What did Wood Mackenzie's August 2026 "electric shock" report conclude about the potential for accelerated global EV adoption driven by oil supply disruptions, high fuel prices, and technological breakthroughs, and what are the projected impacts on oil demand, refinery closures,

Oil demand impacts

• Accelerated EV uptake would reduce oil demand substantially, contributing to demand plateauing or peaking earlier than Wood Mackenzie's previous forecast of 2032 .
• The report flags that more than a fifth of global oil refining capacity is at risk of closure as structural oil demand decline accelerates .
• In a related earlier analysis, Wood Mackenzie noted that a Hormuz closure scenario could cut oil demand by 20% relative to base case by 2050 .

Regional EV adoption trajectories

• China: Already far ahead — oil displaced by EVs rose 42% YoY in H1 2026 to 33.7 million tonnes of oil equivalent . China's rapidly electrifying transport system is uniquely positioned to withstand oil supply shocks and is the primary driver of global EV growth .
• Europe: Strong growth continued in 2025 (EV sales rose 30%+ to 28% of new car sales), driven by stricter CO₂ targets [IEA data via 8]. Europe is likely to see accelerated adoption under high fuel-price scenarios.
• United States: Slower EV uptake relative to Europe and China has been a factor in Wood Mackenzie pushing back its global oil demand peak forecast to 2032 . However, sustained high gasoline prices from oil supply disruptions would improve US EV economics significantly.

Critical mineral bottlenecks (copper)

• Wood Mackenzie's base case projects total copper demand surging 24% to 42.7 million tonnes per year by 2035, driven by economic development, electrification, and the energy transition (EVs, renewables, grid infrastructure) .
• Investment in electricity grids is emerging as the single most important driver of future copper demand, underpinning growth from renewable energy and EV charging infrastructure .
• EV-related copper demand includes both vehicle manufacturing and the charging/grid upgrade ecosystem .
• Copper supply constraints represent a material bottleneck risk — Wood Mackenzie has flagged that soaring demand could become an obstacle to growth if new mining supply doesn't keep pace .

Grid management challenges

• The report warns that accelerated EV adoption will place significant strain on power grids, requiring massive investment in grid infrastructure to support charging networks and manage peak load .
• Grid investment is becoming the dominant driver of metals demand (especially copper), and grid readiness is a critical enabler — or bottleneck — for EV adoption at scale .

Required investment

• Wood Mackenzie's broader energy transition outlook estimates that public and private investment needs to increase by 30% from current levels, averaging US$4.3 trillion per year between now and 2060 to scale low-carbon technologies .
• Under a net-zero pathway, half of total capex must go to electrification and infrastructure . The global energy transition represents a US$130–175 trillion investment opportunity through 2060 .

Key caveat: The full "Electric shock" report is behind Wood Mackenzie's paywall, so these findings synthesize what was publicly reported via Reuters, the Wood Mackenzie press release, and news wire summaries on August 13, 2026. Specific model outputs (e.g., exact EV adoption percentages under acceleration, precise oil displacement bpd figures) were not published in the open-access coverage.