Automated Production Line Breaks the Traditional Lithium Battery Production Model
Lithium batteries have been widely used in various fields, especially the explosive growth of lithium batteries driven by the development of new energy vehicles. According to current statistics, the production and sales of new energy vehicles in 2016 was 517,000. It is estimated that the production and sales of new energy vehicles will exceed 800,000 in 2017. The development of new energy vehicles will continue to grow until 2020. From 2017 to 2020, new energy vehicles will continue to maintain rapid growth, and the demand for lithium batteries will remain strong.
However, the lithium battery production process and manual operation restrict the company’s production capacity and product quality. At present, the proportion of automation equipment in lithium battery manufacturers in Japan and South Korea has reached more than 70%, while about 50% of Chinese first-line companies, and medium-sized companies even less the proportion of 20% has also led to a large gap in the consistency of lithium batteries in China, and even the cost advantage is also lost, as well as international competitiveness.
To reverse this situation, automation equipment is required to be applied on the lithium battery production line. China is also paying more and more attention to this aspect of the process, especially automation equipment. The lithium battery automated production line produced by Michelona has reversed this situation. The integrated production line consists of an oven, a cooling glove box, a liquid injection glove box, a buffer glove box, a squeeze (standstill) vacuum chamber, a sealing glove box and a discharge vacuum. Square chamber composition. Ensure that the battery cell is operated in a controllable anhydrous and oxygen-free environment from baking to liquid injection, providing the most solid protection for the quality of the battery.
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