The Economic Implications of the Energy Transition in Asia-Pacific
IMF Working Papers, January 9, 2026
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Bibliographic details
- Authors: John A Spray, Sneha D Thube, Alice Tianbo Zhang
- Published: January 9, 2026
- Series: IMF Working Papers
- DOI: https://doi.org/10.5089/9798229035033.001
Executive summary and central findings
- The paper examines the economic effects of the global energy transition and the large uncertainty surrounding future fossil fuel demand on countries in the Asia-Pacific region.
- Baseline projection: coal demand is expected to shrink by 15 percent by 2035.
- Alternative outcomes: depending on global policy ambition and technological uptake, the decline in coal demand could be as large as 45 percent.
- Stranded asset risk (model simulations):
- One-third of global coal capital stock could become stranded if the speed of the transition is underestimated.
- One-quarter of Asia-Pacific coal capital stock could become stranded under the same scenario.
- Global natural gas faces both upside and downside risks depending on transition design:
- When energy policy targets coal alone, natural gas extraction benefits, prompting an 18 percent rise in capital stock.
- A fuel-agnostic transition would reduce gas capital stock by 16 percent.
- Distributional impacts across countries:
- High-cost coal exporters face early losses.
- Low-cost coal producers could potentially gain market share.
- Some gas exporters may benefit under select scenarios.
- New growth opportunities:
- Countries with strong critical mineral endowments and green energy potential may gain from the transition.
Model scenarios and sensitivities
- Baseline versus high-transition scenarios:
- Baseline: coal demand down 15 percent by 2035.
- High-transition / rapid adoption scenario: coal demand decline up to 45 percent by 2035.
- Policy design sensitivity:
- Coal-targeted policies (not fuel-agnostic) can shift demand toward natural gas, increasing gas capital stock by 18 percent.
- Fuel-agnostic transitions (technology- and fuel-neutral) can reduce gas capital stock by 16 percent.
- Stranded capital sensitivity:
- Under underestimated transition speed, up to one-third of global coal capital stock is at risk of becoming stranded.
- Under the same conditions, one-quarter of Asia-Pacific coal capital stock is at risk.
Regional and country-level implications
- Asia-Pacific heterogeneity:
- Outcomes vary by cost structure and resource endowments.
- High-cost coal exporters: early economic losses and elevated adjustment needs.
- Low-cost coal producers: potential to retain or expand market share in some scenarios.
- Gas exporters: outcomes ambiguous—some scenarios yield benefits.
- Growth and diversification opportunities:
- Critical minerals and green energy potential create new avenues for growth and export diversification for some countries.
Policy implications and priorities (implied by findings)
- Manage transition speed and communication to reduce stranded asset risk, especially in coal capital.
- Account for policy-design effects on fuel substitution (coal-targeted vs. fuel-agnostic) to anticipate impacts on natural gas sectors.
- Implement country-specific adjustment strategies:
- Support high-cost coal exporters with fiscal, labor, and structural policies to manage early losses.
- Help low-cost producers and potential gas beneficiaries manage market shifts and volatility.
- Promote investment and policy frameworks to leverage critical mineral endowments and green energy potential for new growth.
- Monitor and model capital stock exposure across fossil fuels to inform transition planning.
Source: John A Spray, Sneha D Thube, and Alice Tianbo Zhang; January 9, 2026.
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- Working Paper