Frequently asked questions about EV charger installation

A straightforward installation with an accessible route can often be completed in one working day. Long routes, floor-to-floor work, drilling, underground parking, or complex panel work may require more time.

No. Actual charging power is limited by the vehicle onboard charger, supply type, and available property capacity. A 22 kW station will not make a vehicle charge faster than its AC input allows.

A dedicated charging circuit with suitable cable and protection is generally planned. The design depends on manufacturer instructions, power, route length, and installation conditions.

There is no single answer. Current, phases, route length, installation method, temperature, voltage drop, and environmental conditions all matter. Cable size must be calculated for the specific site.

It measures total building consumption and automatically changes charging current according to available capacity. This helps prevent the main supply from being overloaded.

Yes, but the power source, route through common areas, energy metering, and building requirements must be reviewed. Where several chargers are expected, capacity sharing should be planned.

Yes. The charger can be removed and checked, while the new circuit, protection, and mounting arrangement are assessed. New cable or equipment may be needed at the new site.

Many chargers are designed for outdoor use, but enclosure rating, sun, rain, connector position, and mechanical impact must be considered. Associated enclosures and conduit must also suit outdoor conditions.

Clear photos of the electrical panel and meter, parking space, expected cable route, vehicle model, charger model, and city. Complex sites may require an on-site inspection.

No. Website information is general. Cable, protection, and installation method must be selected for actual site conditions, manufacturer instructions, and applicable requirements.