2023-11-21-IEA-2023年拉丁美洲能源展望_296页_18mb

Latin America Energy Outlook Summary

Core Content

The Latin America Energy Outlook by the International Energy Agency (IEA) is the first in-depth and comprehensive assessment of the region's energy landscape. It highlights Latin America and the Caribbean (LAC) as a region rich in both fossil fuel and renewable energy resources, with a strong foundation for clean energy transitions.

Key Strengths of the Region

• Abundance of Natural Resources: The region is endowed with fossil fuels (oil, gas, coal), renewable energy (hydropower, bioenergy, solar, wind), and critical minerals (lithium, copper, graphite, rare earth elements).
• Clean Electricity Sector: LAC has one of the cleanest electricity sectors globally, with renewables accounting for 60% of electricity generation today. Hydropower alone constitutes 45% of electricity supply, with countries like Costa Rica and Paraguay generating nearly all electricity from renewable sources.
• Policy Commitment to Sustainability: 16 out of 33 LAC countries have pledged to achieve net zero emissions by mid-century or earlier, aligning with the Paris Agreement. Most have updated and ambitious climate targets.
• Potential for Clean Energy Leadership: The region is well-positioned to lead in sustainable transport fuels, hydrogen production, and critical mineral supply, which are essential for the global clean energy transition.

Main Trends and Outlooks

1. Energy Mix and Emissions Trends

• Fossil Fuels: Currently account for ~67% of total energy supply, but their share is expected to decline to 54% by 2050 under current policies.
• Renewables: Will grow significantly, rising from ~28% of total energy supply in 2022 to over 40% by 2050.
• CO₂ Emissions: LAC accounts for 5% of global energy-related CO₂ emissions, despite contributing 9% to global GDP. Emissions are expected to peak this decade and decline thereafter.

2. Energy Demand and Growth

• Electricity Demand: Is projected to grow by 90% by 2050 under current policies, and by 180% if all pledges are fulfilled.
• Key Drivers: Electrification of transport (projected to reach 16 million electric vehicles by 2030), increased use of biofuels, and growth in energy-intensive industries.
• Peak Demand: Both scenarios show peak electricity demand occurring faster than average, emphasizing the need for flexible power systems and storage.

3. Critical Minerals and Hydrogen

• Critical Minerals: The region holds significant reserves of minerals essential for clean energy technologies, such as lithium, copper, and graphite. With global electrification, demand for these minerals is expected to rise.
• Hydrogen: Low-emissions hydrogen and hydrogen-based fuels are set to become major contributors to the region’s energy mix, especially in the Announced Pledges Scenario (APS), where they could account for over 90% of electricity supply by 2050.

Policy and Investment Needs

• Strategic Vision and Public Policies: Countries must implement robust policies to attract investment, ensure sustainability, and enable just transitions.
• Energy Access and Affordability: Despite progress, energy poverty and affordability remain challenges, particularly in rural areas.
• Regional Integration: Enhancing cross-border electricity trade and grid connectivity can improve electricity security, reduce costs, and increase flexibility, especially with the rise of solar and wind.
• Efficiency Measures: Energy efficiency in buildings, transport, and industry is critical to managing demand growth and delivering social benefits.

Global Role of Latin America and the Caribbean

• Energy Security: The region’s oil and gas reserves can help diversify global supply, while its renewable resources and critical minerals support the global clean energy transition.
• Climate Leadership: With its clean electricity base and renewable potential, LAC can contribute significantly to global decarbonization efforts.
• Economic Growth: Clean energy transitions offer opportunities for stronger economic growth, particularly through the development of new industries and the export of sustainable fuels and minerals.

Key Challenges

• Balancing Growth and Sustainability: Maintaining economic growth while reducing emissions requires careful policy design and investment.
• Managing Fossil Fuel Decline: As oil and gas use peaks and declines, the region must adapt to new energy sources and technologies.
• Overcoming Energy Poverty: Ensuring access to modern energy services is essential for inclusive development.
• Investment and Innovation: Attracting foreign direct investment and fostering innovation in emerging clean energy sectors are vital for success.

Conclusion

The Latin America Energy Outlook underscores the region’s potential to lead in the global clean energy transition. With its diverse resources, existing clean electricity infrastructure, and strong policy commitments, LAC is well-positioned to support a secure, affordable, and sustainable energy future. However, achieving these goals will require coordinated efforts, sound policies, and strategic investments to ensure equitable and effective transitions.