Global Average Energy Efficiency
Last updated: March 8, 2026
4.7 MJ/$
MJ/USD GDP
The global average energy intensity is approximately 4.7 megajoules per dollar of GDP. This has improved 2% annually, meaning economic growth is increasingly decoupled from energy consumption. Developed nations average 3.2 MJ/$ vs 7.5 for developing nations.
Historical Trend
Source: IEA
Why This Average Exists
Energy efficiency is the 'first fuel' of the energy transition — the cleanest and cheapest way to meet energy needs. Improving efficiency by 4% annually could meet half of Paris Agreement targets.
Factors That Affect Global Average Energy Efficiency
- Economic structure
- Technology adoption
- Building standards
- Transport efficiency
- Industrial processes
- Government policy
Frequently Asked Questions
Methodology & Data Sources
The data presented on this page is compiled from publicly available datasets published by international organizations including the World Bank, World Health Organization (WHO), International Labour Organization (ILO), United Nations, NASA, and national statistical agencies.
Global averages are calculated using population-weighted or arithmetic means depending on the metric. Country-level data reflects the most recent available figures, typically from 2024–2024. Where gaps exist, the latest available data point is used.
All figures are subject to revision as source organizations update their datasets. For the most authoritative data, we encourage consulting the original sources linked in the table above.
Further Reading
- Global Average Energy Consumption— 21,300 kWh kWh/year
- Global Average CO₂ Emissions Per Capita— 4.7 tonnes tonnes/year
- Global Average GDP Per Capita— $12,800 USD
- Global Average House Price— $265,000 USD
- Global Average Electricity Price— $0.14 USD/kWh
- Global Average Gas Price— $1.31/L USD/liter
- Global Average Renewable Energy Capacity— 530W watts/capita
- Global Average Nuclear Energy Share— 9.2% %