Classification And Analysis Of Common Matching Problems Of Energy Storage Connectors

energy storage connector is the link that dominates the transmission of current and signals in the automotive wiring harness, and the transmission reliability between battery storage connector directly determines the transmission effect of current and signals. This article starts with the factors that affect the matching of storage connector, and classifies the influence of different factors on the matching of connectors, providing a reference for connector design and selection.

With the rapid development of the automotive industry, people's requirements for the safety and reliability of various functions of automobiles are constantly increasing. As the link connecting the body wiring harness, the safety and reliability of automotive connectors have also attracted more and more attention. In this context, this article finds that the matching problem of connectors is a common use problem through tracking feedback and troubleshooting during the use of connectors. This problem is mainly reflected in the difficulty of matching between connectors. Combined with the requirements of ergonomics and in accordance with the connector design industry standard QC/T1067.1-2017, the connector's bonding force is required to be controlled below 75N without special requirements. There are many factors that affect the matching force of connectors, such as too small matching clearance between sheaths, terminal center offset, interference from other accessories, etc.