Parallel Switching Module Bus Bar Layout for Higher Current Capacity

The patent divides the large-capacity inverter system into multiple independent switching element units, each capable of operating autonomously. These modular units are then connected in parallel, where each unit maintains its own internal connection structure while contributing to the overall current capacity. This segmentation allows the system to achieve high power output without proportionally increasing connection complexity, as each module handles its own internal wiring independently.

The patent combines multiple switching element units in parallel configuration, merging their current capacities while maintaining simplified individual connection structures. By designing each unit with standardized connection terminals and arranging them in parallel, the system achieves high current capacity without requiring complex inter-unit wiring, as each unit connects to the common bus bars in a uniform manner.

By segmenting the system into standardized modular units, the patent enables mass production of identical modules, reducing manufacturing costs through economies of scale. Each module can be manufactured independently and then assembled in parallel configurations, simplifying the production process and reducing overall system cost despite the increased current capacity.

The patent designs each switching element unit with universal connection terminals and standardized interfaces that can be used across all modules. This universality allows any number of units to be connected in parallel using the same connection methodology, reducing design and manufacturing costs by eliminating the need for custom wiring solutions for each configuration.