A typical installation includes:

• A dedicated 240-volt circuit for EV charging
• A load calculation to evaluate available electrical capacity
• Correct breaker and conductor sizing
• Wiring from the electrical panel to the charging location
• Mounting and connecting the customer-supplied charger when hardwired
• Installation of the appropriate receptacle when an EV outlet is selected
• Required electrical connections
• Testing of the completed installation

The exact requirements depend on the charger, its electrical specifications, the installation method, and the home's existing electrical system.

Level 2 EV charging equipment can commonly be installed in one of two ways: hardwired directly to the electrical circuit or connected to a properly installed EV charging receptacle.

A hardwired installation eliminates the receptacle and plug connection between the electrical circuit and charger.

Some homeowners prefer an EV receptacle because their charger is designed to plug in or because they want the ability to unplug and remove the charger.

EV charging receptacles require additional equipment, including GFCI protection, which is one reason the receptacle installations shown above cost more than comparable hardwired installations.

The appropriate installation method depends on the EV charger being used, its electrical requirements, installation location, and manufacturer's instructions.

What Factors Can Increase Installation Cost?

The distance between the electrical panel and charging location is one of the biggest factors affecting installation cost.

For example, installing a charger beside the panel requires considerably less wiring than installing one on the opposite side of a garage or farther away from the electrical panel.

Other conditions that can increase the cost include:

• Wiring distances greater than 25 feet
• Detached garages
• Attic or other difficult-access wiring
• Outdoor installations
• Masonry or concrete construction
• Trenching or underground wiring
• Electrical panel capacity
• Existing electrical equipment that needs modification
• The size and electrical requirements of the EV charger

We also perform installations beyond 25 feet. Those projects are priced according to the actual installation requirements.

Not every home needs a new electrical panel or service to install an EV charger.

Before installing the charger, we evaluate the existing electrical system and perform the appropriate load calculation to determine whether sufficient electrical capacity is available.

Having a 100-amp electrical service, for example, does not automatically mean the electrical service must be upgraded simply because you're adding an electric vehicle charger.

What matters is the home's existing electrical load, available capacity, charger requirements, and overall electrical configuration.

If the existing electrical system cannot accommodate the proposed EV charger installation, there may be several possible solutions depending on the home.

In some cases, the additional electrical work may be relatively minor. In others, the electrical panel may need to be replaced or modifications to the home's electrical service may be required.

If the existing panel needs replacement but significant service modifications are not required, a straightforward electrical panel replacement performed by In Charge Electric typically ranges from $2,900 to $3,700, plus permitting.

A panel replacement is not necessarily the same thing as an electrical service upgrade.

If accommodating the EV charger requires significant service modifications or an actual increase in the home's electrical service capacity, the project can cost more and needs to be evaluated individually.

Read our electrical panel replacement cost guide.

Not necessarily.

The size of the electrical service is only one part of determining whether a home can accommodate EV charging.

A home with a smaller electrical service may still have sufficient available capacity, while another home with a larger service may already have substantial electrical loads.

That's why we perform a load calculation rather than automatically recommending a service upgrade based solely on the size of the existing electrical service.

EV charger installations generally involve the installation of a new dedicated electrical circuit and require permitting and inspection based on the applicable local jurisdiction.

Permit and inspection fees are not included in the installation prices shown above. In Charge Electric's permitting charge is $345.

We handle the necessary permitting and inspection coordination associated with the electrical work.

A Level 2 EV charger can represent a significant continuous electrical load.

Before adding that load to the home, we need to determine whether the existing electrical system has adequate capacity.

A proper evaluation helps determine the appropriate circuit size, charger configuration, and whether changes to the existing electrical system are necessary.

It also prevents automatically assuming that a homeowner needs an electrical service upgrade simply because they're adding an EV charger.

Yes.

The charger installation prices in this article are specifically based on installation of a customer-supplied EV charger.

Before installation, we verify the electrical requirements of the charger and make sure the proposed circuit and installation method are appropriate for the equipment.

If you haven't purchased your charger yet, knowing where you want it installed and having information about the vehicle and charger you're considering can help us discuss the available options with you.

In Charge Electric provides residential EV charger installation throughout Central Florida, including:

• Leesburg
• Fruitland Park
• Tavares
• Eustis
• The Villages™
• Lake County
• Sumter County
• Marion County
• Citrus County

If you're considering installing a Level 2 EV charger, we can evaluate your electrical system, review the proposed charging location, and provide a clear price for the work required.