Technical Knowledge

Gel battery is also a type of lead-acid battery. It is an improvement on ordinary lead-acid batteries with liquid electrolytes. Colloidal electrolyte is used instead of sulfuric acid electrolyte, thereby improving safety, power storage, discharge performance and service life. At present, gel batteries are widely used in power generation, communications, automobiles, emergency lighting and other fields. Why is it so popular? Let’s analyze the technical principles of gel batteries and unveil their popularity.

The improvement of battery life determines the fate of electric vehicles. Scientific researchers are pursuing new discoveries in chemistry and materials, and car companies and battery suppliers are working together to reduce costs and add energy. Among the emerging new technologies, a lot of research has been invested in replacing lithium-ion chemistries, and some have become popular applications and solutions. 1. MIT: Semi-solid lithium flow battery Researchers at the Massachusetts Institute of Technology in

my country is one of the most important producers of lithium batteries. In the face of the rapid development of the lithium battery industry, in order to strengthen management and promote industrial transformation and upgrading, the Ministry of Industry and Information Technology recently announced the "Lithium Battery Industry Standard Conditions" and the "Lithium Battery Industry Standard Notice Management Interim Measures." The market size of lithium battery industry has reached 82 billion

Recently, through the appraisal of scientific and technological achievements by well-known domestic lithium battery authoritative experts, a new high-performance super-energy lithium battery with multiple world-wide invention patents was successfully developed and produced by Guangdong Huanyu Green Ao Technology Co., Ltd. The upcoming new high-performance super-energy lithium battery will replace the traditional liquid electrolyte technology with new gel electrolyte technology, and replace the traditional solid

In recent years, in the process of research and development of new materials for lithium secondary batteries, high-throughput computing theoretical tools and research platforms based on the idea of material genome have been gradually established. On this platform, by combining calculation methods with different precisions, ion-based Material screening of transport properties; by introducing data mining algorithms in informatics into the analysis of high-throughput computational data, the feasibility of material big

Factors affecting the fast charging capability of lithium-ion batteries are analyzed from the perspective of battery structure. Under different state parameters and environmental parameters, the charging current value of each lithium-ion battery is optimal. So, from the perspective of battery structure, what are the factors that affect the optimal charging value? Microscopic charging process Lithium-ion batteries are known as rocking chair batteries, in which charged ions move between the positive and nega

According to foreign media reports, researchers at Virginia Tech in the United States have demonstrated a green and sustainable lithium battery (LIB) manufacturing method that does not use harmful organic solvents in the battery electrode production and recycling process. (: Virginia Tech) The researchers found that the rate performance and cycle life of electrodes fabricated through a water-based process were comparable to electrodes fabricated using traditional solvent-based processes. The use of water-solu

1. Principle of pole piece disk cutting Referring to the metal plate disc slitting process, we first analyze the basic principles of pole piece disc slitting. First, when the plate comes into contact with the Ab point of the upper and lower blades, the plate will be elastically deformed by the pressure of the upper and lower blades, and due to the existence of the moment, the plate will bend, and a shear stress will appear inside the material near the gap. main stress. As the blade points A and b rotate to posit

1. Powder electrostatic spraying process: The working principle of the powder electrostatic spraying process is almost identical to the general electrostatic spraying method of liquid paint. The difference is that the powder spraying is dispersed rather than atomized. It is a coating sprayed by an electrostatic powder spray gun. The powder particles are negatively charged while being dispersed. The charged powder particles are affected by airflow and electrostatic attraction and are applied to the grounded power