My goal is to help homeowners understand whether their electrical system is ready for EV charging, what options make sense for their home, and why a specific recommendation is being made.
If your panel has the capacity, the installation can be straightforward.
If it doesn’t, I’ll outline practical, code-compliant solutions — without pressure.
Every home is different, but a professional installation typically follows these steps:
This includes:
-Reviewing your service size and panel configuration
-Identifying existing major electrical loads
-Confirming available breaker space and wiring routes
I perform formal electrical load calculations to determine how much capacity is truly available.
This step is critical because it:
-Ensures the installation is code-compliant
-Prevents overloading your electrical system
-Identifies whether upgrades or load management are required
Load calculations allow informed decisions — not guesswork.
If your panel does not have sufficient capacity, there are multiple options — and a full panel replacement is not always the first step.
Depending on your home, solutions may include:
-Load management devices
-Circuit reconfiguration
-Service or panel upgrades (only when necessary)
Once capacity is confirmed:
-A dedicated circuit is installed for the charger
-Wiring is sized correctly for continuous EV loads
-The charger is mounted and connected safely
-All work is completed to current electrical code
The installation includes:
-Required electrical permits
-Coordination with inspection authorities
-Final testing to ensure safe and reliable operation
If you’re considering an EV charger, a proper capacity assessment and load calculation is the first step toward a safe and future-ready installation.