According to Jiangsu Jiefeng Gaoke Energy Materials Co., Ltd., the company has developed international leading carbon nanometer supercapacitor samples that will be available this summer.
Liu Jie studied carbon nanomaterials with Prof. Richard Smolley, the Nobel Prize winner in chemistry, at Rice University’s first global carbon nanomaterials research institute. In the meantime, he made the best carbon nanotubes in the world, mastered the technology of storing energy in carbon nanomaterials, and developed new supercapacitors—carbon nanocapacitors. After deciding to go back to China to start a business, Liu Jie experienced nearly two years of contact and investigations. He eventually settled in the Jingang Science and Technology Innovation Center in Qixia District, Nanjing. He mainly focused on the high number of scientific research institutes and scientific and technological personnel in universities and colleges, and his entrepreneurial innovation environment was favorable. Strong.
“There are 8 million people in British Columbia, Canada. Using carbon nanocapacitors to replace ordinary capacitors on an electric meter can save more than 20 megawatts of electricity a year.” said Liu Jie. Not only that, but also capacitors made of carbon nanomaterials. It can store energy like a lithium battery, and can be assembled into rechargeable batteries as needed. It can be used in many fields such as aerospace, shipbuilding, wind power generation, and electric buses. Although the price of such a battery is nearly 10 times that of a lithium battery, its life span is several tens or even hundreds of times that of a lithium battery, and the number of charge and discharge can reach 100,000 times. The discharge efficiency is high and the high pressure resistance can be achieved at high and low temperatures. Use under the environment. "More importantly, because the material is carbon, no pollution will be produced, used, or discarded."
According to reports, at present, American companies occupy the leading position of supercapacitors, but their products still use traditional activated carbon, and their performance is not as good as that of carbon nanomaterials. Liu Jie said that Jiefeng High-tech is the first company in the world to use carbon nanomaterials for energy storage and supercapacitors. “Guangzhou is building a train line that uses all super capacitors. The foreign smart grid sector is also starting to use super capacitors instead of traditional capacitors to save energy. It can be said that the market outlook for super capacitors is very good.” Now, the company can use carbon for super capacitors. Nanomaterials have been available, and carbon nanofilms coated with conductive materials can be used to make super capacitors or batteries in various shapes.
