United States

The US is the world's second-largest individual electric-car market by annual volume. Around 1.5 million electric cars were sold in 2025, close to 10% of new-car sales, but the full-year figure was about 4% below 2024. The headline conceals a sharp policy shock: sales in Q1-Q3 rose by almost 15%, then Q4 fell 45% year-on-year after federal purchase credits ended.

The service opportunity is more resilient than the new-sales cycle. AFDC's 2025 registration data show 7.45 million plug-in light-duty vehicles already on the road: 5.69 million BEVs and 1.77 million PHEVs. That is only about 2.7% of the light-duty fleet, leaving long-run growth headroom while creating enough present-day volume for specialist centres in dense metros.

Implication for EVS: underwrite the first centre against vehicles already registered and reaching post-warranty age. Treat new-car growth as upside.

Federal support has reversed, manufacturer compliance pressure has weakened, and US adoption is increasingly shaped by state policy, product affordability, fuel prices and fleet economics. The IEA's current-policy case still shows material fleet and charging growth through 2035, while its stated-policy case is significantly higher. An older NREL infrastructure study used 28 million plug-in vehicles in 2030, but that pre-dates the 2025 policy reset and should not be used as today's base case.

EVS should plan with three 2030 installed-stock cases: 11.5 million cautious, 16 million base and 22 million high. These are transparent operating scenarios, not predictions. Even the cautious case expands the serviceable parc by more than 50% from 2025.

Implication for EVS: make capacity modular. Open the technical core first, then add bays, collision capability or additional territories only when local utilisation and contract demand justify them.

US consumers were forecast to spend $435 billion repairing and maintaining light vehicles in 2025 across all powertrains. No authoritative national series isolates the independent EV repair market, so EVS must model it from vehicle counts and service assumptions.

The 2025 base model applies $750 annual service/repair spend to each BEV and $1,100 to each PHEV. Applied to the registered fleet, this produces a gross plug-in service pool of approximately $6.2 billion. A 25% independent-channel assumption produces a $1.55 billion accessible pool. The low-to-high range is $0.75-$2.23 billion, driven mainly by annual spend and the speed at which complex work leaves OEM warranty networks.

This pool includes tyres, brakes, suspension, HVAC/thermal, low-voltage, diagnostics, ADAS, collision-related HV work and battery/drive-unit repairs. It excludes vehicle sales, charging-network revenue and the pass-through value of whole replacement packs where that value would overstate workshop economics.

Implication for EVS: the national pool validates the category; local contracted demand validates the centre.

• Battery health and evidence: state-of-health certificates for used-car buyers, dealers, finance companies and fleets; warranty evidence; cell imbalance, isolation and contactor diagnosis.
• Thermal and charging systems: heat pumps, electric compressors, cooling circuits, onboard chargers, DC fast-charge faults and charge-port damage. Hot climates strengthen thermal demand; cold states create different range and conditioning issues.
• Chassis, tyres and ADAS: EV mass and torque increase tyre and suspension exposure, while collision and alignment work increasingly requires calibrated ADAS workflows.
• Low-voltage and software-adjacent faults: 12/16/48V systems, wake-up faults, communications networks and safe module replacement without claiming unauthorised OEM software access.
• Collision battery triage: safe isolation, quarantine decisions, diagnostic evidence and insurer communication before body repair, transport or salvage.
• Fleet uptime: predictable SLAs, mobile triage, priority scheduling, reporting and replacement-vehicle coordination.

EVs have fewer routine service items than combustion vehicles. An oil-change-style model with EV branding would be structurally weak.

1. Out-of-warranty private owners: especially Tesla and premium EV households seeking faster, clearer and more economical alternatives to OEM service.
2. Used-EV dealers and buyers: repeat battery-health reports, pre-purchase inspections, refurbishment plans and limited warranties.
3. Commercial fleets and mobility operators: vans, delivery fleets, rental, corporate fleets and ride-hail drivers where downtime has measurable cost.
4. Insurers, collision centres and salvage operators: battery isolation, post-impact assessment, repair-versus-total-loss evidence and safe storage/transport decisions.

The strongest centre should balance retail margin with recurring B2B utilisation. EVS should target at least 30-40% of mature revenue from contracted or repeat commercial channels.

Tesla remains the indispensable installed-base platform. A Tesla-only centre, however, would face strong local specialists and concentration risk. EVS should launch with validated procedures for Tesla plus two additional platform families, then expand through controlled technical releases.

Ford/GM offer domestic volume and fleet relevance; Hyundai/Kia/Genesis add fast-growing 400/800V architectures; Rivian and Lucid fit premium and uptime-led demand; European premium brands align with EVS's existing customer proposition. Nissan Leaf and plug-in-hybrid platforms add ageing-fleet and used-car demand.

OEM service networks control warranty, proprietary software and many parts flows. Dealer groups add scale but often remain single-brand. National general-service chains can absorb tyres, brakes and basic maintenance, while collision networks hold insurer relationships. Independent EV specialists demonstrate that customers will pay for alternatives, but most are local and Tesla-heavy.

California contains 2.334 million plug-in vehicles, approximately 31% of the national fleet, but it combines the strongest demand with the highest cost, regulation and specialist competition. Florida contains about 539,000 plug-ins and Texas 467,000, giving both states enough volume for metro-level specialist centres without requiring California economics.

The federal new, used and commercial clean-vehicle credits are unavailable for vehicles acquired after 30 September 2025. The alternative-fuel refuelling property credit ended for property placed in service after 30 June 2026. EVS should therefore assume no federal vehicle or workshop-charger credit in its base case.

There is no single national EV repair-shop licence. EVS must combine federal workplace, environmental, transport and franchise rules with state/local repair registration, zoning, fire code, consumer documentation and inspection requirements.

The recommended entry vehicle is a majority-controlled joint venture, acquisition or tightly governed operating partnership with an experienced US repair operator. This reduces execution risk around labour, parts, insurance, estimates/invoices and state licensing while allowing EVS to transfer its brand and technical system.

The illustrative base case assumes 14 jobs per day, a blended $850 ticket and $550,000 of annual B2B/contract revenue, producing approximately $3.53 million in mature annual revenue. The capex envelope is $1.2-$2.5 million for a leased specialist facility, depending on bay count, electrical upgrades, ADAS, battery handling, fit-out and whether collision work is included.

• Policy-driven sales weakness: base the case on registered vehicles and post-warranty ageing; maintain cautious/base/high capacity plans.
• OEM data and parts constraints: confirm tool subscriptions, service-information rights, parts channels and lawful software boundaries platform by platform.
• Battery fire and environmental loss: approved quarantine, damaged-pack SOPs, insurer sign-off, specialist transport and recycler contracts before opening.
• Technician scarcity: recruit a senior US technical leader early; build paid training, authorisation and retention paths rather than relying on generic mechanics.
• Under-utilised premium facility: pre-sell fleet, dealer and insurer demand; phase equipment and bays; favour acquisition/JV where credible throughput exists.
• Tesla concentration: require multi-brand readiness and cap Tesla-dependent revenue as the centre matures.
• Franchise claims risk: defer franchise selling and earnings representations until counsel-approved documentation and audited pilot evidence exist.
• Brand confusion: protect EVS trademarks and distinguish the brand clearly from unrelated US businesses using similar initials or names.

Days 1-30 - prove the catchment

Proceed only if all six gates pass:

• What is the exact post-warranty Tesla, Rivian, Lucid and premium European EV parc within 30, 60 and 90 minutes of each site?
• Which repair categories have the longest OEM wait times and highest customer dissatisfaction locally?
• Can EVS lawfully obtain the required diagnostics, software functions and parts for each launch platform?
• Which insurers will recognise EVS battery-triage reports and what evidence format do they require?
• What share of local EV collisions are totalled because battery condition cannot be established economically?
• Is an acquisition target available with clean compliance history, transferable lease, technical talent and verifiable revenue?

This report is a dated 6 August 2026 market-entry snapshot. Electric vehicles are defined as BEVs plus PHEVs unless explicitly stated. AFDC registration counts are approximate, rounded to the nearest 100 and derived from VIN-based light-duty registrations. Annual sales use IEA and Argonne reporting; small differences between sources reflect definition and revision timing.

No authoritative source publishes an independent US EV-service-centre revenue series. EVS therefore models the service pool from registered vehicles multiplied by assumed annual repair/service spend, then applies an assumed independent-channel share. The model is deliberately shown as ranges. Whole-pack pass-through value is excluded where it would inflate workshop economics.

Location rankings are screening judgments, not site-selection conclusions. They combine state fleet data with qualitative cost, policy, climate, competition and customer-fit considerations. Postcode-level vehicle parc, lease terms, labour, insurance, fire-code acceptance and contracted demand remain mandatory validation inputs.

Pilot economics are illustrative and must not be used as franchise financial performance representations. Legal, tax, environmental, fire-safety, franchise, insurance, employment and immigration advice is required before investment.