands of charges and discharges or thousands of bends.
If the future development trend of mobile smart devices is towards miniaturization, the invention of this bendable electrolytic capacitor is extremely important. At this time, we don’t know if the companies involved in Thor have any plans to put it into commercial use. But according to researchers on the project, this product can easily enter the mass production stage and is very suitable for the next generation of smart mobile devices.
However, Thor and his team appear to have more ambitious plans for this material. Thor revealed that his team plans to further study some of the material's hidden properties, including an energy regeneration theory called "Watersplitting." It is reported that the important content of this theory is that water molecules can be separated into hydrogen atoms and oxygen atoms, and these two microelements may also be used as electrical energy.
James Tour, a chemistry professor at Rice University in the United States, and his colleagues recently developed an electrolytic capacitor that is thinner than paper. It is reported that this electrolytic capacitor has the characteristics of flexibility and large battery capacity, so Thor and his team believe that this 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" (Journal of the American Chemical Society) recently published the invention of Thor's team in a special section. The journal introduced in the article that this new electrolytic capacitor is composed of a material called "porous nickel-fluoride film" (porousnickel-fluoride film), which can store electrical energy. Moreover, because ions can pass freely through these "porous nickel fluoride films", the design can be used for discharging traditional batteries.(Lithium - Ion Battery Equipment)
Researchers from Rice University in the United States said that the electrolytic capacitor has excellent performance like a supercapacitor and can maintain a high battery capacity of 76% after thousands of charges and discharges or thousands of bends.
If the future development trend of mobile smart devices is towards miniaturization, the invention of this bendable electrolytic capacitor is extremely important. At this time, we don’t know if the companies involved in Thor have any plans to put it into commercial use. But according to researchers on the project, this product can easily enter the mass production stage and is very suitable for the next generation of smart mobile devices.
However, Thor and his team appear to have more ambitious plans for this material. Thor revealed that his team plans to further study some of the material's hidden properties, including an energy regeneration theory called "Watersplitting." It is reported that the important content of this theory is that water molecules can be separated into hydrogen atoms and oxygen atoms, and these two microelements may also be used as electrical energy.
