Yes. Operating modules and controllers generate heat, requiring ventilation, fans, heat sinks, or other thermal management structures. Outdoor units also require dustproofing, waterproofing, drainage, sealing, and cable gland specifications.

Yes. It can be designed as wall-mounted, floor-standing, side-mounted, or custom configurations per project needs. Wall-mounted units require evaluating wall strength, brackets, and equipment weight; floor-standing models require confirming bases, anchor methods, cable entries, and service clearance.

7kW typically indicates rated charging power or specification level. Actual input voltage, current, charging time, connectors, and electrical standards depend on the complete charging system. The enclosure itself does not determine charging power.

It integrates charging modules, control systems, connectors, and related components into a floor-standing cabinet. Key considerations include cabinet dimensions, equipment weight, cooling methods, cable routing, and maintenance space. Refer to product documentation for power and output specifications.

It suits applications needing AC charging with a lightweight enclosure. Specific plastic materials, temperature resistance, impact resistance, outdoor suitability, and IP ratings depend on the model, material specifications, and test data.

The 7kW home charger focuses on residential installation, compact size, cable connection, and simple operation. The 7kW smart charger adds features like communication, scheduling, remote control, metering, or status displays, depending on control systems and configuration.

The series includes 7kW home EV chargers, 7kW smart EV chargers, 7kW AC plastic enclosure EV chargers, and floor-standing integrated DC EV chargers. Models differ in charging type, mounting style, materials, control features, and internal structure.