Fuel Cost of Commuting 100 km Daily in Canada: 4 Vehicle Types Compared

Understanding the fuel cost of commuting 100 km daily in Canada by vehicle type is the single most useful calculation a Canadian driver can make before buying their next vehicle — and almost nobody is doing the math correctly. Most buyers fixate on sticker price or monthly payments. But for the roughly 4.4 million Canadians who commute 50 km or more each way, fuel and energy costs silently devour thousands of dollars a year. A compact EV driver in Quebec could spend under $950 annually on energy. A pickup truck commuter in British Columbia might burn through $5,700. Same commute, wildly different wallet impact. This guide puts real numbers on the table so you can decide based on evidence, not assumptions.

How Much Does It Cost to Drive 100 km per Day Across Canada by Vehicle Type?

A 100 km daily commute works out to roughly 26,000 km per year (assuming 260 working days). That volume turns small per-kilometre differences into enormous annual gaps.

Here are baseline consumption figures for four common vehicle types, drawn from Natural Resources Canada’s fuel consumption ratings:

• Compact sedan (e.g., 2025 Honda Civic): ~7.5 L/100 km combined
• Midsize SUV/crossover (e.g., 2025 Hyundai Tucson): ~10.5 L/100 km combined
• Full-size pickup (e.g., 2025 Ford F-150 3.5L V6): ~13.5 L/100 km combined
• Battery EV (e.g., 2025 Hyundai Ioniq 6): ~16 kWh/100 km

Using a national average gasoline price of approximately $1.62/L and an average residential electricity rate of roughly $0.12/kWh, here is what 26,000 km costs each vehicle type annually:

Vehicle Type	Consumption Rate	Energy Cost per 100 km	Annual Energy Cost (26,000 km)	Difference vs. EV
Compact Sedan	7.5 L/100 km	$12.15	~$3,160	+$1,960
Midsize SUV	10.5 L/100 km	$17.01	~$4,420	+$3,220
Full-Size Pickup	13.5 L/100 km	$21.87	~$5,690	+$4,490
Battery EV	16 kWh/100 km	$1.92–$4.61*	~$950–$1,200	Baseline

*EV range reflects provincial electricity rate variance (Quebec low end, Alberta high end).

A daily 100 km commuter switching from a full-size pickup to a battery EV could save over $4,000 per year in energy costs alone — before accounting for lower maintenance expenses. Over five years, that is $20,000 back in your pocket.

Those are national averages. But Canada is not a single energy market — and the province you live in changes the math dramatically.

Provincial Gas Prices vs. Electricity Rates: Hidden Savings by Region

Canada’s energy landscape is fractured by geography, policy, and resource base. A litre of gasoline in Vancouver does not cost what it does in Calgary. A kilowatt-hour in Montreal is a fraction of the price in Toronto. For high-mileage commuters, these regional differences compound into thousands of dollars annually.

Province	Avg. Gas Price ($/L)	Residential Electricity ($/kWh)	Annual Gas Cost (Sedan)	Annual EV Cost
British Columbia	$1.75	$0.10	$3,413	$1,040
Alberta	$1.45	$0.17	$2,828	$1,768
Saskatchewan	$1.52	$0.15	$2,964	$1,560
Manitoba	$1.50	$0.09	$2,925	$936
Ontario	$1.62	$0.13	$3,159	$1,352
Quebec	$1.68	$0.07	$3,276	$728
Atlantic (avg.)	$1.70	$0.14	$3,315	$1,456

The numbers are striking. A sedan commuter in BC pays $3,413 a year in gas. That same commuter in an EV pays $1,040 — a saving of $2,373. Move that EV to Quebec, where Hydro-Québec rates sit around $0.07/kWh, and the annual cost drops to $728 — an 80% reduction from gasoline.

Alberta presents the most interesting case. It has some of Canada’s cheapest gasoline but among the highest electricity rates. A sedan commuter pays $2,828 in fuel, but an EV still comes in at $1,768, saving over $1,000. The EV advantage narrows but never disappears, even in the province most favourable to internal combustion.

For anyone exploring how Canada’s EV battery supply chain is evolving, these provincial cost gaps explain why Quebec and Manitoba are emerging as natural EV adoption hotspots. Cheap hydroelectricity is a structural advantage that no amount of gasoline price fluctuation can match.

Carbon Tax, Maintenance, and Charging: The Critical Hidden Costs

Raw fuel and electricity prices do not tell the complete story. Three additional cost factors tilt the equation further — and they all favour electrification for high-mileage commuters.

Federal Carbon Tax. As of April 2025, Canada’s carbon levy adds approximately $0.176 per litre to gasoline . For a pickup covering 26,000 km at 13.5 L/100 km, that adds $618 per year. A sedan driver pays $343. An EV driver pays $0 in direct carbon tax on fuel — electricity generation is covered under separate industrial pricing mechanisms that do not appear on residential hydro bills.

Maintenance Differential. EVs have fewer moving parts — no engine oil, transmission fluid, timing belts, or exhaust system. Annual maintenance runs approximately $500–$800 for a typical EV versus $1,200–$1,800 for a comparable gasoline vehicle at 26,000 km . Over five years, this gap adds $3,000–$5,000 in EV savings.

Charging Infrastructure. Home charging is the cheapest option, but public DC fast charging costs $0.35–$0.55/kWh — three to four times residential rates. A commuter relying exclusively on fast chargers in Ontario would pay roughly $3,640 per year, erasing much of the EV advantage. RIDEZ consistently recommends confirming home or workplace charging access before purchasing.

Which Vehicle Type Saves the Most Over 26,000 km of Commuting?

Pulling all costs together — energy, carbon tax, maintenance, and insurance — here is the full annual comparison using national averages:

Cost Category	Compact Sedan	Midsize SUV	Full-Size Pickup	Battery EV (Home Charging)
Fuel / Energy	$3,160	$4,420	$5,690	$1,200
Carbon Tax (fuel portion)	$343	$481	$618	$0
Annual Maintenance	$1,200	$1,400	$1,600	$600
Insurance Premium (avg.)	$1,800	$2,000	$2,200	$1,900
Total Annual Operating Cost	$6,503	$8,301	$10,108	$3,700

The battery EV with home charging delivers the lowest total by a wide margin — $2,800 less than a compact sedan and a remarkable $6,400 less than a full-size pickup. Even factoring in typically higher EV purchase prices, high-mileage commuters recoup the difference within two to four years through operational savings.

For Canadian buyers comparing vehicle ownership costs across categories, the data confirms what the market is already signalling: if you drive a lot, electrification pays for itself — especially in provinces with cheap hydroelectric power. The right vehicle depends on more than commuting costs alone — pickup buyers need towing capacity, SUV buyers may need passenger space — but for the pure daily commuting equation, the numbers are not close.

What to Do Next

The fuel cost of commuting 100 km daily in Canada by vehicle type varies enormously based on what you drive and where you plug in or fill up. Here is how to act on this data:

• Calculate your personal commuting cost. Multiply your vehicle’s L/100 km rating (from the NRCan Fuel Consumption Guide) by your local gas price, then by your annual distance. Compare against the EV equivalent using your provincial electricity rate.
• Check your provincial electricity rate. In Quebec, Manitoba, or BC, the EV advantage is overwhelming. In Alberta or Saskatchewan, it is smaller — confirm home charging access before committing.
• Factor in the carbon tax trajectory. The federal levy is legislated to continue, widening the gap against gasoline vehicles each year.
• Do not ignore maintenance savings. An EV saves $600–$1,000 per year — a line item most buyers overlook. Review our buyer guides for model-specific breakdowns.
• Run a five-year total cost comparison. A vehicle costing $5,000 more upfront but saving $4,000 annually pays for itself before the second winter.

Money-Saving Checklist

• Look up your vehicle’s exact NRCan fuel consumption rating — do not rely on manufacturer claims
• Check your provincial residential electricity rate and compare off-peak vs. on-peak pricing for overnight EV charging
• Calculate your true annual kilometres (most people underestimate by 15–20%)
• Get insurance quotes for both your current vehicle type and an EV equivalent — the gap is narrowing
• Investigate federal and provincial EV purchase incentives (iZEV program, provincial rebates) that reduce upfront cost
• If buying used, verify battery health and remaining warranty coverage — RIDEZ recommends independent inspection for any used EV purchase

Data in this article uses early 2026 averages and is intended for general comparison. Actual costs vary based on driving habits, vehicle trim, local rates, and seasonal fluctuations. Verify current fuel and electricity prices for your province before making a purchase decision.