EV Charger Installation

Stop relying on a standard wall outlet to charge your electric vehicle — a proper Level 2 installation changes everything.

Plugging an electric vehicle into a standard 120-volt household outlet works — technically. But charging at that rate means waiting 24 hours or more for a full charge on most modern EVs. A Level 2 charger running on a dedicated 240-volt circuit cuts that time down to a fraction, giving most EV owners a fully charged vehicle every morning without thinking about it. The electrical work behind that upgrade is what makes it possible, and it has to be done correctly to be safe and effective. Kevin Johnson has been handling 240-volt electrical installations in homes across Casper, WY for over 35 years. EV charger installation is a natural extension of that work — a dedicated circuit, properly sized breaker, and correct outlet or hardwired connection built to handle the continuous load an EV charger draws every time it runs.

EV charger installation isn't complicated when the electrical side is handled by someone who knows what they're doing. It starts with evaluating your existing panel — confirming there's capacity for the new circuit, identifying the right breaker size for your charger's amperage requirements, and determining the best route for the new wire from the panel to the garage or parking area where the charger will live. From there, Kevin installs the circuit, mounts the outlet or hardwires the charger unit, and tests the installation before leaving. The whole process is cleaner and faster than most homeowners expect.

If you own an electric vehicle in Casper, Glenrock, Douglas, Mills, or the surrounding Wyoming area and you're still charging on a standard outlet, the upgrade is worth making. A properly installed Level 2 charger is one of the most practical electrical additions a modern homeowner can make. Call (307) 258-6849 and Kevin will evaluate your panel, explain what the installation involves, and get it done right.

What We Offer:

Level 2 EV Charger Circuit Installation — Running a dedicated 240-volt circuit from your main panel to the garage or parking area where the charger will be located, sized correctly for your charger's amperage requirements and your panel's available capacity.
EV Charger Outlet Installation — Installing a NEMA 14-50 or NEMA 6-50 outlet for plug-in EV chargers, mounted at the correct height and location for your vehicle and garage layout, with a properly rated weatherproof cover for exposed installations.
Hardwired EV Charger Installation — Directly wiring a hardwired EVSE unit to a dedicated circuit for chargers that don't use a plug-in connection, including mounting the unit and making the final connections to manufacturer specifications.
Panel Capacity Evaluation — Assessing your existing electrical panel to confirm it has the available capacity and physical space for an EV charger circuit before any equipment is purchased or installation begins.
Breaker Installation & Sizing — Installing the correctly sized double-pole breaker for the EV charger circuit — typically 40 or 50 amps for a Level 2 charger — in the main panel with proper load calculations for the existing panel load.
Garage & Exterior Charger Wiring — Running conduit and wire through garage walls, attic spaces, or exterior surfaces to reach the charger location cleanly and safely, with appropriate weatherproofing for any exterior portions of the run.
Existing Charger Circuit Inspection — Evaluating previously installed EV charger circuits — by the homeowner or a previous contractor — to identify undersized wire, incorrect breaker ratings, or improper connections before they cause a problem.

Why Choose Aspen Grove Electric for EV Charger Installation

Panel Evaluation Before Any Equipment Is Purchased — The most common EV charger installation mistake is buying a charger before confirming the panel can support it. Kevin evaluates your panel capacity first — so you know exactly what circuit size your installation requires and whether any panel work is needed before the charger goes in.
Correctly Sized for Your Charger and Panel — EV charger circuits need to be sized for the charger's continuous load rating — typically 125% of the charger's amperage draw. Kevin sizes every circuit correctly based on the specific charger being installed and the panel's actual available capacity, not a one-size approach.
35 Years of 240-Volt Circuit Experience — Level 2 EV chargers run on the same type of dedicated 240-volt circuit used for electric ranges, dryers, and HVAC equipment. Kevin has been installing these circuits in Casper homes for over 35 years. EV charger installation is straightforward work for someone with that background.
Clean Installation in Your Garage — Kevin runs wire and conduit cleanly through garage walls and ceilings, mounting the outlet or charger unit at a practical height and location for your vehicle. The finished installation looks intentional — not like an afterthought stapled to the wall.
Code-Compliant From Circuit to Charger — EV charger installations are subject to Wyoming electrical code requirements covering wire sizing, breaker ratings, outlet types, and conduit methods. Every installation Aspen Grove Electric completes meets those requirements and is done in a way that passes inspection without revisions.