[SDI focus] Low-Resistance Technology: Enhancing the Battery Performance Fast charging has always been a key focus in the battery market, as it is a critical factor in enhancing the convenience of EV drivers. Charging speed depends on the mobility of lithium ions. Therefore, reducing the ‘resistance’ that hinders the movement of lithium ions inside the battery cell is essential, which makes low-resistance the core of fast charging. [Battery Glossary] Nickel, Cobalt, Manganese, Aluminium This glossary covers terms or words from the basic principles of batteries to the terminology used in the industry. It is written in plain language, allowing readers to grasp the concept easily. From now on, [Battery Glossary] will be in charge of informing you about battery basics!
Words of today are Nickel, Cobalt, Manganese and Aluminum. [Battery Manufacturing] Formation Process: Bringing Life to Batteries Based on prismatic batteries, once the electrode process that creates cathode and anode electrodes is completed, a stack is formed through the stacking process that stacks these electrodesand separators. In the subsequent assembly process, the stack created from the previous processes is inserted into a hexahedral-shaped rigid can.

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