Lithium Batteries Knowledges-

Your location: 首页>>Battery Knowledge

Service hotline

+8613662168047
(4)Recovery and utilization of power lithium-ion Battery recycling and

(4)Recovery and utilization of power lithium-ion Battery recycling and "safety" alarm

Accidents will not cause material prices to rise Excessive production in the current industry After the Hunan Bangpu explosion accident, it also sparked industry concerns about rising material prices. According to the industrial and comm...
(3)Recovery and utilization of power lithium-ion Battery recycling and

(3)Recovery and utilization of power lithium-ion Battery recycling and "safety" alarm

It is understood that this is not the first safety accident staged by Hunan Bangpu. In April 2019, a fire broke out at the Hunan Bangpu new factory under construction. According to insiders, although there were no casualties in the accident, the fire situation was also relatively serious, caus...
(2)Recovery and utilization of power lithium-ion Battery recycling and

(2)Recovery and utilization of power lithium-ion Battery recycling and "safety" alarm

Inadequate operational management After the incident, Hunan Bangpu's parent company Guangdong Bangpu Recycling Technology Co., Ltd. (hereinafter referred to as "Bangpu Recycling") announced that the cause of the fire was an explosion of waste aluminum foil in t...
Recovery and utilization of power lithium-ion Battery recycling and

Recovery and utilization of power lithium-ion Battery recycling and "safety" alarm

Recently, an explosion occurred at Hunan Bangpu Recycling Technology Co., Ltd. (hereinafter referred to as "Hunan Bangpu"), causing 1 person to die and 20 people to be injured, of which 6 were in severe condition. According to the streaming video, the fire was fierce, and a huge Mush...
Why did lithium batteries explode?

Why did lithium batteries explode?

1. Excessive moisture content The water can react with the electrolyte in the lithium battery cell to produce gas. When charging, it can react with the generated lithium to generate Lithium oxide, which will cause the capacity loss of the battery cell and easily overcharge t...
(2) How to solve the problem of attenuation in ternary lithium battery packs?

(2) How to solve the problem of attenuation in ternary lithium battery packs?

The lifespan of a ternary lithium-ion battery is 2000 charging and discharging cycles, which can be calculated as one charge per day and can last for over 5 years. However, there is still a difference between actual use and theory. If 1000 charging and discharging cycles are conducted, the ter...
How to solve the problem of attenuation in ternary lithium battery packs?

How to solve the problem of attenuation in ternary lithium battery packs?

As for the issue of attenuation of ternary lithium-ion battery packs, it is impossible to solve it at the current level of technology. We can only determine whether it is normal or abnormal attenuation based on the feedback provided by the battery. At present,...
he electrolyte of Lead–acid battery is dilute sulfuric acid solution

he electrolyte of Lead–acid battery is dilute sulfuric acid solution

he electrolyte of Lead–acid battery is dilute sulfuric acid solution, which is prepared by adding water and concentrated sulfuric acid. The electrolyte is prepared by mixing specialized sulfuric acid and distilled water in a certain proportion, with a density of 1.24-1.30 grams per cubic cent...
(2) Analysis of Important Differences between Lithium Battery and Battery Electrolyte

(2) Analysis of Important Differences between Lithium Battery and Battery Electrolyte

4. Dimethyl carbonate is a non-toxic, environmentally friendly and widely used chemical raw material; At the same time, it has a higher evaporation temperature and a faster evaporation rate.5. Methyl ethyl carbonate, a colorless transparent liquid, is a high-tech and high value-added chemical produc...
Analysis of Important Differences between Lithium Battery and Battery Electrolyte

Analysis of Important Differences between Lithium Battery and Battery Electrolyte

Generally composed of lithium salts and organic solvents. Electrolyte plays a role in conducting ions between the positive and negative electrodes of lithium-ion batteries, ensuring that lithium-ion batteries achieve high voltage, high specific energy, and other advantages. At present, Lithium...