Back to News
Market Impact: 0.25

Matthew Lau: Carney government should scrap all damaging EV policies

Automotive & EVESG & Climate PolicyFiscal Policy & BudgetRegulation & LegislationCommodities & Raw MaterialsTrade Policy & Supply ChainConsumer Demand & Retail

The Canadian government has reversed its 2035 ban on new conventionally powered vehicles but reinstated a $5,000 rebate for EVs under $50,000 (restricted to vehicles made in Canada or in FTA partner countries) and plans to deploy billions in automaker subsidies. EV adoption has slowed materially — 156,936 new zero-emission vehicles sold through the first 11 months of 2025 (down 34.5% YoY) and an EV/PHEV share of 8.6% versus 13.8% in 2024 — calling into question consumer uptake. Independent studies cited show high taxpayer cost per tonne of emissions abated ($355–$857/tonne in one 2023 study versus a federal estimate of ~$294/tonne in 2030) and note that rising demand for battery minerals could erode or reverse net emissions benefits, implying fiscal strain and uncertain demand dynamics for automakers and battery-raw-material suppliers.

Analysis

Market structure: The rollback of a hard 2035 ban combined with $5k rebates for EVs <C$50k and OEM subsidies materially favors large, scale-capable OEMs that can deliver lower-priced EVs (Ford F, GM, Stellantis STLA) and disadvantages pure-play EV growth stories and high-cost battery miners. Expect modest demand support that lifts near-term unit sales by 5–10% relative to a no-subsidy baseline, but not a structural jump to prior adoption trajectories (Canadian EV share ~8.6% YTD vs 13.8% in 2024). Competitive dynamics will shift toward manufacturers with North American footprint/local-content supply chains, increasing pricing power for OEMs able to capture rebates and depressing margins for niche EV brands. Risk assessment: Tail risks include a full subsidy reversal, provincial policy divergence, or a mineral-supply shock (strike/China export curbs) that could spike battery inputs 30–100% and re-rate miners/OEMs. Time windows: immediate (days) see policy-driven volatility around budget releases; short-term (3–6 months) affects OEM production cadence and Q3 inventories; long-term (2–5 years) determines battery-capex and mining investment cycles. Hidden dependencies: local-content rules, exchange rates (CAD vs USD), and provincial incentives will determine actual subsidy capture and supply-chain reshoring economics. Key catalysts: federal budget, monthly Canadian EV sales reports, OEM capex announcements, and major battery plant FID within 6–12 months. Trade implications: Tactical longs: favor legacy OEM equities and their 6–12 month call spreads (F, GM, STLA) that benefit from subsidies and existing ICE cashflows; tactically underweight pure-play battery miners (ALB, LAC, SQM) and high-valuation EV specialists (TSLA trim exposure) where demand risk and margin compression are higher. Use pair trades: long GM vs short ALB to capture relative upside from demand subsidies vs downside in raw-material pricing. Options: buy 3–6 month call spreads on F/GM (10–25% OTM) and 3-month puts on LAC/ALB (15% OTM) as downside protection. Contrarian angles: Consensus assumes subsidies automatically equal demand — missing is price sensitivity under C$50k and local-content friction; if rebates primarily shift demand to lower-priced EVs, battery metal intensity per km falls and miners’ growth could be materially overstated. Historical parallels: renewable subsidy cycles (solar/ethanol) produced boom-bust in input suppliers while incumbent manufacturers consolidated share. Unintended consequence: OEM-directed subsidies may accelerate production of larger, heavier EV SUVs, increasing battery demand per vehicle and momentarily propping miner fundamentals despite weaker unit growth.