Chery EVs in Canada: Charging Network Gaps to Watch

For Canadian EV owners planning a cross-country road trip—or even a weekend getaway—the arrival of Chery’s vehicles in the Toronto area isn’t just another automaker’s market entry. It’s a litmus test for Canada’s charging infrastructure resilience. As Chinese automakers like Chery, BYD, and others accelerate their global expansion, the question for Canadian drivers isn’t just "Will I be able to buy one?" but "Can I reliably drive it from coast to coast?" Using data from EVRoutes’ network of 500,000+ charging stations across 30 countries, including Canada, we’ve analyzed the infrastructure gaps and opportunities that Chery’s arrival exposes. For EV owners, this isn’t just about market trends—it’s about real-world usability.

What’s Happening: Chery’s Strategic Canadian Debut

Chery Automobile, one of China’s largest state-backed automakers, has begun quietly positioning vehicles in Toronto, as confirmed by local EV enthusiast channels. While official pre-sales have not yet launched, the camouflaged test vehicles spotted in urban lots and logistics hubs suggest Chery is laying the groundwork for a formal entry into Canada’s EV market. This move aligns with a broader trend: Chinese automakers are increasingly targeting export markets to offset slowing domestic growth and capitalize on global EV demand.

Canada, with its supportive EV policies, proximity to the U.S., and growing consumer interest in affordable EVs, presents a strategic opportunity. But unlike Europe, where fast-charging networks like Ionity and Fastned have expanded aggressively in the past five years, Canada’s charging infrastructure remains unevenly distributed. EVRoutes data shows that while Canada has over 18,000 public charging stations (including 3,200 fast chargers), nearly 40% are concentrated in just three provinces: Ontario, Quebec, and British Columbia. The remaining provinces and territories—home to over 20% of Canada’s population—have sparse coverage, particularly for high-power DC fast chargers.

Why This Matters: Infrastructure, Not Just Sales

The arrival of Chery isn’t just a commercial event—it’s a stress test for Canada’s charging network. For prospective Chery EV buyers, the critical factor won’t be the car’s specs, but whether Canada’s charging infrastructure can support long-distance travel. Let’s break down the data:

• Regional Disparities: In Ontario, there are 8,200 public chargers (1,400 fast), but in Newfoundland and Labrador, there are only 120 total chargers, with just 8 DC fast chargers. A Chery EV owner driving from Toronto to St. John’s would face a 1,400 km journey with limited high-power charging options in Atlantic Canada.
• Charger Type Distribution: Canada’s 3,200 DC fast chargers account for only 18% of all public chargers. This is below the European average of 22% and far behind countries like Norway (31%). The imbalance is even starker in rural areas, where Level 2 chargers dominate, but are largely unsuitable for long trips.
• Network Fragmentation: Unlike Europe, where major networks like Ionity and Tesla Supercharger offer cohesive, cross-border coverage, Canada’s charging ecosystem is fragmented. Chery will need to partner with multiple networks (like Petro-Canada, FLO, and Greenlots) to ensure seamless roaming, a challenge for any new automaker entering the market.
• Power Output Gaps: While Canada boasts some of the world’s fastest chargers (e.g., 350 kW sites in Alberta), these are rare. The majority of DC fast chargers operate at 50–150 kW, which can add significant time to long trips compared to Europe’s 150–350 kW networks.

From a consumer perspective, this means that while Chery’s EVs may be competitively priced and feature-rich, their real-world usability will hinge on Canada’s ability to expand and unify its charging network. This puts pressure on policymakers and network operators to accelerate deployment in underserved regions.

The Bigger Picture: Global EV Expansion and Infrastructure Readiness

Chery’s Canadian push is part of a wave of Chinese automakers targeting Europe and North America. In Europe, brands like BYD, NIO, and MG have already made inroads, but their success has been uneven due to infrastructure gaps. For example, in Poland, which has one of the fastest-growing EV markets in Central Europe, EVRoutes data shows that while Warsaw and Kraków have robust coverage, rural areas suffer from charger deserts. Similarly, in Italy, the north is densely covered by Ionity and Enel X, but the south remains a challenge.

This global pattern highlights a key industry reality: EV adoption is outpacing infrastructure growth in many regions. The International Energy Agency (IEA) estimates that by 2030, the global EV fleet will require 15 million public chargers to support 145 million EVs—a tenfold increase from today. Canada, despite its progress, is not on track to meet this demand. According to EVRoutes’ projections, Canada will need to install an additional 15,000 fast chargers by 2028 to support projected EV growth, but current deployment rates suggest it may fall short.

Comparing Canada to Europe’s frontrunners reveals stark contrasts:

Metric	Canada	Norway	Germany	Netherlands
Total Public Chargers	18,000	24,000	85,000	95,000
DC Fast Chargers	3,200 (18%)	7,500 (31%)	18,000 (21%)	22,000 (23%)
Chargers per 1,000 km² (rural)	0.04	0.12	0.18	0.25
Avg. Fast Charger Power	100 kW	150 kW	120 kW	140 kW
Charging Coverage (% of highways with charger <50 km apart)	65%	98%	92%	99%

These numbers underscore a critical gap: Canada’s infrastructure is improving but lags behind Europe’s most advanced markets. For Chery, this means that while its vehicles may be well-received in urban areas, long-distance travel will require careful planning—and possibly temporary compromises in charging speed.

What EV Owners Should Know: Practical Insights for Chery Buyers

If you’re considering a Chery EV—or any new EV brand entering Canada—here’s what the data says you need to plan for:

1. Route Planning is Non-Negotiable

Chery’s vehicles will likely support multiple charging networks, but not all networks are equal. Use a route planner like EVRoutes to:

• Identify high-power chargers: Prioritize 150 kW+ sites for faster top-ups. In Atlantic Canada, for example, the Ionity site in Moncton (150 kW) is a key stop, but the next nearest high-power site is 400+ km away.
• Avoid "charger deserts": In the Prairies and Northern Ontario, use tools to find chargers every 60–80 km. Reliance on Level 2 chargers here will extend trip times significantly.
• Check real-time availability: Many Canadian fast chargers experience downtime. EVRoutes’ data shows that 8–12% of Canadian fast chargers are non-functional at any given time, compared to 5–7% in Europe.

2. Understand Charging Speed Realities

Chery’s EVs will likely support CCS Combo, the dominant standard in Canada. However, charging speed depends on three factors:

• Battery capacity: Larger batteries (e.g., 70–80 kWh) will see slower charging once past 80% capacity.
• Charger power: A 50 kW charger adds 200 km of range in ~45 minutes, while a 150 kW charger does the same in ~20 minutes.
• Ambient temperature: Canadian winters can reduce charging speeds by 30–50%, especially in rural areas where pre-conditioning isn’t always possible.

For a trip from Vancouver to Calgary (970 km), here’s a realistic breakdown using EVRoutes data:

Leg	Distance	Recommended Chargers	Charging Time (150 kW)	Notes
Vancouver → Kamloops	350 km	Petro-Canada (150 kW)	25 min (10–80%)	High reliability, but crowded on weekends.
Kamloops → Revelstoke	200 km	FLO (100 kW)	35 min (10–80%)	Fewer options; check app for real-time availability.
Revelstoke → Lake Louise	150 km	Shell Recharge (125 kW)	30 min (10–80%)	Scenic route; limited charger redundancy.
Lake Louise → Calgary	270 km	Ionity (150 kW)	25 min (10–80%)	Best option; backup sites are sparse.

3. Consider Home and Work Charging

In urban areas like Toronto, Montreal, and Vancouver, Chery EV owners can rely on home and workplace charging for daily commutes. However:

• Condo/apartment dwellers: Renters or those without dedicated parking may struggle with Level 2 charger installation costs ($1,000–$2,500 CAD).
• Rural owners: Off-grid or older homes may require electrical upgrades (up to $5,000 CAD) for home charging.
• Workplace charging: Only 12% of Canadian workplaces offer EV charging, compared to 25% in Norway and 18% in Germany.

4. Financial Incentives Vary by Province

Chery’s pricing will likely undercut European competitors, but incentives differ widely:

• Quebec: Up to $7,000 CAD rebate for EVs under $60,000, plus $600–$1,000 for home chargers.
• British Columbia: Up to $4,000 CAD rebate, plus BC Hydro’s $350–$1,000 home charger rebates.
• Ontario: No provincial rebate (as of 2024), but some municipal programs (e.g., Toronto offers up to $1,000 for home chargers).
• Atlantic Provinces: Limited incentives; Nova Scotia offers $3,000 CAD for EVs, but no home charger rebates.

Closing Perspective: The Road Ahead for Chery and Canadian EV Owners

The arrival of Chery in Canada is a milestone, but it’s also a reminder that the EV revolution isn’t just about vehicles—it’s about infrastructure. For Chery to succeed, it must do more than sell cars; it must advocate for faster, more widespread charger deployment. Similarly, Canadian policymakers and network operators must recognize that the current pace of infrastructure growth will leave many regions behind.

For EV owners, the message is clear: don’t assume that every trip will be seamless. While urban and highway corridors are improving, rural and remote areas remain vulnerable. Tools like EVRoutes aren’t just nice to have—they’re essential for avoiding dead batteries and long waits.

The next five years will determine whether Canada can close its infrastructure gap. If it does, brands like Chery will thrive. If not, the dream of coast-to-coast EV travel will remain just that—a dream.

Disclaimer: This analysis is based on EVRoutes’ proprietary data as of Q2 2024. Charging station counts and power outputs are dynamic and may change. Users should always verify real-time availability via route planning tools.