Technical Knowledge

The lithium iron phosphate battery BMS management system is highly consistent with the development of 5G base stations. The demand for energy storage in 5G base stations has increased significantly, and the counterattack of lithium iron phosphate batteries seems to be gradually beginning. A BMS lithium-ion battery management system will transform a group of "dumb" cells into a smart lithium-ion battery pack. Phosphate The application demand of iron lithium-ion batteries in base stations has "skyrocke

Dielectric barrier strong ionization discharge technology is an important emerging aspect of plasma application technology. It covers a thin dielectric layer on both sides or one side of the gas discharge gap by using methods such as sticking. When a high-voltage alternating current of a certain frequency is applied between the two electrodes, the gas in the gap will be ionized, forming a strong The gas discharges, thereby creating a high concentration plasma. The discharge intensity of the gas in the gap is a quan

.i Heavy Ion Research Facility Overview The Heavy Ion Research Facility (HIRF) is a large plastic core physicist designed and built by my country. 3 Ripple ring Since the bridge port voltage has low-frequency ripples of 50Hz, 100Hz, and 150Hz, it is difficult to suppress c. It must be detected by frequency selection and negatively fed back to the voltage regulator to make the power supply ripple smaller and meet our requirements. Therefore, we choose a band-pass filter. The band-pass filter can pass the signal i

Benefiting from the strong demand for consumer electronics represented by mobile phones, electric vehicles, notebook computers, and digital products, the global lithium-ion battery industry has maintained a rapid growth trend in recent years. Lithium-ion batteries are mainly composed of four parts: positive electrode material, negative electrode material, electrolyte, and separator. Electrolyte is one of the key raw materials of lithium-ion batteries and the blood of lithium-ion batteries. Lithium hexafluorophos

On March 19th, the much-anticipated CIBF2021 my country International Battery Exhibition kicked off in Shenzhen. AVIC Lithium Battery's new generation of battery products and cutting-edge innovative technologies were unveiled, "consolidating products" to build a new energy ecology, and "innovative technologies" call for a better future. High energy density ternary battery system fire-free technology and product debut Safety is the bottom line and cornerstone of the new energy vehicle i

A few days ago, the "Second New Energy Vehicle and Power Lithium Battery (CIBF2021 Shenzhen) International Exchange Conference" was held in Shenzhen. At the special forum named "Soft Pack Battery Core Materials and Advanced Technology Breakthrough" named by Fengfan Co., Ltd., Guangzhou Automotive Mei Ao, a senior engineer of the Automotive Engineering Research Institute of the Group Co., Ltd., gave a speech on the theme of "New Materials Promote the Performance Improvement of Power Lithium

"Traditional automobiles belong to the manufacturing industry and show a linear increase; while smart electric vehicles belong to technology-based companies, their rise is exponential. Tesla in the United States, Weilai and Xiaopeng in my country are all like this." A few days ago, the "Second New Energy Vehicle and Power Lithium Battery (CIBF2021 Shenzhen) International Exchange Conference" was successfully held in Shenzhen. The theme of this conference is "Application and Development o

At present, the electrification trend of the global automobile industry is irreversible. Battery safety is not only an important factor for consumers to consider when purchasing electric vehicles, but also the cornerstone of the healthy and sustainable development of the new energy automobile industry. The reporter learned that China's independent brand GAC Aian has recently released a new generation of power battery safety technology - the magazine battery system safety technology. As a result, the Chinese

Researchers at Imperial College London have shown how machine learning can help design better-performing lithium-ion and fuel-powered lithium-ion batteries,media reported. The new machine learning algorithm allows researchers to explore possible designs for the microstructure of fuel-powered lithium and lithium-ion batteries, and then run 3D simulation models to help researchers make changes that improve battery performance. Performance improvements include faster charging of smartphones, extended range of elect