University of Surrey gets breakthrough in supercapacitor technology to change energy use of electric vehicles

According to foreign media reports, experts from the University of Surrey in the UK have introduced breakthrough supercapacitor technology, which is one step closer to the dream of clean energy storage. The technology can store and transfer power at high power, making it particularly suitable for mobile applications.

Researchers at the Surrey Institute of Advanced Technology (ATI) said the technology has the potential to revolutionize the way electric vehicles use energy and reduce renewable energy losses in the national grid. The team also believes that the technology will help promote the development of such energy sources by eliminating the intermittent characteristics of wind, wave and solar energy.

ATI's supercapacitor technology is based on polyaniline (PANI) material, which stores energy through a mechanism called "pseudo-capacitance." Such polymer materials are cheap, conductive, and can be used as electrodes for supercapacitor devices. The electrode traps ions in the electrode by storing electrons by exchanging electrons with the ions "doped" with the material.

In the paper, the team detailed how they used carbon nanotubes, PANI and hydrothermal carbon to develop a new three-layer composite material, and this material not only has high energy density, but also exhibits high rate performance and is independent. Due to electricity usage.

Ash Stott, PhD student and chief scientist of the study at the University of Surrey, said: "The future of global energy depends on consumers and industries being able to adopt and manufacture more energy-consuming supercapacitors, so supercapacitors have proven to be a leading technology that can Solve the intermittent problems of renewable energy and transmit power at high power. Our research establishes a baseline for high-energy equipment running at high power, effectively expanding the potential application range of supercapacitors." (Yu Qiuyun)

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