Global Energy Crisis and Transition Overview

Global Energy Crisis Overview

Historical Context of Energy Shocks

• Significant Energy Shocks:
  • 1970s: Yom Kippur War
  • 1979: Iranian Revolution
  • 1990-91: Iraq's invasion of Kuwait
  • 2022: Russia's invasion of Ukraine
  • Current Crisis: Triggered by American-Israeli strikes on Iran, disrupting oil and gas flows, signifying a more profound transition in global energy systems.

Trends in Energy Transition

• International Energy Agency (IEA) Findings:
  • Transport electrification is advancing; electric vehicles (EVs) projected to displace:
    • 2023: ~0.9 million barrels per day (mb/d) of oil demand.
    • 2024: Increase to ~1.3 mb/d (rise over 30%).
  • Current displacement accounts for only 1%-1.3% of global oil demand.
• Potential Supply Shock: 8 mb/d could accelerate the transition from fossil fuels.

Economic Implications

• Petrodollar System: Historically, oil pricing in dollars has supported the U.S. financial system.
• Fragmented Energy Paradigm:
  • Shift from globally traded commodities to a focus on geographically dispersed supply chains, particularly concerning critical minerals.

Geographical Distribution of Critical Minerals

• Lithium:
  • Chile: 30%
  • Argentina: 13%
  • Australia: over 20%
• Cobalt:
  • Democratic Republic of Congo: over 70% of global production.
• Nickel:
  • Dominated by Indonesia; Canada emerging as a key supplier.
• Copper:
  • Crucial for electrification, concentrated in Chile and Peru.
• China's Dominance: Control over processing and manufacturing may lead to dependency on Chinese industrial capacity, akin to historical reliance on dollar-denominated oil.

Strategic Considerations for India and Global South

• Opportunities and Risks:

  • Transition offers a chance to reduce fossil fuel reliance but introduces risks of new technological and supply chain dependencies.

• Strategic Framework:

  • Rooted in the Global South's legacy of non-alignment:
    • Securing diverse resources.
    • Building domestic technological capabilities in manufacturing and processing.
    • Avoiding dependencies that replicate past hierarchies.

Conclusion

The current global energy landscape is undergoing a significant transition spurred by geopolitical disruptions and technological advancements in electrification. This presents both challenges and opportunities, particularly for countries like India, which must navigate the potential pitfalls of new dependencies while fostering local manufacturing and supply resilience.