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Matthew Castello installed a Level 2 EV charger, ran dedicated conduit and wiring from the main electrical panel, and verified voltage, grounding, and amperage before closeout.
COMPLETED EV CHARGER PROJECT
DURHAM EV CHARGER
INSTALLATION
A Durham homeowner had a Level 2 EV charger installed after a Duke Energy referral, panel check, parts sourcing, and final testing.
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Project Snapshot
LEVEL 2 EV CHARGER WITH CLEAR COMMUNICATION
Touchstone Electric completed a Level 2 EV charger installation for a homeowner in Durham, NC after a Duke Energy referral. Matthew Castello performed the preliminary assessment, checked the panel, planned the conduit and wiring route, sourced needed parts when the first supplier was short, and returned to complete the installation on schedule.
- Preliminary site assessment for panel capacity and charger placement
- Dedicated conduit and wiring run from the main electrical panel
- Parts sourcing handled without leaving the homeowner guessing
- Voltage, grounding, and amperage verified before closeout
A Level 2 charger is a long-duration electrical load, so the installation has to account for panel condition, breaker sizing, conductor path, grounding, and charger settings. This project fits the same safety-first process used for EV charging station installation across the Raleigh and Durham area.
Why charger wiring is planned as a system
A Level 2 EV charger can draw steady current for hours. The breaker, conductor size, conduit path, grounding, and charger settings all have to work together. NEC Article 625 covers EV charging equipment because a charger is not a quick appliance cycle. It is a long-duration load that needs wiring planned for heat, reliability, and daily use.
Charger Placement
Matthew reviewed the site so the charger location, parking position, and wiring route made sense before installation.
Dedicated Circuit
A Level 2 charger needs a circuit planned for steady current, not a shortcut from an unrelated outlet or appliance line.
Parts Coordination
When the first supplier was missing parts, Matthew called ahead and sourced what was needed from another supplier.
Final Testing
Voltage, grounding, and amperage were checked before the homeowner was walked through safe charger use.
- 1Assess the panel, wiring route, and charger placement before installation day.
- 2Confirm parts, conduit path, breaker needs, and charger requirements before wiring begins.
- 3Install the dedicated conduit and wiring from the main panel to the charger location.
- 4Test voltage, grounding, amperage, and charger operation, then answer homeowner questions.
The homeowner said Touchstone Electric responded quickly after the Duke Energy referral and that Matthew Castello kept communication clear when parts had to be sourced from another supplier. He arrived within the scheduled window, answered questions during the installation, and completed the charger work professionally.
If you are adding an EV charger in Durham, start with the panel and route. Touchstone Electric can review panel capacity, charger placement, conduit needs, grounding, and any related panel capacity concerns before installation begins. Qualifying workmanship is backed by our Lifetime Craftsmanship Warranty.
Planning EV charging in Durham?
Call the Raleigh area team at (919) 373-2327. We can review your panel, charger, conduit path, grounding, and installation options before work begins.