Regarding the application prospects of this technology, Seung WooLee, assistant professor at the School of Mechanical Engineering at Georgia Institute of Technology, stated that this flexible energy storage device provides a unique connection between wearable devices and IoT devices. In the future,...

By repeating the impregnation steps, the researchers obtained a conductive paper and then added alternating layers of metal oxide energy storage materials, such as manganese oxide, to it. Regarding this process, Lee stated that it is basically a very simple process, where we alternate operatio...

Recently, using simple layer by layer coating technology, researchers from the United States and South Korea have developed a paper flexible supercapacitor with the best performance of high energy and high power density. We usually judge the advantages and disadvantages of e...

As the main competitive industry in South Korea, the problem of talent loss in the battery industry is becoming increasingly severe. South Korea's "Asian Economy" reported on November 19th that China, relying on its strong capital strength and large-scale investment in the batter...

In the final 50% reduction in battery cost, the design of battery cells will be reduced by 15%, the manufacturing process will be reduced by 10%, the positive and negative electrode materials will be reduced by 20%, and the battery system will be reduced by 5%. Volkswagen Gr...

In the future, Volkswagen's customized battery cells have also set several goals: energy density+40%, weight -30%, power density+50%, working temperature+35%, internal resistance -25%, and kinetic energy recovery performance+40%. Comparing several different materials of...

Tramway News: "Introducing standard battery cells to reduce battery costs by up to 50%." Although the Volkswagen Group Battery Day event last night talked about a lot, the most important thing is to reduce battery costs and break down the cost reduction into a 15% reduction in batter...

The production process of lithium iron phosphate batteries is relatively complex, and the consistency difference of individual batteries is greater than that of valve controlled sealed lead-acid batteries. This leads to a rapid increase in the voltage of individual individual batteries in the...

The BMS management system for lithium iron phosphate batteries is highly compatible with the development of 5G base stations. With the significant increase in energy storage demand for 5G base stations, the path of counterattack for iron phosphate lithium-ion batteries seems to be gradually st...

Introduce the second generation CTP integration method around 2022 The technological innovation and iteration of electrochemical material systems are one aspect, and the innovation and continuous optimization of system integration are also important research directions for i...