⚠️ This information may be outdated. For the latest, check the links below — they will show you what is current right now.
The headline: electric SUVs are now cheaper to own over 5+ years in Canada, but the math depends heavily on your electricity costs, driving patterns, and which models you compare. Most people only look at fuel costs and miss the real leverage points: electricity is 3-5x cheaper than gas per km, maintenance is 40-60% lower, but upfront price is still $8,000-15,000 higher. Here is the full breakdown.
Gas SUV (e.g., 2026 Honda CR-V):
Upfront price: $38,000 CAD | Fuel (at $1.40/L, 9 L/100km): $6,300 | Maintenance & repairs: $3,500 | Insurance: $8,000 | Registration/taxes: $2,500 | Depreciation (50% after 5y): $19,000
Total: $77,300 CAD (effective cost after resale: $58,300)
Electric SUV (e.g., 2026 Chevrolet Equinox EV or Kia EV9):
Upfront price: $48,000 CAD | Electricity (at $0.15/kWh, 20 kWh/100km): $1,500 | Maintenance & repairs: $1,400 (no oil, fewer moving parts) | Insurance: $8,200 | Registration/taxes: $2,000 | Federal tax credit: -$8,000 | Depreciation (55% after 5y): $21,600
Total: $74,700 CAD (effective cost after resale: $53,100)
The verdict for typical Canadian buyer: electric wins by ~$5,200 over 5 years, even before accounting for time-of-use electricity discounts (which add another $800-1,200/year in Ontario, BC, Alberta). However, this assumes 10,000 km/year. If you drive 20,000+ km/year, the EV advantage grows to $8,000-12,000.
Electricity cost is the biggest lever. At $0.12/kWh (off-peak Ontario): EV costs $1,200/year. At $0.20/kWh (peak BC): EV costs $2,000/year. Gas buyers cannot optimize their fuel costs; EV owners can charge at night and save 40-50%. This alone swings $2,000-3,000 over 5 years.
Maintenance gap widens with age. Gas SUVs hit $800-1,200/year after year 3 (spark plugs, transmission fluid, timing belts, catalytic converters). EVs cost $200-400/year (tire rotation, brake pads used slowly because of regenerative braking, cabin filters). By year 8, this gap compounds to $10,000+.
Depreciation is volatile. Gas SUVs are holding value because used gas is abundant and buyers still distrust EV range. EV depreciation is falling as confidence rises and used inventory grows. A 2026 EV bought today will likely depreciate slower than a 2026 gas SUV bought 5 years ago.
Driving patterns. If you do city driving (<200 km/week): EV charging cost is negligible, home charging is convenient, and regenerative braking cuts maintenance by 50%. Highway road-tripping (>300 km frequently): gas wins — charging stops and battery degradation over 8+ hours erase the cost advantage. Hybrid gas SUV becomes the pragmatic middle ground.
Home charging vs public charging. If you have a Level 2 charger at home: electricity cost drops 35% vs public fast-charging. If you rely on public DC fast-charging: you lose the off-peak advantage and sometimes pay $0.35-0.45/kWh, which narrows or reverses the savings.
Ontario: Cheap off-peak power ($0.10-0.13/kWh after 9 PM), strong EV incentives historically, robust charging network. EV is the best math here.
BC: Hydro rates rising; still cheaper than gas but slower EV advantage. Plus older grid means public charging can be slower.
Alberta: Cheapest electricity in Canada ($0.12-0.14/kWh), strong EV incentives for 2026. EV wins decisively.
Quebec: Abundant hydropower, lowest rates in North America ($0.08-0.11/kWh). EV has the biggest advantage here; offset that against used EV market smaller.
Prairie provinces (MB, SK): Electricity cheaper but charging infrastructure is sparse. Long winter range loss (20-30%) is a real operational cost, not just a theoretical one.
Battery replacement (8-10 years, $8,000-12,000): Most EV warranties cover 8 years or 160,000 km. After that, battery replacement is owner’s problem. Modern batteries degrade to 85-90% capacity at year 8; full replacement is rare but possible. Budget $1,000-1,500/year as a reserve starting year 6. Gas engines need similar reserves for transmission or engine rebuild.
Winter range loss (15-30%): Cold reduces EV range significantly in Canada. If your official range is 400 km, expect 280-340 km in January. This does not affect TCO if you charge at home, but it does affect usability and may force public charging more often.
Tire wear: EVs are heavier (battery pack adds 400-600 kg), so tires wear 10-15% faster. Premium winter tires for EV use cost 15-20% more than gas equivalents. Offset: regenerative braking means brake pads last 3-4x longer.
Choose EV if: You drive <200 km/day, have home charging access, drive mostly city/suburban, and plan to keep the vehicle 6+ years. The longer you own it, the more the maintenance and fuel savings compound. Electricity is your single biggest long-term savings lever.
Choose gas if: You frequently road-trip (>400 km/trip), live in a rural area with sparse charging, have no home charging access, or plan to sell/trade in under 4 years. Gas refueling infrastructure is ubiquitous and charging time is nonexistent.
Choose hybrid (plug-in or standard) if: You want the psychological comfort of gas range without the full gas cost. Hybrids cost $3,000-5,000 less than EVs and return ~70% of the fuel savings with zero range anxiety. This is the pragmatic middle ground for uncertain buyers.
Pro tip: In 2026, the federal tax credit for EVs in Canada varies by model and is capped at $8,000 for SUVs under certain price points (check CRA). Some provinces add $3,000-5,000 on top (Ontario phased this out, but BC and Alberta maintain theirs). These credits shift the purchase price math significantly — an EV that costs $48,000 before incentives may be $40,000 after. The TCO flip happens earlier with credits applied. Also, register your EV for any provincial or utility time-of-use rates; that $200/year difference in electricity is pure margin.