Electricity prices

Q2 2026 update: The average electricity price in the world is USD 0.176 kWh for residential users and USD 0.164 USD per kWh for businesses. The highest residential electricity prices are in Europe at USD 0.254 per kWh and the lowest are in Asia with USD 0.088. Africa (0.14), Oceania (0.261), North America (0.153), and South America (0.213) are in between.

The highest business electricity prices are in Oceania at USD 0.266 per kWh and the lowest prices are in Africa (0.133) and Asia (0.107). On the other continents: Europe (0.213), North America (0.165), and South America (0.203).

See the price averages across 35 country groups.

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World Average Electricity Prices, USD / kWh

The world average electricity price increased by 1.02 percent for households and by 0.44 percent for businesses since Q1 2026. On an annual basis, household rates increased by 6.12 percent and business rates increased by 3.76 percent since Q2 2025.

World electricity prices: time chart until Q2 2026

European Average Electricity Prices, USD / kWh

Electricity prices in Europe decreased by 0.39 percent for households and by 3.46 percent for businesses compared to Q1 2026. Annually, European electricity rates increased by 3.70 percent for households and by 3.73 percent for businesses since Q2 2025.

Electricity prices in Europe: time chart until Q2 2026

Percent Change in Electricity Prices by Continent

Electricity Prices by Continent: Quarterly and Annual Changes
Continent Households
(quarterly change)
Households
(annual change)
Business
(quarterly change)
Business
(annual change)
Africa 0.41% 9.85% 0.75% 9.13%
Asia 3.42% 4.54% 2.01% 0.10%
Europe -0.39% 3.70% -1.46% 3.53%
North America 3.21% 9.65% 2.31% 6.81%
Oceania 1.71% 8.46% 9.29% 0.02%
South America 2.81% 3.53% 1.84% 1.54%


Notable Electricity Price Changes in Q2 2026

Electricity price changes between Q1 and Q2 2026 were less dramatic than might have been expected given the energy price shock associated with the war in Iran. This contrasts sharply with the onset of the war in Ukraine, when prices rose rapidly and substantially.

The difference is that in 2022, the shock affected natural gas supplies, primarily in Europe, which had few alternative supply routes. Liberalized markets reacted very sharply to the supply shortage, and prices escalated. Now, supply routes are more diversified. In addition, the immediate impact fell mostly on Asia, where almost all energy markets are regulated and governments were able to absorb some of the price increases. After a period of high inflation across the world, there was also immediate political pressure to implement price-stabilization policies. Moreover, the energy price shock was expected to be temporary, allowing countries to ride it out.

As is typical every quarter, some countries with regulated markets adjusted their electricity prices. The moves were mostly upward as countries tried to reduce the fiscal strain of low energy prices. At the same time, the price increases were moderate to avoid adding pressure on the economy or fueling political unrest.

Those increases were balanced by some countries in Europe that experienced lower power prices due to abundant sunshine and wind. In fact, the more limited impact of the recent energy price shock on final prices points to an increasing level of self-reliance in electricity production in many countries, driven by the expanding share of renewables. The transition to cleaner energy goes hand in hand with increasing energy independence, a welcome combination for many countries. It is therefore not surprising that the world, and the private sector in particular, is investing heavily in clean energy, as the International Energy Agency reports.

Compare Electricity Prices by Country

The table shows the average residential and business electricity rates for the period from 2023 to 2026. Such averages are better for comparing countries as they avoid quarter-to-quarter price volatility. You can also see a world map of electricity prices.

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Residential and Business Electricity Prices by Country (2023-2026 averages)
Countries Residential electricity rates
in USD/kWh,
2023–2026 average
Business electricity rates
in USD/kWh,
2023–2026 average
Bermuda 0.465 0.264
Ireland 0.450
Italy 0.414 0.411
Cayman Islands 0.410 0.367
Germany 0.406 0.283
Belgium 0.406 0.263
UK 0.402 0.442
Liechtenstein 0.399 0.273
Switzerland 0.367 0.285
Denmark 0.355 0.230
Austria 0.353 0.292
Czech Republic 0.351 0.228
Bahamas 0.348 0.370
Cyprus 0.343 0.307
Cape Verde 0.329 0.203
Barbados 0.314 0.326
Guatemala 0.299 0.189
Estonia 0.292 0.165
Jamaica 0.290 0.242
Netherlands 0.286 0.220
Lithuania 0.285 0.184
Latvia 0.280 0.166
France 0.276 0.185
Luxembourg 0.261 0.219
Australia 0.259 0.242
Uruguay 0.255 0.126
Spain 0.255 0.134
El Salvador 0.254 0.224
Greece 0.254 0.236
Sweden 0.243
Portugal 0.239 0.159
Poland 0.236 0.334
Singapore 0.233 0.262
Sierra Leone 0.232 0.306
Honduras 0.231 0.230
Slovenia 0.228 0.191
Chile 0.228 0.169
Japan 0.227 0.201
Mali 0.223 0.160
Romania 0.222 0.242
Belize 0.219 0.173
Kenya 0.219 0.175
Slovakia 0.215 0.287
New Zealand 0.212
Aruba 0.211 0.314
Rwanda 0.211 0.078
Burkina Faso 0.209 0.217
South Africa 0.209 0.105
Philippines 0.209 0.156
Gabon 0.208 0.175
Colombia 0.207 0.204
Togo 0.199 0.181
Andorra 0.196 0.177
USA 0.188 0.149
Peru 0.186 0.162
Israel 0.185 0.113
Hong Kong 0.184 0.174
Senegal 0.183
Croatia 0.181 0.175
Moldova 0.179 0.159
Iceland 0.179 0.087
Panama 0.176 0.198
Nicaragua 0.176 0.216
Finland 0.175 0.122
Uganda 0.171 0.116
Costa Rica 0.170 0.229
Norway 0.165 0.112
Brazil 0.164 0.133
Bulgaria 0.155 0.153
Cambodia 0.150 0.000
Malta 0.148 0.165
Ghana 0.147 0.137
Namibia 0.143
Mauritius 0.135 0.137
Ivory Coast 0.132 0.235
Serbia 0.130 0.144
Madagascar 0.130 0.195
Swaziland 0.129 0.091
N. Maced. 0.129 0.260
Thailand 0.127 0.128
Mozambique 0.127 0.080
South Korea 0.127 0.118
Canada 0.123 0.109
Morocco 0.121 0.110
Montenegro 0.120
Albania 0.119 0.141
Dom. Rep. 0.115 0.171
Sri Lanka 0.114 0.089
Armenia 0.113 0.110
Hungary 0.111 0.369
Mexico 0.109 0.213
Lesotho 0.108 0.022
Bosnia & Herz. 0.108 0.119
Maldives 0.104
Taiwan 0.098 0.189
Ecuador 0.097 0.094
Botswana 0.094 0.123
Tanzania 0.091 0.093
Jordan 0.090 0.139
Indonesia 0.090 0.070
Malawi 0.088 0.154
Argentina 0.087 0.095
Belarus 0.087 0.114
Cameroon 0.084 0.179
Ukraine 0.084 0.164
UAE 0.080 0.110
Vietnam 0.078 0.078
India 0.077 0.122
China 0.076 0.108
Venezuela 0.069 0.081
Russia 0.069 0.103
Turkey 0.067 0.137
Tunisia 0.067 0.116
Georgia 0.066 0.105
DR Congo 0.066 0.076
Bangladesh 0.063 0.101
Pakistan 0.063 0.153
Kazakhstan 0.057 0.076
Trinidad & Tobago 0.057 0.053
Paraguay 0.055 0.046
Afghanistan 0.052 0.094
Saudi Arabia 0.052 0.070
Malaysia 0.050 0.129
Suriname 0.050
Bahrain 0.048 0.078
Azerbaijan 0.048 0.064
Nepal 0.042 0.067
Algeria 0.041 0.035
Kuwait 0.040 0.070
Uzbekistan 0.039 0.068
Nigeria 0.036 0.050
Laos 0.034
Qatar 0.032 0.036
Oman 0.030 0.188
Burma 0.025 0.109
Zambia 0.023 0.040
Egypt 0.023 0.038
Sudan 0.017 0.041
Angola 0.016 0.013
Kyrgyzstan 0.015 0.040
Bhutan 0.015 0.019
Iraq 0.015 0.045
Cuba 0.014
Ethiopia 0.006 0.018
Iran 0.003


What Explains Electricity Price Differences by Country

Looking at the table above, one observes very substantial differences in electricity prices around the world. The most expensive countries in terms of electricity prices are a mix of two kinds. One kind is remote islands like Bermuda and the Bahamas that rely on fossil fuels for electricity generation with no option to import electricity from a neighbor. The high cost of electricity generation in those countries explains the high prices. The second kind are advanced countries, primarily in Europe, where high prices are due to high taxes and high transmission and distribution costs.

The lowest residential electricity prices are in Ethiopia, Iran, Sudan and a few other countries where one kWh of electricity costs less than USD 0.10. Some of these counties, such as Iran, subsidize their electricity prices as they are rich in energy resources. Others, such as Ethiopia, are pressed to subsidize prices as incomes in the country are very low and electricity is an essential product.

Of the big economies, prices in the U.S. are close to the world average whereas China’s electricity prices are about half of those in the U.S. In contrast, prices are much higher in Japan and, especially, in Germany.

Note also that business electricity prices are generally lower than household electricity prices, reflecting the effort to maintain industrial competitiveness.

The U.S. Energy Information Administration has an interesting overview explaining factors explaining electricity prices.

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Benchmark Data Parameters

The prices are per kWh and include all items in the electricity bill such as the distribution and energy cost, various environmental and fuel cost charges and taxes. The residential prices are calculated using the average annual household electricity consumption per year and for businesses, we use 1,000,000 kWh consumption per year. We do, however, calculate several data points at different levels of consumption for both households and businesses.

Price distribution in Q2 2026

The chart shows the global average residential electricity prices at several levels of electricity consumption: at 25 percent of the average annual consumption, 50 percent, and so forth. The distribution is U-shaped: prices are higher at low and high levels of electricity consumption. Often electricity bills have a fixed payment which raises the per kWh price at low levels of electricity consumption. At the same time, many countries with regulated prices have lower rates for poorer households which explains the higher global average at higher levels of electricity consumption.
Residential electricity price distribution Q2 2026
On the following chart are the global average electricity prices by firm size. Prices uniformly decline with firm size due to volume discounts.
Commercial electricity price distribution Q2 2026

Data Collection Methodology

Broadly, the collection of electricity prices depends on whether a country has liberalized or regulated power markets. In regulated markets, the government periodically announces new tariff structures. We use these documents to distill the information into the numbers that you see in the data set. The challenge is to have country-specific methodologies that ensure consistency across countries and over time using documents in local languages and changing formats.

In liberalized markets, we take power prices from the current offers of the largest electricity providers, the cost of distribution and transmission from the regulators, and the various applicable taxes and fees from additional research. We give more weight to providers with a larger market share. We also do research to see if the government has adopted any price support mechanisms as the ones that became widespread after the energy price shock in 2022. Here the challenge is to pull information from a variety of sources and to not miss anything.

Hence, for each country - liberalized or regulated - we have a separate methodology with sources and instructions on how to summarize the information. The sources and methodologies evolve over time. The methodology is described in more detail on the about page.

Unfortunately, few countries have electricity price reporting from official sources that is comprehensive, well-documented in terms of methodology, sustained in the same format over time and, most importantly, timely. Although official statistics exist, they often have a significant lag or changing reporting structure. One notable exception is the United Kingdom that check off all those boxes. On that count, it may be useful to read about the differences between our data and official statistics.
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