Wall-mounted EVSE units are common in residential settings due to their space-saving and easy installation features.

EVSE enclosures are often made of stainless steel or UV-resistant plastics to ensure durability and protection.

The charging connector is the interface that allows the EVSE to deliver electricity to the EV.

The power distribution module regulates and distributes electricity to ensure consistent power delivery to the charging cable and EV.

The status indicator lights (green, blue, red) provide a visual update on charging progress and any errors.

The fault monitoring system continuously checks for issues like overcurrent, overheating, or communication errors and can trigger an emergency shutdown if needed.

The housing or enclosure shields the EVSE’s internal components from external damage caused by rain, dust, and physical impact.

Some standalone EVSE units include solar panels to generate power for auxiliary components or supplement charging energy.

The power conversion unit ensures the incoming AC power is converted to a suitable format, particularly in DC fast chargers.

Internal wiring and busbars are built to safely transfer high electrical currents while minimizing energy loss.

The ground fault detection system shuts off power immediately if it detects unsafe electrical conditions.

Cable management systems include hooks, retractable mechanisms, or coiling systems to keep cables off the ground and reduce wear and tear.

The thermal management system includes fans, cooling systems, or heat sinks to prevent overheating in high-powered EVSE units.

The communication module enables real-time data transmission, remote diagnostics, and integration with backend systems.

The emergency push button allows users to immediately shut down the EVSE in case of electrical faults, fire, or other emergencies.