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In high temperature battery production, what is capacity division and what is its purpose?

Capacity division in high temperature battery production is the process of grouping battery cells with similar capacities together to form battery packs. The purpose of capacity division is to ensure that the battery packs have uniform performance characteristics, which is critical for the reliable operation of the battery system.

During high temperature battery production, the battery cells are typically tested to determine their capacity, which is a measure of the amount of charge that the cell can store. Cells with similar capacities are then grouped together to form battery packs. The number of cells in each pack can vary depending on the application and performance requirements, but the capacity of each pack is typically matched to ensure that they are as uniform as possible.

high temperature battery production

The purpose of capacity division is to minimize performance variations between the cells within a pack, which can lead to uneven discharge and charging rates, reduced energy density, and premature failure. By grouping cells with similar capacities together, the battery packs can achieve more uniform performance, which can help to maximize the overall energy density and capacity of the battery system while ensuring that the battery operates reliably and safely.

Sizing is an essential step in high-temperature battery production, helping to ensure that battery packs meet the required performance specifications and are able to deliver the required power and energy while maintaining long-term reliability and safety.

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