What happens during the electrical system evaluation before installation?

The evaluation includes calculating existing panel load, verifying available breaker spaces and capacity for the additional circuit, measuring the distance from the panel to the proposed charger location to determine wire requirements, and assessing whether service upgrades are necessary before adding the charging load.

How long does charging typically take with Level 2 equipment?

Most electric vehicles gain 25 to 30 miles of range per hour of charging on a 240-volt Level 2 system, meaning an overnight charge easily replenishes the 40 to 50 miles used during typical daily driving.

Why does the charger need a dedicated circuit instead of sharing existing wiring?

EV chargers draw continuous high amperage for hours at a time, and shared circuits can't handle that sustained load without tripping breakers or overheating wiring, which is why code requires dedicated circuits sized specifically for the charger's rated output.

What factors affect charger placement on Rome properties?

Placement depends on panel location to minimize wire runs, vehicle parking position to keep the cable length practical, weather exposure if the charger mounts outdoors, and accessibility for plugging in without tripping hazards or obstructed access.

What's included in a complete charger installation?

The work includes load calculation and panel evaluation, running a dedicated circuit with appropriately sized wire and breaker, installing required ground-fault protection, mounting the charger with code-compliant clearances, testing the system under load, and verifying proper operation before the installation is complete.

EV Charging Station Installation

Charging an electric vehicle from a standard household outlet works in theory but delivers power so slowly that a depleted battery may need more than 24 hours to reach full capacity, which doesn't align with most driving schedules. Level 2 charging equipment connects to a 240-volt dedicated circuit and cuts charging time to a few hours for typical daily driving distances, making home charging practical for routine use. Tanner Electric installs EV charging stations on residential and commercial properties throughout Rome, including the electrical system evaluation and circuit installation required before the charging equipment goes live.

The installation process begins with load calculations to confirm your existing panel can support the additional demand, typically 30 to 50 amps depending on the charger model. If the panel lacks available capacity or space for an additional breaker, that gets addressed before running dedicated wiring to the charging location. The charger itself mounts in a garage, carport, or exterior location with weather-appropriate enclosures and conduit protecting the wiring from physical damage.

Arrange a site consultation to assess panel capacity, discuss charger placement options, and review electrical requirements for your specific vehicle and charging equipment.

Installing Level 2 equipment involves more than mounting a charger on the wall. The circuit must be properly sized for continuous load, meaning the breaker and wire gauge account for sustained high-amperage draw without overheating. Ground-fault protection is required for EV charging circuits, and the charger location must allow clearance for the vehicle and cable length while keeping the equipment accessible for maintenance.

Once operational, you plug in overnight and wake to a fully charged battery without planning trips to public charging stations or waiting hours at charging kiosks. Charging happens on your schedule using your own electricity rate rather than premium public charging fees. The system operates safely within your electrical capacity, and commercial properties gain a functional amenity that supports employee vehicle charging or customer convenience.

Proper installation also accounts for future needs, such as adding a second charger if another household vehicle goes electric or upgrading to higher-amperage equipment if you switch to a vehicle with a larger battery. Conduit runs and panel space can be planned with expansion in mind even if the initial installation serves a single vehicle.

What happens during the electrical system evaluation before installation?
The evaluation includes calculating existing panel load, verifying available breaker spaces and capacity for the additional circuit, measuring the distance from the panel to the proposed charger location to determine wire requirements, and assessing whether service upgrades are necessary before adding the charging load.
How long does charging typically take with Level 2 equipment?
Most electric vehicles gain 25 to 30 miles of range per hour of charging on a 240-volt Level 2 system, meaning an overnight charge easily replenishes the 40 to 50 miles used during typical daily driving.
Why does the charger need a dedicated circuit instead of sharing existing wiring?
EV chargers draw continuous high amperage for hours at a time, and shared circuits can't handle that sustained load without tripping breakers or overheating wiring, which is why code requires dedicated circuits sized specifically for the charger's rated output.
What factors affect charger placement on Rome properties?
Placement depends on panel location to minimize wire runs, vehicle parking position to keep the cable length practical, weather exposure if the charger mounts outdoors, and accessibility for plugging in without tripping hazards or obstructed access.
What's included in a complete charger installation?
The work includes load calculation and panel evaluation, running a dedicated circuit with appropriately sized wire and breaker, installing required ground-fault protection, mounting the charger with code-compliant clearances, testing the system under load, and verifying proper operation before the installation is complete.

Charging Infrastructure That Supports Daily Use