Is There a Risk of Electric Shock When Using the E-Bike Swapping Battery Connector in the Rain?

The E-bike swapping battery connector is a fast energy exchange interface that integrates electrical contact and mechanical locking. Its waterproof and safe design achieves charge isolation through multiple physical barriers. Risk prevention and control during rainy weather operations relies on the synergistic effect of structural sealing and electrical protection.

The E-bike swapping battery connector features a conical sealing ring array on the mating interface, creating a gradual compression force field during mating. A secondary locking mechanism triggers the expansion of the rubber shed, covering the drainage channel around the interface. Therefore, the risk of electric shock during rainy weather use is relatively low. Traditional connectors rely on single-point sealing, which poses a risk of capillary permeation.

In addition, the current-carrying terminals of the E-bike swapping battery connector are sunken, maintaining a clear separation between the arc generation area and the external environment. The contact springs are pre-plated with a precious metal layer to prevent abnormal heating caused by increased resistance due to the oxide film.