Industry Knowledge

Scientists at Skoltech Center for Energy Science and Technology have developed a rich and scalable approach to increasing the capacity of a wide range of metal-ion battery cathode materials. These findings, published in the Journal of Materials Chemistry A, could be used to develop a new generation of advanced rechargeable energy storage devices. The creation of the modern lithium-ion battery was made possible thanks to a few scientific breakthroughs. One of them is a cathode material containing reversible extra

Scientists have discovered the exact mechanism that causes damage to new solar cells and proposed a possible solution. Solar cells harness energy from the sun, providing an alternative to non-renewable energy sources such as fossil fuels. However, they face challenges with expensive manufacturing processes and low efficiency -- the amount of sunlight that can be converted into usable energy. Perovskites are materials being developed for next-generation solar cells. Although perovskites can be manufactured mor

According to foreign media reports, Ricardo (Ricardo) UK announced that it has cooperated with Ilikatechnologies, UK Technology Innovation Center-Centre for Process Innovation, Honda R&DE Europe and University College London (University College) to carry out the PowerDriveLine project. The 30-month collaboration will develop lithium-based solid-state Stereaxä batteries for plug-in hybrid and electric vehicles, establish a pilot line for solid-state batteries, and develop processes for the solid-state ba

Technological innovation is the direct driving force for the development of the power lithium-ion battery industry. In terms of medium-term goals, the application of high-nickel, lithium-rich manganese, and lithium supplements has accelerated; in terms of long-term goals, the critical point of industrialization of solid-state batteries and fuel-powered lithium batteries is approaching. "The more treacherous the situation, the more calm and composed it is." After nearly ten months of baptism in the indu

A new combination of materials developed by researchers at Stanford University in the US could help create a rechargeable battery that can efficiently store large amounts of emerging renewable energy from wind to solar. With further development, this technology could deliver energy to the grid quickly, at low cost, and at normal ambient temperatures.(Lithium - Ion Battery Equipment) Known as flow battery technology, the technology has long been considered one of the options for storing intermittent renewable ene

Donald Sadowy, a professor of materials chemistry at the Massachusetts Institute of Technology, and his students invented a large-capacity liquid metal battery. Now, his team has discovered a new chemical component -- calcium -- that could make the technology cheaper and more practical, opening the way for large-scale applications of liquid metal batteries. Their latest study, published in the journal Nature Communications, shows that calcium -- an abundant and cheap chemical element -- could be an important raw ma

The Dalian Institute of Chemical Physics of the Chinese Academy of Sciences (hereinafter referred to as "Dalian Institute of Chemical Physics") announced on the 11th that a research team led by researchers Li Xianfeng and Zhang Huamin has recently successfully developed a new generation of low-cost, high-power all-vanadium redox flow battery.  The inherent randomness, intermittency, volatility, and difficulty of direct grid connection of renewable energy such as wind energy and solar energy limit

With the development of the new energy industry, the use of power lithium-ion batteries is becoming more and more extensive, and the requirements for the casing of power lithium-ion batteries are also getting higher and higher. Today, the editor will talk to you about the processing process of the steel casing of power lithium-ion batteries? Details are as follows: What is the manufacturing process of the power lithium-ion battery steel case? When making battery steel shells, high-quality raw materials should

Structural principle of battery management system The battery management system is mainly composed of a charging module, a data acquisition module (including voltage, current, and temperature data acquisition), a balance module, a power calculation module, a data display module, and a storage communication module. It mainly manages and protects the use of the battery pack. Battery Management System Architecture The battery management system (bMS) involves microcomputer technology and detection technology,