Map of the Energy World
5 min read
Welcome to the World Energy Map! Explore and compare energy data from different countries, including oil, natural gas and production, energy consumption, and CO₂ emissions. An educational tool for understanding the energy, climate and geopolitical challenges shaping today’s world.
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Explore and compare energy data from countries around the world. Production, consumption and CO₂ emissions: the map puts major global energy, climate and geopolitical challenges into perspective.
Key Data by Country: Production, Consumption and CO₂ Emissions
Click on a country to access its key energy data. The country profile shows its oil, natural gas and production, its consumption, and its CO₂ emissions, both total and per capita.
These data provide a clearer understanding of each country’s . For example, China and India stand out for their high consumption, while the United States is characterized by the scale of its oil and natural gas production. Japan, meanwhile, remains heavily dependent on energy imports.
Compare Countries in Just a Few Clicks
The map makes it easy to identify differences between countries and regions around the world. By selecting a country or changing the filters, you can compare production levels, energy consumption and CO₂ emissions.
This tool highlights the diversity of energy situations worldwide, including low consumption levels in many African countries, Europe’s dependence on hydrocarbon imports, and the growing importance of Brazil among the world’s oil and natural gas producers.
CO₂ Emissions: Why Compare Total and Per Capita Emissions?
CO₂ emissions are a key indicator for understanding the impact of human activities on the climate. The map presents two complementary approaches:
- A country’s total emissions, which reflect its share of global emissions
- Its per capita emissions, which make it possible to compare emissions levels across countries of different sizes
As a result, China is currently the world’s largest emitter in terms of total emissions, while the United States has higher per capita emissions. The map also allows users to compare the transition pathways of European Union countries and understand France’s distinctive situation. Its electricity-related emissions are lower because nuclear accounts for a significant share of its . Together, these two indicators provide a clearer understanding of discussions surrounding climate responsibility and pathways.
Some data may appear as “unavailable.” This may be due to the absence of a particular energy resource or sector in the country concerned, a lack of sufficiently reliable statistical data, or the fact that no data has been published in the international databases used for this map.
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