Trio of economic forces could boost electric vehicles, WoodMac says

• Global oil demand could decline to 99 million barrels per day by 2040 from over 100 million bpd today as EV adoption accelerates
• China is advancing battery technologies including 5-minute charging and sodium-ion batteries, while the U.S. may need to boost domestic EV supply chains to remain competitive
• Supporting 50% growth in global EVs by 2040 requires an additional $45 billion in metals investment over the next decade, with copper identified as the critical bottleneck

Summary: Economic Forces Driving EV Growth and Market Impact

Wood Mackenzie's August 13 report identifies three key economic forces that could accelerate global electric vehicle production: oil supply shocks from conflicts in Russia and Iran, high fuel prices driving consumer adoption, and rapid technological innovation.

Key Developments:

China is leading battery innovation with 5-minute charging capabilities and advancing sodium-ion and lithium iron phosphate technologies. Western countries may need government support and increased licensing of Chinese EV technology to enhance resilience against oil price volatility while developing domestic supply chains.

Market Implications:

Global oil demand is projected to decline to 99 million barrels per day by 2040, down from current levels above 100 million bpd. However, abundant U.S. oil supplies may slow domestic EV adoption, potentially leaving America trailing international competitors.

According to report co-author David Brown, the U.S. faces a "tidal wave of EV innovation" from abroad and must significantly invest in EV supply chains and manufacturing to maintain global competitiveness.

Critical Challenges:

• Mineral Supply: Global mineral resources can support 50% EV growth by 2040, but delivery speed remains uncertain
• Investment Gap: $45 billion in additional metals investment needed over the next decade
• Copper Bottleneck: Identified as the most critical supply constraint
• Infrastructure: Electric grids and regulators must expand "managed charging" systems to shift demand to periods of ample power supply

The report highlights the urgent need for coordinated policy action, supply chain investment, and grid infrastructure development to support the anticipated EV transition and its implications across oil, power, and metals markets.