Canada

Statistics Canada counted 487,618 BEV and 197,581 PHEV light-duty vehicles in 2024, a combined 685,199 plug-in vehicles, equal to 2.8% of the light-duty fleet. Non-plug-in hybrids are excluded from EVS plug-in sizing.

A final official 2025 stock table was not available at the research cut-off. EVS therefore models an end-2025 service pool of 848,448 by adding approximately 176,953 new 2025 ZEV registrations implied by the official rounded 34.7% decline from 270,985 in 2024, then deducting a rounded 2% retirement/export allowance from the 2024 base. This is an EVS bridge calculation, not a government stock statistic.

Canada registered 270,985 new ZEVs in 2024, 14.6% of all new registrations; 74.6% were BEVs and 25.4% PHEVs. Québec represented 54.4% of national ZEV registrations, Ontario 20.9% and British Columbia 16.9%.

In 2025, 1,866,714 new vehicles were registered. ZEVs were 9.5% of registrations and fell 34.7% year over year; BEVs fell 43.1% and PHEVs 10.0%. The report does not multiply rounded share by total and present the result as an official exact count.

Q1 2026 registered 43,113 ZEVs, 10.8% of all new registrations and 15.8% above Q1 2025. Statistics Canada links the recovery to the federal EV Affordability Program launched on 16 February 2026.

Statistics Canada treats BEVs and PHEVs as ZEVs in these registration series. EVS retains that convention for comparability while always displaying the powertrain split where available. Sales, new registrations and vehicles-in-operation are different measures and are not substituted for one another. The 2025 service pool is explicitly modelled because the official stock series lags.

Official plug-in light-duty stock rose from 248,581 in 2021 to 345,436 in 2022, 472,742 in 2023 and 685,199 in 2024. BEVs were 71.2% of the 2024 plug-in stock. That cohort is moving toward tyre, suspension, brake-corrosion, thermal, charging and out-of-warranty diagnostic demand.

Transport Canada cites an approximately 15-year average vehicle age for Canada. That is an all-vehicle statistic, not EV-specific; EVS must obtain model-year/VIN distributions for each catchment before using age to forecast service incidence.

From the modelled 848,448 end-2025 pool, EVS uses cautious/base/high 2030 plug-in stocks of 1.5m, 2.2m and 3.2m. These imply 12.1%, 21.0% and 30.4% annual growth and are planning cases, not official forecasts. The earlier federal action plan projected 4.6m ZEVs by 2030 under the now-superseded policy pathway; it is retained only as historical context.

The February 2026 auto strategy says Canada will repeal the Electric Vehicle Availability Standard and replace it with more stringent fleet-emissions standards. EVS should not model the former 20%/60%/100% EVAS milestones as current law. The replacement rules were still a live implementation dependency at the research cut-off.

EVAP started 16 February 2026 with up to C$5,000 for BEV/FCEV and C$2,500 for PHEV, generally subject to a C$50,000 final transaction value and free-trade-origin rules; Canadian-made vehicles are exempt from the price cap. Funding was C$2.275bn over five years, with C$2.08bn remaining at 1 July 2026.

Provincial support is uneven. Québec offers up to C$2,000 for a new BEV and C$1,000 for a used BEV in 2026, but Roulez vert ends 31 December 2026. Manitoba extended rebates of C$4,000 new and C$2,500 used. BC paused its light-duty program and is redesigning commercial support; Ontario focuses on charging rather than a consumer purchase rebate.

Measurement Canada estimated more than 14,000 public charging stations and 38,000 public ports at end-2025. When charging is billed by kWh, approved and verified measurement devices are required. These are public-network counts, not the same as federally funded private/workplace installations.

By December 2025 the federal government had selected approximately 59,000 chargers for funding and about 34,900 were operating. This funded-project count overlaps public and private contexts and must not be added to Measurement Canada’s public-port estimate.

Charging density creates service demand for onboard chargers, charge ports, CCS/NACS/adapter issues, isolation faults, thermal derating and evidence that separates infrastructure faults from vehicle faults. EVS should operate both AC and DC test capability and maintain a charger-operator escalation workflow.

Sourced inputs: 685,199 plug-in LDVs at 2024 year-end and the official rounded 2025 registration decline. Bridge assumptions: 2% retirement/export allowance and modelled 848,448 end-2025 service pool. Commercial assumptions: 0.58 relevant paid jobs per vehicle-year, C$640 average revenue per job, 48% independently addressable, and 67% in priority regions/segments.

Illustrative annual TAM is C$314.9m; independently eligible revenue is C$151.2m; priority-region/segment SAM is C$101.3m. A mature six-bay base case at 2,880 jobs and C$2.563m revenue would capture about 2.5% of SAM. These values are EVS decision-support assumptions, not published Canadian market revenue.

1. Used-EV buyers and dealers: battery SOH, pre-purchase evidence and warranty triage.
2. Out-of-warranty Tesla, GM, Hyundai/Kia, Ford and Nissan owners: complex electrical, thermal, charging and chassis faults.
3. Corporate, rental, ride-hail and delivery fleets: uptime SLAs, seasonal tyre capacity and collection.
4. Insurers, collision centres and salvage channels: HV isolation, quarantine and post-impact evidence.
5. Premium and imported-vehicle owners: multi-brand dealership alternative.
6. PHEV owners: integrated combustion, emissions, transmission and HV diagnosis.

GM disclosed more than 25,000 EV registrations and about 21.2% Canadian EV share in 2025; Chevrolet Equinox EV was the second-most registered EV. EVS should combine current GM Ultium capability with the larger installed Tesla Model 3/Y/S/X, Hyundai/Kia, Ford Mustang Mach-E/F-150 Lightning, Nissan Leaf/Ariya, VW/Audi MEB, Volvo/Polestar and Toyota/Stellantis PHEV cohorts. Manufacturer figures are useful for platform priority but are not a substitute for an independent full-market model table.

NAPA AUTOPRO reports more than 600 service locations nationally, while NexDrive is building certified EV/hybrid capability and offers a C$89.95 VoltScore battery report. Canadian Tire covers high-frequency EV tyres, brakes, 12V, filters and charging products. OEM dealers retain warranty, recalls, programming, parts and goodwill; Tesla adds remote diagnosis and mobile service.

EVS should not launch as another general repair shop. The defensible role is technical escalation, consistent battery evidence, cross-platform HV process, fleet/insurer SLAs and a national operating system that can later support carefully controlled franchise territories.

1. Mississauga–Oakville–Hamilton: recommended hub; dense affluent and fleet catchment, automotive talent/supply chain, airport/logistics access and reach across the GTA without central-Toronto occupancy. 2. Montréal–Laval–South Shore: largest historic ZEV concentration and lower median technician wage, but French-language operations, Québec labour structures and expiring rebate require a local partner. 3. Vancouver–Burnaby–Surrey: high EV penetration and supportive culture, but the highest wage/occupancy pressure and strong independent capability. 4. Ottawa–Gatineau: government/fleet and bilingual opportunity, smaller catchment. 5. Calgary–Edmonton: lower adoption but fleet/truck opportunity; later-stage test after product-market fit.

Ontario classifies automotive service technician as a compulsory trade: work must be performed by a valid certificate holder, provisional certificate holder or registered apprentice. Red Seal supports interprovincial mobility but does not replace provincial authorization or EV-specific competency control.

Job Bank’s November 2025 update reports median automotive technician wages of C$30/hour in Ontario, C$35 in BC and C$28 in Québec. These exclude employer payroll costs, benefits, overtime, specialist premiums and recruitment friction; EVS economics use fully loaded assumptions instead.

Canada does not provide one national workshop licence for HV vehicle repair. EVS must implement an internal authorization matrix, lockout/tagout, voltage verification, insulated tools/PPE, two-person rescue controls, battery quarantine and documented competency, then map each province’s trade, OH&S, electrical, fire and environmental rules before launch.

Transport Canada requires damaged/defective lithium batteries to meet specified packaging and marking rules; batteries liable to react dangerously or produce flame, heat or hazardous emissions are forbidden for normal transport. Damaged traction batteries generally require removal and separate dangerous-goods transport.

Ontario’s general Batteries Regulation explicitly covers separate batteries up to 5 kg and excludes embedded or larger batteries, so EV traction packs cannot be assumed covered by that program. EVS needs province-specific written routes for ownership, storage, carrier acceptance, recycling, insurer responsibility and emergency response.

The pilot must clear municipal zoning and building permits; fire-code and insurer review for damaged-EV quarantine; provincial OH&S; environmental rules for oils, coolants, refrigerants and hazardous waste; consumer repair-estimate/invoice requirements; privacy/cybersecurity for telematics; and calibrated EVSE/billing requirements if charging is sold by kWh.

Canada’s general federal corporate tax rate is 15% after reductions, plus provincial tax; Ontario’s higher provincial rate is 11.5%. The 9% federal small-business rate generally depends on Canadian-controlled private-corporation eligibility and should not be assumed for a foreign-controlled EVS entity.

A new Canadian business is generally notifiable under the Investment Canada Act and remains reviewable on national-security grounds. The 2026 private-sector trade-agreement acquisition review threshold is C$2.179bn enterprise value, far above an organic pilot, but counsel should confirm notification and beneficial-ownership requirements.

Ontario requires a disclosure document at least 14 days before a prospective franchisee signs or pays and imposes fair dealing. BC and Alberta have separate franchise statutes; Manitoba, New Brunswick and PEI also regulate franchising. EVS should use a company-controlled pilot, then build province-specific disclosure and contracting packs rather than one national launch document.

Launch: digital intake and scan; battery SOH/evidence; AC/DC charging diagnosis; 12V/low-voltage faults; brakes/corrosion; tyres/alignment; suspension; thermal and HVAC; coolant; pre-purchase inspections; seasonal tyre storage; fleet inspections; collection-delivery; post-collision isolation and referral.

Phase 1 should be a Canadian subsidiary or tightly controlled JV operating a six-bay technical hub. Centralise diagnostic standards, remote technical support, battery reports, parts approval, warranty decisions, case review and training. Use mobile triage and collection radius rather than multiple early leases. Franchise only after 12 months of repeatable unit economics and legal packs for the first target provinces.

The base case assumes 2,880 jobs, C$890 average ticket, C$2.563m revenue, 59% contribution margin and C$1.35m annual fixed operating cost, producing C$162k EBIT before tax, financing, franchise fees and grants. Break-even revenue is about C$2.29m. Low case loses C$619k; high case generates C$1.03m. All figures require site quotes and paid-job validation.

Policy/rebate volatility: size from installed fleet, not mandate. Provincial fragmentation: Ontario-first compliance map; expand one province at a time. OEM access/parts: live VIN/function tests and narrow launch list. Incumbent networks: technical escalation and channel partnerships. Cold-weather demand/cost: thermal capability, seasonal tyre planning and pickup service. Battery fire/liability: quarantine design, insurer/fire review and written carrier route. Technician scarcity: pay premium, Red Seal recruitment and internal HV academy. Price resistance: tiered evidence products and channel contracts.

Days 1–30: incorporate/notification advice; Ontario trade, fire, environmental and consumer-law map; 30 stakeholder interviews; catchment VIN/model-age data; 12-platform tool/parts tests; three site and insurer quotes.

Proceed only if: (1) lawful diagnostic coverage reaches at least 80% of the target catchment; (2) Ontario compulsory-trade and HV controls are signed off; (3) insurer/fire review accepts the quarantine design; (4) 120 paid jobs achieve at least C$890 average revenue and 59% contribution margin; (5) first-time-fix is at least 85% and comeback below 5%; (6) two contracts cover 30% of base utilisation; and (7) the board sees a route above C$2.29m break-even and 8% EBIT by month 18. Failure means narrow scope, reprice or no-go.

Primary Canadian government sources anchor fleet, registrations, incentives, charging, tax, labour and regulation. OEM/network sources describe market participants and are labelled as such. EVS calculations separate sourced facts from assumptions. Material limits: official stock lags to 2024; 2025 stock is bridged; city-level parc/model age, premises, insurance, tool access, parts access and willingness-to-pay require fieldwork; new federal emissions rules were not finalised at the research cut-off.

The artifact source registry contains publication/current-status dates, access date 8 August 2026, scope notes and direct links for every cited source. Source, definition and assumption fields in datasets are designed for audit before investment.