战略与国际研究中心-Global-Energy,-Economic-Interdependence,-Iraq,-and-the-Gulf_76页_714kb

Global Energy, Economic Interdependence, Iraq And the Gulf

Anthony H. Cordesman | Revised: September 2007

Core Content Overview

This report examines the dynamics of global energy supply and demand, emphasizing the role of economic interdependence, market forces, and geopolitical factors in shaping energy security and future trends. It highlights the importance of understanding energy as a shared resource rather than a zero-sum game, and outlines how various factors such as substitution, conservation, efficiency, and technological change can influence energy markets over time.

Main Points and Key Information

1. Scoping the Problem

• Not all energy crises are true crises; short-term issues can lead to long-term gains through substitution, new technologies, diversification, and conservation.
• Supply shortfall models are outdated, uncertain, and vary sharply by country.
• Energy security decisions are often domestic, including nuclear, coal, conservation, and social policies.
• Energy is not a zero-sum game between consumers and suppliers; global interdependence means energy must be shared to sustain trade and exports.
• Energy costs as a percentage of GDP or economic dependence show considerable elasticity.
• A difficult present may have serious political and economic costs but could lead to a better future.

2. The 19th Century Myth of Global Resource Competition

• The world does not run out of oil and gas; it becomes progressively less affordable.
• Open market prices are the most effective mechanism for global trade and globalism.
• Substitution effects are most effective when driven by price, with limited government intervention.
• High prices driven by demand are fair prices.
• The world adapts over time to changing energy conditions.

3. Global Interdependence

• Major industrialized states and emerging economies rely heavily on global trade.
• The US and Europe import oil via Asian manufacturers.
• Global stability depends on economic growth and stability.
• Environmental, supply, conservation, and efficiency issues evolve on a global scale.
• Market forces are the most efficient and secure method for pricing and distribution.

4. Elasticity in Demand and Supply

• Elasticity in demand is influenced by economic growth, price response, and global conditions.
• Elasticity in supply depends on quantity, price, and technological advancement.
• Elasticity in conservation involves reducing energy use through social change and improved efficiency.
• Elasticity in efficiency allows for maintaining output with less energy consumption.

5. Global Oil Dynamics

• Oil reserves are uncertain and subject to technological advances and substitution.
• Canadian tar-sands, Venezuelan bitumen, and unconventional sources are critical for future supply.
• Oil production trends show growth in the Middle East, Africa, and other regions.
• Oil price has a significant impact on global demand for all liquids.
• Future oil prices are projected to be $36, $59, and $100 per barrel in 2030.

6. Oil Supply Risks and Disruptions

• Historical oil shocks (e.g., Suez War, 1974 embargo, 1990 Iraq invasion) have had major impacts on supply and prices.
• Chokepoints such as the Strait of Hormuz, Bab el-Mandab, and Suez/Sumed are critical for global oil flow.
• The report identifies key "hotspots" and potential vulnerabilities in oil and gas supply.

7. Asymmetric Warfare and Energy Security

• Iran's military capabilities, including submarines, mines, and anti-ship missiles, pose a threat to energy infrastructure.
• The potential for asymmetric attacks highlights the need for diversified supply routes and robust security measures.

8. Global Gas Dynamics

• Natural gas modeling and vulnerability assessments are still limited.
• Gas is expected to become a major source of global energy trade.
• Many pipeline and LNG projects face uncertainty in timing, cost, and viability.
• The Russian gas issue is significant due to its critical role in European energy supply.

9. Regional Energy Trends

• China and India are driving much of the global energy demand growth.
• Non-OECD Asia is expected to see rapid expansion in natural gas consumption.
• Urbanization and demographic shifts are major drivers of energy demand.
• Population growth is projected to increase significantly, with most growth occurring in poor countries.

Conclusion

The report underscores that while energy scarcity and price volatility are real concerns, they are more likely to be managed through market mechanisms, technological innovation, and conservation efforts than through conflict. It emphasizes the importance of global interdependence, elasticity in demand and supply, and the role of regional dynamics in shaping future energy security. Understanding these factors is crucial for developing effective energy policies and strategies.