Power Conversion Method: The battery swap connector converts AC power into DC power, thereby maximizing energy efficiency.
High Efficiency and Energy Saving: Devices utilizing this technology are typically more efficient and energy-conserving than standard electrical circuit systems.
Environmental Friendliness: Manufactured using low-carbon, eco-friendly materials, the product fosters greater environmental awareness and minimizes pollutant emissions during operation.
Reliability: As a core component of battery swap systems, the connector must demonstrate exceptional levels of reliability, safety, and durability.
Structural Composition
Main Components: Consists of a quick-swap plug, a quick-swap socket, and associated cabling.
Detailed Structure: The battery swap connector comprises high-voltage terminals, grounding terminals, signal terminals, and low-voltage auxiliary power terminals, designed to meet a diverse range of electrical connection requirements.
