Barrier-Layer Battery Module Housing for Continuous Assembly

The patent combines multiple independent production steps into a single integrated continuous production process. The housing is formed as one piece with integrated barriers and sealing elements, and multiple cells are assembled simultaneously in a continuous flow rather than sequentially. This merging of steps directly resolves the contradiction by maintaining quality control through integrated design while dramatically increasing production speed.

The patent implements continuous production where cells are assembled and connected in an uninterrupted flow. The housing formation, cell placement, electrical connection, and sealing all occur in a continuous sequence without stopping between steps. This continuous action eliminates the time losses associated with multiple discrete steps while maintaining quality through consistent process parameters.

The patent extracts the complex welding operation from the production process and replaces it with a simpler mechanical connection system. The busbar is designed with integrated connection elements that mechanically engage with the cells, eliminating the need for welding while maintaining reliable electrical connection. This reduces both production complexity and costs.

The patent replaces the thermal-mechanical welding process with a purely mechanical connection system. The busbar incorporates mechanical connection elements that engage with corresponding features on the cells, providing both mechanical support and electrical connection without requiring welding equipment or processes.

The patent uses composite construction for the housing, combining plastic material with integrated barrier layers. The barrier layers are incorporated directly into the housing structure during formation, creating a composite material system that provides both the manufacturing simplicity of plastic and the impermeability of barrier materials. This resolves the contradiction by achieving both ease of manufacture and protection against permeability.

The patent nests barrier layers within the housing structure itself. The barriers are integrated into the housing walls and sealing regions, with the plastic housing forming an outer shell that contains the barrier layers. This nested arrangement provides impermeability without requiring a separate outer housing, maintaining manufacturing simplicity.

The patent applies preliminary action by pre-assembling groups of cells into modules with integrated electrical connections and housing sections before final assembly. The busbars are pre-formed with connection elements, and cells are pre-positioned in sequences. This preliminary preparation reduces the time required for final assembly while maintaining modular flexibility.

The patent arranges cells in three-dimensional configurations within the housing, utilizing vertical and horizontal stacking patterns. This spatial arrangement allows multiple cells to be connected in parallel and series configurations simultaneously, reducing the number of connection steps required compared to linear assembly, thus decreasing assembly time while maintaining modular adaptability.