Electricity Consumption by Country 2026: Top 50 EIA 2024 Ranking

What this electricity consumption ranking measures

The ranking compares electricity net consumption in absolute terawatt-hours. It is designed to answer a straightforward question: which national electricity systems consume the largest total amount of electricity?

EIA defines net electricity consumption as electricity generation plus imports, minus exports and transmission and distribution losses. The measure therefore differs from electricity generation. Cross-border electricity trade and grid losses can cause the amount consumed within an economy to differ from the amount generated there.

Population is not part of the ranking formula. A large country can rank near the top because of population, industrial activity and the overall scale of its economy even when electricity consumption per person is below that of a smaller economy.

This distinction separates the ranking from electricity consumption per capita. Total TWh is useful for comparing electricity-market scale and aggregate demand, while a per-capita measure answers how much electricity is consumed relative to population.

Top 10 countries by electricity consumption in 2024

The top of the ranking is highly concentrated. China and the United States occupy the first two positions by a wide margin, while India is the only other country above 1,500 TWh. Russia and Japan complete the Top 5.

Top 10 by electricity net consumption, EIA 2024

EIA reports these values in billion kilowatthours. The figures are numerically identical in TWh because 1 billion kWh equals 1 TWh.

Regional distribution within the Top 50

The 50 values displayed on this page sum to 26,904 TWh. The regional figures below are StatRanker calculations based only on those 50 rows. They are not EIA estimates of complete regional or global electricity consumption.

Sub-Saharan Africa contributes 217 TWh, or 0.8% of the Top 50 subtotal, through South Africa. The regional labels are analytical groupings used for comparison and filtering; EIA remains the source of every country-level electricity value.

Methodology

The ranking uses the U.S. Energy Information Administration's International Energy Statistics series for electricity net consumption in calendar year 2024. The page is presented as a 2026 snapshot because 2024 is the historical year used for the ranking, not because the values represent projected 2026 consumption.

All 50 rows are historical EIA values for 2024. No forecast or projection methodology is applied, so base-year assumptions, growth parameters and projection formulas are not applicable.

EIA's ranking interface presents the country values as whole billion kilowatthours. The page does not add artificial decimal precision. The interactive value sort therefore uses the displayed TWh value and retains the original EIA rank as the tie-breaker.

The regional analysis is derived from the country table rather than taken from EIA. Regional subtotal is the sum of included country values. Regional Top 50 share is calculated as the regional subtotal divided by 26,904 TWh and multiplied by 100.

The ranking does not measure electricity consumption per capita, household electricity use, electricity prices, installed generating capacity, total electricity generation, renewable-energy share, carbon intensity, energy efficiency or total primary energy consumption.

Top 50 countries and economies by electricity consumption

The table ranks the 50 highest entries in EIA's 2024 electricity net consumption dataset. Use the controls to search by country, compare regional groups or change the order of the displayed rows.

Electricity net consumption, 2024

Source: U.S. Energy Information Administration, International Energy Statistics, Electricity net consumption, 2024. EIA's billion-kWh values are displayed as the numerically equivalent TWh values. Where rounded values are equal, the original EIA ranking order is retained.

What stands out in the Top 50

How to interpret electricity consumption rankings

Absolute electricity consumption reflects the combined scale of factors such as population, industrial production, commercial activity, electrification, climate-related demand and the structure of the economy. The ranking shows how much electricity is consumed, not why a particular country reaches that level.

A high position should not be interpreted as evidence of poor energy efficiency. China, the United States and India operate very large electricity systems, and their absolute consumption reflects economic and demographic scale that is not captured by smaller per-capita comparisons.

The ranking also should not be read as a generation ranking. Electricity imports, exports and transmission and distribution losses are part of the relationship between generation and net consumption, so the two measures can differ.

For comparisons of national electricity-market size and aggregate demand, TWh is the relevant metric. For comparisons of electricity use relative to population, a separate per-capita measure is more appropriate.

FAQ

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