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Writer's pictureEdwin O. Paña

Top 50 Countries Leading in Sustainable Energy Performance in 2024


Image: depicting a world map highlighting the top 50 countries leading in sustainable energy performance in 2024. The map includes icons representing renewable energy sources like wind turbines, solar panels, and hydroelectric dams, along with the title prominently displayed at the top.



Measuring the sustainable energy performance of countries involves evaluating various metrics that indicate how effectively and efficiently they are utilizing and promoting renewable energy sources.


Here are some key metrics used in this evaluation:



1. Renewable Energy Share:


   - The percentage of a country's total energy consumption that comes from renewable sources like wind, solar, hydro, and biomass.



2. Energy Intensity:


   - The amount of energy consumption per unit of GDP. Lower energy intensity indicates a more energy-efficient economy.



3. Carbon Intensity:


   - The amount of carbon dioxide emissions per unit of energy consumed. Lower carbon intensity signifies cleaner energy usage.



4. Greenhouse Gas Emissions:


   - Total greenhouse gas emissions, often measured in CO2 equivalents, which can indicate the environmental impact of a country's energy consumption.



5. Energy Efficiency:


   - Measures taken to reduce energy consumption while maintaining the same level of service or output. This can include technological improvements, policy measures, and behavioral changes.



6. Investment in Renewable Energy:


   - Financial investments in renewable energy projects and technologies, often measured as a percentage of GDP or total energy investment.



7. Energy Access:


   - The percentage of the population with access to modern and reliable energy sources. This also includes the rate of electrification in rural and urban areas.



8. Policy and Regulation:


   - The presence and effectiveness of policies, regulations, and incentives promoting sustainable energy, such as subsidies for renewable energy projects, carbon pricing, and energy efficiency standards.



9. Innovation and Technology:


   - The level of innovation in energy technologies, indicated by patents filed, research and development spending, and the adoption of new technologies.



10. International Cooperation:


    - Participation in international agreements and initiatives aimed at promoting sustainable energy and reducing global greenhouse gas emissions.



11. Public Awareness and Engagement:


    - The level of public awareness and engagement in sustainable energy practices, often measured through surveys and participation in energy-saving programs.



Countries are often ranked or scored based on these metrics by various organizations and institutions, such as the International Energy Agency (IEA), World Bank, and non-governmental organizations. These scores can be used to compare countries' progress and identify areas for improvement.



Here are the top 50 countries ranked highest in sustainable energy performance for 2024, based on the Energy Transition Index (ETI) and other relevant metrics:



1. Sweden


2. Denmark


3. Finland


4. Switzerland


5. France


6. United Kingdom


7. Germany


8. Austria


9. Norway


10. Netherlands


11. New Zealand


12. Luxembourg


13. Canada


14. Uruguay


15. Spain


16. Italy


17. Iceland


18. Slovenia


19. Ireland


20. Belgium


21. Japan


22. Estonia


23. Portugal


24. Latvia


25. Czech Republic


26. Israel


27. Slovakia


28. Croatia


29. Australia


30. Lithuania


31. Argentina


32. Malta


33. Hungary


34. Costa Rica


35. South Korea


36. Brazil


37. Singapore


38. Bulgaria


39. Romania


40. Poland


41. Russia


42. Mexico


43. Chile


44. Greece


45. Mauritius


46. United Arab Emirates


47. Qatar


48. Panama


49. Hong Kong (China)


50. Venezuela



These rankings reflect various factors such as the share of renewable energy in their energy mix, energy efficiency, greenhouse gas emissions, policy and regulatory frameworks, and overall progress towards a sustainable energy system.



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