1. The integrated production line is composed of oven, cooling glove box, liquid injection glove box, buffer glove box, extrusion (standstill) vacuum shelter, sealing glove box and discharge vacuum shelter.
2. The electric core realizes automatic transmission in the above operation.
3. The function of the oven is to realize the vacuum drying of the battery.
4. The function of the cooling glove box is to cool the battery.
5. The function of the glove box is to provide a H2O-free and O2-free operating environment, in which liquid injection and sealing operations are completed.
6. The oven and the cooling glove box are seamlessly connected to ensure continuous production in a controlled, H2O-free and O2-free environment.
7. All square cabin doors are automatically opened and closed, controlled and operated by Siemens PLC touch.
Advantage:
1. The oven and the glove box are seamlessly connected to achieve continuous production.
The oven and the glove box are seamlessly connected, and the battery cells are always kept in an anhydrous and oxygen-free glove box environment after baking.
2. Fast cooling
The whole production line includes a cooling glove box, which has a fast cooling speed and low cost
3. Operation environment without H2O and O2
Ensure that the battery cell is operated in a controllable anhydrous and oxygen-free environment from baking to liquid injection, and provides the most solid protection for the quality of the battery.
4. Automatic transmission and other functions
Can realize automatic battery production, greatly improve production efficiency and save human capital
5. MES manufacturing execution system
The configuration of MES manufacturing execution system realizes informationized production
6. Low cost
Customers do not need to build a drying room and purchase a runner dehumidification system, saving investment costs and operating costs.
work process
1. Put the battery into a vacuum oven for baking and vacuum to minimize the battery moisture;
2. The baked battery automatically enters the cooling glove box through the conveying device, and the cooling glove box has a cooling device to quickly cool the battery;
3. The cooled battery can gradually and automatically enter the liquid injection glove box for liquid injection through the conveying device;
4. The battery enters the buffer glove box after liquid injection;
5. The battery in the cache glove box enters the squeezing (standstill) vacuum cabin to squeeze the battery;
6. After squeezing (resting) the vacuum shelter, the battery will automatically enter the sealed glove box after being vacuumed, and the battery will be sealed;
7. The battery comes out through the discharging cabin, and the entire conveying process of the battery can realize automatic transmission.
