Typical scope
An EV charger installation in Texas should start with a written scope that separates the core job from optional upgrades. In scope for this guide: load calculation, charger selection, circuit routing, breaker and conductor sizing, GFCI requirements, hardwired or receptacle connection, garage or exterior mounting, utility or rebate paperwork when applicable, permit inspection, and startup testing. The contractor should also define dust control, protection of existing finishes, work hours, debris removal, daily site cleanup, product allowances, and who communicates inspection dates. This is the practical middle of the market: more than a single repair visit, but less than a custom whole-house reconstruction.
Out of scope unless the proposal says otherwise: panel upgrade, trenching to detached garages, service lateral replacement, charger purchase, Wi-Fi troubleshooting, solar or battery integration, and drywall painting unless stated. Those items can be legitimate, but they change risk, schedule, permits, and the trades required. The safest contract names the prime contractor, each licensed trade, the products or allowances, payment milestones, and the conditions that trigger a written change order. Texas does not license general contractors at the state level. The Texas Department of Licensing and Regulation (TDLR) licenses Air Conditioning & Refrigeration contractors and electricians. For this project, relevant credential checks commonly point to: Texas Department of Licensing and Regulation (TDLR) — Electricians.
State-specific cost range
The state-content-2026-06 costBand for Texas lists Electrical work at $200 low, $1,700 typical, and $9,000 high. EV charging uses the electrical band and scales by amperage, distance from panel, load-management equipment, garage access, outdoor rating, trenching, and whether a panel upgrade is required. After that project adjustment, a planning range for this EV charger installation is $450 low, $3,700 typical, and $17,100 high.
Use those figures as a budget screen, not a quote. The low end assumes standard access, ordinary finishes, no major hidden damage, and a clean permit path. The high end reflects premium materials, difficult access, older homes, multiple inspections, structural or utility coordination, and change orders discovered after opening walls, roofs, or equipment spaces. For bid comparison, ask each contractor to separate labor, materials, permit fees, allowances, disposal, access assumptions, and change-order rates so a low headline price does not hide missing scope. For larger scopes, ask whether the bid assumes owner-supplied products, occupied-home protection, temporary utilities, final cleanup, disposal, and return trips after inspections. Confirm mobilization, warranty exclusions, sales tax assumptions, and documentation responsibilities separately for every bid before signing.
Permits required
Level 2 EV charging typically requires an electrical permit because a new dedicated circuit, load calculation, overcurrent protection, and sometimes utility notification are involved. The state licensing source matters because a contractor license or registration is not the same thing as a project permit. Texas does not license general contractors at the state level. The Texas Department of Licensing and Regulation (TDLR) licenses Air Conditioning & Refrigeration contractors and electricians. Plumbers are licensed separately by the Texas State Board of Plumbing Examiners (TSBPE). The project-specific licensing notes in the seed say: required through Texas Department of Licensing and Regulation (TDLR) — Electricians
For permits, verify the authority having jurisdiction before signing: city building department, county building department, consolidated permit office, or in some areas a separate utility or fire review. Ask who pulls the permit, whose license appears on it, whether owner-builder filing is allowed, which inspections occur before work is covered, and whether final approval is required before final payment. Keep the permit card, inspection approvals, and stamped plans or online permit record with the contract.
Timeline
A short garage run can be installed in one day after approval; panel constraints, load management, trenching, utility review, or rebate paperwork can make the full window two to six weeks. Texas projects must account for humid summers, thunderstorms, and heat exposure during material handling. Build in float for afternoon storms, high attic temperatures, and seasonal demand spikes after severe weather.
Because permit review is municipal rather than one statewide queue, treat the timeline as two tracks: approval and inspection scheduling on one side, materials and crew availability on the other. A contractor who gives a firm start date should also name the permit filing date, long-lead products, inspection hold points, and weather or utility conditions that can move the calendar.
5 questions to ask before hiring
What load calculation supports the charger size?
Ask whether the electrician evaluated HVAC, range, dryer, water heater, existing loads, and continuous-load rules before promising 40 or 48 amps.
Hardwired charger or receptacle?
Compare code requirements, GFCI behavior, weather rating, nuisance trips, plug quality, portability, and manufacturer warranty before choosing.
Will the panel need upgrades or load management?
A smart load shedder may avoid a service upgrade, but it must be listed, permitted, and compatible with the home's load profile.
Are rebates or utility rates available?
Ask who handles forms, photos, charger model numbers, inspection records, and any time-of-use meter or utility approval.
What closeout should I keep?
Save permit approval, load calculation, charger manual, circuit label, Wi-Fi setup notes, warranty, and photos of routing before walls are patched.
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Use this guide as a scope and permit checklist before requesting bids.
Source: ProFix Editorial Team. Last updated 2026-06-08.