EV Charger Permit Requirements in Texas (2025)
Learn exactly what permits you need to install an EV charger in Texas — residential & commercial — including fees, inspections, and local vs. state rules.
Yes, you almost certainly need a permit for a Level 2 or DC Fast Charger installation in Texas. Your city or county issues the permit, not the state. A TDLR-licensed electrician must pull it. Level 1 (standard 120V outlet, no new circuit) is the only common exception.
Quick Answer: Do You Need a Permit for an EV Charger in Texas?
A permit is required for any installation beyond plugging into an existing outlet. Requirements vary by charger type:
| Charger Type | Voltage | Typical Permit Required? |
|---|---|---|
| Level 1 (existing outlet, no new circuit) | 120V | No, in most jurisdictions |
| Level 1 (new circuit or outlet added) | 120V | Yes |
| Level 2 (dedicated 240V circuit) | 240V | Yes, almost universally |
| DC Fast Charger (DCFC) | 480V+ | Yes, always |
The permit requirement comes from two sources: the National Electrical Code (NEC), adopted by Texas cities and counties, and the state electrical licensing framework under Texas Occupations Code Chapter 1305. Texas has no standalone EV charger permitting law, so rules vary by jurisdiction. However, the requirement to permit new 240V circuits is universal across incorporated Texas cities.
A TDLR-licensed Master Electrician or Journeyman Electrician working under a licensed contractor must pull the permit and perform or supervise the installation (16 TAC Chapter 73, TDLR Electrical Program rules). Homeowners generally cannot self-permit electrical work in Texas cities, though rules vary in unincorporated areas.
Unpermitted electrical work can void a homeowner's insurance policy if a fire or equipment failure occurs. It also creates a disclosure obligation and potential liability when you sell the property.
Typical timelines:
- Residential Level 2: 1 to 5 business days for permit approval
- Commercial or DCFC: 2 to 6 weeks for permit approval, plus separate utility coordination time
Texas State-Level Rules That Govern EV Charger Installations
Texas has no single EV charger permitting law. Instead, a framework of statutes governs who can perform installations, which technical standards apply, and the rights of property owners and tenants.
Electrical Licensing: TDLR and Chapter 1305
The Texas Department of Licensing and Regulation (TDLR) licenses electricians under Texas Occupations Code Chapter 1305. Only a TDLR-licensed Master Electrician, Journeyman Electrician, or registered electrical contractor may legally install a new circuit for EV charging equipment. Detailed rules for contractor registration, supervision ratios, and permit-pulling authority are in 16 TAC Chapter 73. Verify current licensee status at tdlr.texas.gov before hiring anyone.
The NEC and Article 625
Most major Texas cities have adopted the 2020 NEC. This code governs the technical requirements for EV charging equipment under NEC 2020 Article 625. Key requirements under Article 625 include:
- Dedicated branch circuits for EVSE
- GFCI protection for all 240V EVSE outlets (NEC 2020 Article 625.54)
- Load calculations that account for EV charging demand
- Listed (UL-certified) equipment
- Load management system provisions added in the 2020 edition
The 2020 NEC tightened several Article 625 requirements compared to the 2017 edition, especially for listed equipment and load management. Confirm which NEC edition your specific city has adopted, as some smaller Texas jurisdictions may still use the 2017 edition. Consult your local building department for the current adopted code version.
Utility and Grid Law
Texas Utilities Code §§ 39.9025 and 39.9026 address EV infrastructure broadly. However, they do not preempt local permitting authority. The Public Utility Commission of Texas (PUCT) regulates EV charging as a competitive retail service, not a traditional utility service. This has practical implications for commercial EVSE operators selling electricity by the kilowatt-hour.
HOA Restrictions
Texas Property Code § 202.010 limits the ability of homeowners associations to prohibit EV charger installation on single-family properties. An HOA may impose reasonable installation standards, such as requiring the charger to be in a garage or specifying conduit routing. However, it cannot flatly ban installation. No amendments to § 202.010 were identified in the 89th Legislative Session (2025) source material.
Tenant Rights in Multi-Family Housing
Texas Property Code § 92.0135 gives residential tenants a limited right to request EV charger installation. A landlord may require the tenant to obtain all necessary permits, use a licensed contractor, and carry appropriate insurance. If you are a tenant, submit your request in writing. Be prepared to cover installation costs and permit fees.
Commercial EVSE Operators
PUCT Substantive Rule 25.5 contains definitions relevant to what constitutes a retail electric provider. Commercial EVSE operators should review PUCT guidance to see if their business model triggers REP registration requirements. Consult PUCT directly for current guidance on this question.
Residential EV Charger Permits: Step-by-Step Process
The following process covers a standard Level 2 home charger installation.
Step 1: Hire a TDLR-Licensed Electrical Contractor
The contractor pulls the permit on your behalf in almost every Texas city. Do not attempt to pull an electrical permit as a homeowner for a new 240V circuit in an incorporated city. Use the TDLR license lookup at tdlr.texas.gov/electrical to verify the contractor's license is active before signing anything.
Step 2: Contractor Submits the Electrical Permit Application
Most major Texas cities accept online applications. The contractor submits to the local building or development services department, not to the state.
Step 3: Permit Application Documentation
A typical residential Level 2 permit application requires:
- Load calculation worksheet showing panel capacity and available amperage
- Charger make, model, and amperage rating
- Panel capacity documentation (existing panel size and current load)
- Site plan showing charger location relative to the panel and service entrance
- Equipment cut sheet confirming the unit is listed (UL-certified)
Step 4: Permit Issuance
For a straightforward residential job with no panel upgrade, expect same-day to 5 business days. If a panel upgrade is required, review time may extend slightly.
Step 5: Installation
The electrician installs a dedicated 240V circuit, typically on a 40A or 50A breaker for a Level 2 charger (which supports 32A or 40A continuous charging, respectively). The EVSE unit is mounted and wired per NEC 2020 Article 625 requirements.
Step 6: Inspection
A city electrical inspector visits the site to verify:
- Correct breaker sizing
- GFCI protection per NEC 2020 Article 625.54
- Proper wire gauge for the circuit length and amperage
- Weatherproof enclosure (NEMA 4 or NEMA 3R minimum) for any outdoor installation
- Correct labeling of the breaker and circuit
Garage installations typically require less weatherproofing than fully exposed outdoor units. Confirm requirements with your inspector.
Step 7: Final Sign-Off
The inspector signs off and the permit closes. Keep a copy of the closed permit with your home records.
City Online Permit Portals
- Austin: Austin Build + Connect portal, City of Austin Development Services Department
- Houston: City of Houston Permit Center online portal
- Dallas: City of Dallas Development Services online permitting
- San Antonio: City of San Antonio Development Services portal
Confirm current portal URLs directly with each city.
Commercial and DC Fast Charger Permits: Requirements and Timeline
Commercial installations involve more documentation, longer timelines, and coordination with multiple agencies.
Permit Documentation Requirements
A commercial electrical permit application typically requires:
- Engineered electrical drawings stamped by a Texas-licensed Professional Engineer for larger projects (Texas Occupations Code Chapter 1001, Texas Engineering Practice Act)
- Load calculations for the full facility, not just the charger circuit
- Utility service upgrade documentation if the existing service is insufficient
- Site plan showing charger locations, accessible routes, and signage
- Equipment specifications for all EVSE units
Utility Coordination for DCFC
DCFC installations in the 50kW to 350kW range almost always require a utility service upgrade. Contact your Transmission and Distribution Utility (TDU) as early as possible. Utility interconnection timelines run 4 to 16 weeks, independent of the building permit process. They are frequently the critical path item on commercial projects.
Fire Code Review
Parking garages and enclosed structures may require a fire code review under the International Fire Code Chapter 12 as locally adopted in Texas. Some jurisdictions require a separate fire marshal review for DCFC installations.
ADA and Texas Accessibility Standards
Commercial charging stations must meet Texas Accessibility Standards (TAS), administered by the TDLR Architectural Barriers Program. Requirements include an accessible route to the charging station, proper signage, and accessible space dimensions. Consult the TDLR Architectural Barriers Program directly for current TAS dimensional requirements applicable to EV charging stalls.
Certificate of Occupancy
Some Texas cities require a Certificate of Occupancy amendment when new commercial EVSE is added to an existing facility. Confirm this requirement with your local building department.
Federal NEVI Requirements
Projects using NEVI Formula Program funds administered by TxDOT must meet federal requirements under 23 CFR Part 680. These include minimum power output, uptime requirements, open payment systems, and data reporting. These requirements layer on top of local permits. Contact TxDOT's EV Infrastructure team for current NEVI program requirements.
Permit Fees and Timelines by Major Texas City
Fees are set locally and change periodically. Verify current fees directly with each jurisdiction before budgeting. The figures below are general estimates.
| City | Residential Level 2 Fee (Est.) | Commercial Base Fee (Est.) | Residential Approval | Commercial Approval | Online Portal |
|---|---|---|---|---|---|
| Austin | $75–$200 | Varies by valuation | 1–3 business days | 2–4 weeks | Yes (Austin Build + Connect) |
| Houston | Flat fee structure; varies by circuit count | Valuation-based | 1–5 business days | 3–6 weeks | Yes |
| Dallas | Varies by valuation | Valuation-based | 1–5 business days | 2–5 weeks | Yes |
| San Antonio | Varies by valuation | Valuation-based | 1–5 business days | 2–6 weeks | Yes |
| Fort Worth | Varies by valuation | Valuation-based | 1–5 business days | 2–6 weeks | Yes |
| El Paso | Varies by jurisdiction | Valuation-based | Varies | Varies | Consult El Paso Development |
| Arlington | Varies by valuation | Valuation-based | 1–5 business days | 2–5 weeks | Yes |
| Plano | Varies by valuation | Valuation-based | 1–3 business days | 2–4 weeks | Yes |
Fee calculation models: Texas cities typically charge a flat fee per circuit or calculate fees as a percentage of project valuation. A residential Level 2 installation with a panel upgrade might be valued at $1,500 to $4,000. This produces a permit fee in the $50 to $150 range under a valuation model. A commercial DCFC installation valued at $50,000 or more will produce proportionally higher fees.
Unincorporated areas: Areas outside city limits, such as unincorporated Harris or Bexar County, may have different or no permit requirements for residential electrical work. Contact the relevant county office to confirm. For unincorporated Harris County, consult the Harris County Engineering Department. Even where a county does not require a permit, the TDLR licensing requirement for the electrician still applies statewide under Texas Occupations Code Chapter 1305.
Always verify current fees with the local jurisdiction. Fee schedules are updated annually in most Texas cities. Consult the websites for the City of Austin Development Services Department, City of Houston Permit Center, City of Dallas Building Inspection, and City of San Antonio Development Services for authoritative figures.
What Changed Recently: Texas EV Charger Rules (2024–2025)
TxDOT NEVI Program Deployment
Texas received about $408 million in federal NEVI Formula Program funds. TxDOT published its Texas EV Infrastructure Deployment Plan in 2023. The first NEVI-funded corridor stations began coming online in 2024. Commercial installers working on NEVI-funded projects face federal requirements under 23 CFR Part 680. These include minimum 150kW charging capacity per port, open payment systems, 97% uptime requirements, and data reporting. These are separate from local building permits. Verify current corridor status and open solicitations with TxDOT's EV Infrastructure team.
2023 Texas Legislature (88th Session)
No standalone EV charger permitting bill passed in the 88th Session. However, SB 2627 (88th Legislature), the grid reliability package, included provisions affecting large commercial load interconnection timelines. This has downstream effects on DCFC projects requiring significant utility service upgrades. If your project involves a new large electrical service, factor in that TDU interconnection queues may be longer than historical norms.
NEC 2020 Adoption
Several major Texas cities completed their transition to the 2020 NEC during 2023 and 2024. The 2020 edition updated NEC Article 625. It added requirements for listed (UL-certified) EVSE equipment, introduced provisions for load management systems, and clarified GFCI protection requirements. Confirm with your contractor and local building department that project designs and equipment comply with the currently adopted edition.
PUCT Competitive Retail Clarification
PUCT issued guidance (consult PUCT Project No. 52800) clarifying that selling EV charging by the kilowatt-hour does not automatically make a business a retail electric provider subject to full REP registration requirements. This affects commercial property owners and fleet operators who want to charge users for electricity consumed rather than a flat session fee. Consult PUCT or a Texas energy attorney if your business model involves per-kWh billing.
89th Legislative Session (2025)
No Texas-specific EV charger permitting legislation was identified in the 89th Legislative Session source material reviewed for this page. The bills reviewed addressed hemp regulation, digital right-to-repair, desalination, and other unrelated topics. Texas Property Code § 202.010 (HOA EV charger rights) and § 92.0135 (tenant EV charger rights) remain in effect as previously enacted, with no amendments identified in the 2025 session.
Next Steps: Who to Contact and How to Start Your Permit
Step 1: Verify Your Jurisdiction
First, confirm whether your property is inside a city's corporate limits, in an extraterritorial jurisdiction (ETJ), or in an unincorporated county area. This determines which building department has authority. Your county appraisal district's online search tool can confirm your jurisdiction by address.
Step 2: Find a TDLR-Licensed Electrical Contractor
Use the TDLR license lookup tool at tdlr.texas.gov/electrical. Search by name or license number and confirm the license is active and appropriate for the work.
Step 3: Contact Your Local Building Department
Call or visit the local building department to confirm the current fee schedule, required submittal documents, and any jurisdiction-specific requirements before your contractor submits an application.
Step 4: HOA Properties
Review your CC&Rs. If the HOA attempts to prohibit installation, cite Texas Property Code § 202.010 in writing. The HOA may impose reasonable installation standards but cannot ban the charger. Keep all correspondence in writing.
Step 5: Tenants
Review Texas Property Code § 92.0135 and submit your installation request to your landlord in writing. Be prepared to obtain permits, use a licensed contractor, and carry insurance as the landlord may require.
Step 6: Commercial and DCFC Projects, Contact Your TDU Early
Do not wait for permit approval to start utility coordination. Contact your TDU as soon as the project scope is defined:
- Oncor (North Texas / Dallas-Fort Worth): 888-313-4747
- CenterPoint Energy (Houston area): 713-207-2222
- AEP Texas (West and South Texas): 866-223-8508
For other service territories, consult PUCT's list of TDUs operating in Texas.
Step 7: NEVI-Funded Projects
Contact TxDOT's EV Infrastructure team through the TxDOT NEVI contact page for current program requirements, open solicitations, and compliance documentation. Federal requirements under 23 CFR Part 680 apply from project inception.
Key Agency Contacts
| Agency | Purpose | Contact |