‘As fast as we possibly can’: Energy expert on transitioning to renewables

Key Concepts:

• Energy security
• Energy transition
• Renewables (solar, wind, batteries, hydrogen)
• Fossil fuels (oil and gas)
• Volatility in energy markets
• Decarbonization
• Strategic vision
• Regulatory structures
• Interconnectivity of energy markets
• Economies of scale
• Technology transfer
• Local manufacturing capability

1. Oil and Gas as Vital for Energy Security:

• The Israel-Iran conflict highlights the continued importance of oil and gas for energy security.
• Aramco CEO Amin Nasser emphasized that reliance on fossil fuels cannot be dismissed during conflicts because renewables are not yet capable of meeting all demand.
• Executives at Energy Asia warned that supply disruptions around the Strait of Hormuz could lead to sharp price increases.
• Diversified energy sources and strategic reserves are crucial to mitigate risks.

2. The Energy Transition: Not an Overnight Switch:

• The energy transition will not happen immediately.
• Scaling renewables, storage, and hydrogen is important, but affordability and reliability must be preserved.

3. Middle East Tensions and Global Energy Markets:

• Tensions in the Middle East cause concerns about the energy market.
• Adair Turner notes that the oil price movement has been less than expected, with a moderation this week.
• The current energy system is heavily dependent on fossil fuels (75% or more globally), making it volatile due to the global trading of fossil fuels.
• The energy transition, with more diverse sources (renewables, nuclear, and a remaining role for fossil fuels), will lead to a less volatile system.

4. Accelerating Renewables Deployment:

• Strategic vision is crucial for faster renewables deployment.
• Regulatory structures are needed to enable renewables development and grid connection.
• Support for finance, good planning, and permitting systems are also essential.
• The scale of renewable energy potential is significant across much of the world.
• Solar plus batteries will become dominant in many sunny regions.
• Southeast Asia has huge renewable energy resources, and interconnectivity between markets can unlock this potential.

5. Meeting Asia's Energy Demand and Decarbonization:

• There is no conflict between meeting energy demand and decarbonizing.
• Work on India shows that it's possible to increase power demand four to five times by 2060 using primarily renewables (solar and wind).
• The Energy Transitions Commission's work focuses on big increases in electricity supply, even doubling it in rich countries and increasing it four to five times in India and ten times in sub-Saharan Africa.

6. China's Example in Renewables:

• China has rapidly adopted solar farms, EVs, and batteries due to strategic vision.
• China committed to renewables deployment and manufacturing, benefiting from economies of scale and learning curve effects.
• Solar PV costs have decreased by about 90% in the last 10 years, and wind turbine costs are significantly lower in China.
• Battery technology has seen significant advancements in energy density and cost reduction.

7. Southeast Asia and China:

• Southeast Asian countries should work with China to develop local manufacturing capabilities.
• Malaysia has successfully used Chinese inward investment to build a manufacturing base through joint ventures and technology transfer.

8. Conclusion:

• The energy transition is essential for energy security and reducing market volatility.
• Strategic vision, supportive policies, and international cooperation are crucial for accelerating the deployment of renewables.
• China's success in renewables offers valuable lessons for other Asian countries, particularly in terms of strategic planning and manufacturing.
• Interconnectivity and technology transfer are key to meeting Asia's growing energy demand while decarbonizing its energy systems.