Electricity Consumption 2017
Electricity consumption data reveals energy usage trends across countries. Explore rankings and interactive maps for deeper insights.
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Complete Data Rankings
Rank | Actions | ||
|---|---|---|---|
1 | China | 6,591.39 TWh | |
2 | United States | 4,108.62 TWh | |
3 | India | 1,460.8 TWh | |
4 | Russia | 1,080.57 TWh | |
5 | Japan | 1,076.86 TWh | |
6 | Brazil | 625.67 TWh | |
7 | Canada | 607.11 TWh | |
8 | Germany | 592 TWh | |
9 | South Korea | 576.41 TWh | |
10 | France | 515.61 TWh | |
11 | Saudi Arabia | 394.96 TWh | |
12 | United Kingdom | 352.98 TWh | |
13 | Italy | 329.85 TWh | |
14 | Mexico | 329.44 TWh | |
15 | Iran | 300.85 TWh | |
16 | Turkey | 296.71 TWh | |
17 | Spain | 281.55 TWh | |
18 | Taiwan | 270.26 TWh | |
19 | Indonesia | 266.95 TWh | |
20 | Australia | 258.97 TWh | |
21 | South Africa | 248.51 TWh | |
22 | Thailand | 200.05 TWh | |
23 | Vietnam | 195.43 TWh | |
24 | Egypt | 192.87 TWh | |
25 | Poland | 172.2 TWh | |
26 | Malaysia | 159.52 TWh | |
27 | Argentina | 156.07 TWh | |
28 | Ukraine | 150.86 TWh | |
29 | Sweden | 145.24 TWh | |
30 | United Arab Emirates | 134.47 TWh | |
31 | Norway | 133.11 TWh | |
32 | Pakistan | 130.92 TWh | |
33 | Netherlands | 119.55 TWh | |
34 | Venezuela | 102.74 TWh | |
35 | Iraq | 99.22 TWh | |
36 | Kazakhstan | 98.76 TWh | |
37 | Philippines | 94.36 TWh | |
38 | Belgium | 91.36 TWh | |
39 | Finland | 87.95 TWh | |
40 | Chile | 78.89 TWh | |
41 | Colombia | 78.54 TWh | |
42 | Bangladesh | 78.11 TWh | |
43 | Algeria | 75.73 TWh | |
44 | Austria | 73.64 TWh | |
45 | Czech Republic | 72.72 TWh | |
46 | Kuwait | 68.89 TWh | |
47 | Switzerland | 65.7 TWh | |
48 | Israel | 61.79 TWh | |
49 | Greece | 61.04 TWh | |
50 | Romania | 60.65 TWh | |
51 | Uzbekistan | 60.2 TWh | |
52 | Portugal | 54.91 TWh | |
53 | Peru | 52.73 TWh | |
54 | Singapore | 52.28 TWh | |
55 | China, Hong Kong SAR | 48.17 TWh | |
56 | Hungary | 45.8 TWh | |
57 | Qatar | 45.7 TWh | |
58 | New Zealand | 43.66 TWh | |
59 | Bulgaria | 39.36 TWh | |
60 | Morocco | 37.84 TWh | |
61 | Serbia | 37.27 TWh | |
62 | Belarus | 37.1 TWh | |
63 | Oman | 36.15 TWh | |
64 | Denmark | 35.46 TWh | |
65 | Libya | 33.58 TWh | |
66 | Slovakia | 30.45 TWh | |
67 | Ireland | 30.11 TWh | |
68 | Nigeria | 29.78 TWh | |
69 | Bahrain | 29.27 TWh | |
70 | Ecuador | 27.64 TWh | |
71 | North Korea | 23.43 TWh | |
72 | Azerbaijan | 23.05 TWh | |
73 | Lebanon | 21.78 TWh | |
74 | Jordan | 20.77 TWh | |
75 | Turkmenistan | 20.69 TWh | |
76 | Cuba | 20.57 TWh | |
77 | Tunisia | 20.55 TWh | |
78 | Myanmar | 19.65 TWh | |
79 | Dominican Republic | 19.2 TWh | |
80 | Iceland | 19.07 TWh | |
81 | Croatia | 18.72 TWh | |
82 | Syrian Arab Republic | 17.9 TWh | |
83 | Tajikistan | 16.8 TWh | |
84 | Sudan | 16.59 TWh | |
85 | Puerto Rico | 16.38 TWh | |
86 | Bosnia and Herzegovina | 16.24 TWh | |
87 | Paraguay | 16.19 TWh | |
88 | Mozambique | 15.92 TWh | |
89 | Slovenia | 15.53 TWh | |
90 | Sri Lanka | 14.89 TWh | |
91 | Zambia | 14.25 TWh | |
92 | Kyrgyzstan | 14.15 TWh | |
93 | Ghana | 13.35 TWh | |
94 | Uruguay | 12.89 TWh | |
95 | Georgia | 12.25 TWh | |
96 | Lithuania | 12.24 TWh | |
97 | Ethiopia | 11.69 TWh | |
98 | Guatemala | 11.37 TWh | |
99 | Costa Rica | 11.08 TWh | |
100 | Kenya | 11.05 TWh | |
101 | Angola | 10.81 TWh | |
102 | Panama | 10.73 TWh | |
103 | Estonia | 10.43 TWh | |
104 | Congo, Democratic Republic of the | 10.15 TWh | |
105 | Honduras | 9.8 TWh | |
106 | Zimbabwe | 9.77 TWh | |
107 | Bolivia | 9.59 TWh | |
108 | Trinidad and Tobago | 9.32 TWh | |
109 | Côte d'Ivoire | 8.26 TWh | |
110 | Cameroon | 8.11 TWh | |
111 | Cambodia | 8.07 TWh | |
112 | Mongolia | 7.58 TWh | |
113 | North Macedonia | 7.58 TWh | |
114 | Latvia | 7.47 TWh | |
115 | Albania | 7.44 TWh | |
116 | Tanzania | 7.18 TWh | |
117 | Nepal | 7.16 TWh | |
118 | El Salvador | 7.14 TWh | |
119 | Luxembourg | 7.08 TWh | |
120 | Laos | 6.67 TWh | |
121 | Armenia | 6.41 TWh | |
122 | State of Palestine | 6.13 TWh | |
123 | Republic of Moldova | 6.09 TWh | |
124 | Afghanistan | 5.87 TWh | |
125 | China, Macao SAR | 5.42 TWh | |
126 | Senegal | 5.05 TWh | |
127 | Cyprus | 5 TWh | |
128 | Nicaragua | 4.85 TWh | |
129 | Namibia | 4.58 TWh | |
130 | Jamaica | 4.38 TWh | |
131 | Papua New Guinea | 4.35 TWh | |
132 | Botswana | 4.24 TWh | |
133 | Brunei Darussalam | 4.16 TWh | |
134 | Yemen | 4.05 TWh | |
135 | Montenegro | 3.6 TWh | |
136 | Uganda | 3.49 TWh | |
137 | New Caledonia | 3.23 TWh | |
138 | Mali | 3.19 TWh | |
139 | Mauritius | 3.11 TWh | |
140 | Congo | 2.98 TWh | |
141 | Réunion | 2.98 TWh | |
142 | Gabon | 2.7 TWh | |
143 | Malta | 2.51 TWh | |
144 | Bhutan | 2.04 TWh | |
145 | Bahamas | 1.99 TWh | |
146 | Madagascar | 1.98 TWh | |
147 | Malawi | 1.89 TWh | |
148 | Suriname | 1.81 TWh | |
149 | Burkina Faso | 1.77 TWh | |
150 | Guam | 1.77 TWh | |
151 | Guinea | 1.77 TWh | |
152 | Guadeloupe | 1.76 TWh | |
153 | Martinique | 1.56 TWh | |
154 | Togo | 1.55 TWh | |
155 | Mauritania | 1.54 TWh | |
156 | Eswatini | 1.45 TWh | |
157 | Benin | 1.43 TWh | |
158 | Niger | 1.41 TWh | |
159 | Equatorial Guinea | 1.34 TWh | |
160 | Guyana | 1.12 TWh | |
161 | Haiti | 1.06 TWh | |
162 | Barbados | 1.04 TWh | |
163 | Fiji | 1.02 TWh | |
164 | Aruba | 0.97 TWh | |
165 | Lesotho | 0.93 TWh | |
166 | French Guiana | 0.92 TWh | |
167 | Maldives | 0.73 TWh | |
168 | Rwanda | 0.72 TWh | |
169 | French Polynesia | 0.69 TWh | |
170 | Cayman Islands | 0.68 TWh | |
171 | Bermuda | 0.67 TWh | |
172 | Belize | 0.63 TWh | |
173 | United States Virgin Islands | 0.6 TWh | |
174 | Djibouti | 0.57 TWh | |
175 | South Sudan | 0.54 TWh | |
176 | Seychelles | 0.51 TWh | |
177 | Greenland | 0.5 TWh | |
178 | Cabo Verde | 0.43 TWh | |
179 | Timor-Leste | 0.43 TWh | |
180 | Saint Lucia | 0.4 TWh | |
181 | Burundi | 0.37 TWh | |
182 | Somalia | 0.37 TWh | |
183 | Antigua and Barbuda | 0.35 TWh | |
184 | Liberia | 0.35 TWh | |
185 | Eritrea | 0.34 TWh | |
186 | Faroe Islands | 0.33 TWh | |
187 | Chad | 0.32 TWh | |
188 | Gambia | 0.31 TWh | |
189 | Turks and Caicos Islands | 0.29 TWh | |
190 | Grenada | 0.23 TWh | |
191 | Sierra Leone | 0.23 TWh | |
192 | Saint Kitts and Nevis | 0.22 TWh | |
193 | Gibraltar | 0.21 TWh | |
194 | British Virgin Islands | 0.17 TWh | |
195 | American Samoa | 0.16 TWh | |
196 | Samoa | 0.16 TWh | |
197 | Central African Republic | 0.15 TWh | |
198 | Saint Vincent and the Grenadines | 0.15 TWh | |
199 | Dominica | 0.13 TWh | |
200 | Sao Tome and Principe | 0.1 TWh | |
201 | Solomon Islands | 0.1 TWh | |
202 | Comoros | 0.09 TWh | |
203 | Guinea-Bissau | 0.08 TWh | |
204 | Tonga | 0.07 TWh | |
205 | Vanuatu | 0.06 TWh | |
206 | Saint Pierre and Miquelon | 0.05 TWh | |
207 | Cook Islands | 0.04 TWh | |
208 | Kiribati | 0.03 TWh | |
209 | Nauru | 0.03 TWh | |
210 | Falkland Islands (Malvinas) | 0.01 TWh | |
211 | Montserrat | 0.01 TWh | |
212 | Saint Helena | 0.01 TWh | |
213 | Niue | 0 TWh |
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #213
Niue
- #212
Saint Helena
- #211
Montserrat
- #210
Falkland Islands (Malvinas)
- #209
Nauru
- #208
Kiribati
- #207
Cook Islands
- #206
Saint Pierre and Miquelon
- #205
Vanuatu
- #204
Tonga
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
In 2017, China led the world in Electricity Consumption with a staggering 6591.39 TWh, while the global range spanned from just 0.10 TWh in the Solomon Islands to China's peak. The global average for electricity consumption was 127.14 TWh, with a median of 11.05 TWh, revealing significant disparities in energy usage across the globe.
Economic Powerhouses and Their Energy Needs
The high electricity consumption in China and the United States—at 4108.62 TWh—can be attributed to their massive industrial bases and large populations. As the world's largest manufacturing hub, China's energy demands are driven by its extensive industrial sector and rapid urbanization. Similarly, the United States' high consumption reflects its advanced economy, characterized by energy-intensive industries and high residential energy use.
India, with a consumption of 1460.8 TWh, reflects its growing industrial sector and increasing urban population. Industrialization and economic development in these countries necessitate substantial energy resources, highlighting the link between economic growth and energy consumption.
Energy Efficiency and Moderate Consumption
Countries like Germany and France, with consumptions of 592 TWh and 515.61 TWh respectively, demonstrate a more moderate electricity usage pattern. Despite being industrialized, these nations have invested heavily in energy efficiency and renewable energy technologies, reducing the overall consumption growth. Germany's Energiewende policy, aimed at transitioning to a more sustainable energy system, and France's reliance on nuclear power, which provides a significant amount of its electricity, exemplify strategic energy planning that balances consumption and sustainability.
Limited Infrastructure and Low Consumption
At the other end of the spectrum, countries like the Solomon Islands and Dominica exhibit very low electricity consumption, at 0.10 TWh and 0.13 TWh respectively. These figures highlight the limitations in infrastructure and economic development in smaller, less industrialized nations. In many of these countries, electricity access remains a challenge, and consumption is primarily focused on basic needs rather than industrial or commercial activities.
Trends and Year-over-Year Changes
The year 2017 saw notable changes in electricity consumption patterns. China experienced the largest increase, adding 470.95 TWh (7.7%), driven by continued industrial expansion and urbanization. India also saw a significant rise of 66.96 TWh (4.8%), reflecting its rapid economic growth and increasing energy demands.
Conversely, the United States saw a decrease of 45.44 TWh (-1.1%), which may be attributed to advances in energy efficiency and shifts towards more sustainable energy sources. In Venezuela, consumption dropped by 13.09 TWh (-11.3%) due to economic instability and infrastructure challenges. Similarly, Nigeria experienced a reduction of 4.82 TWh (-13.9%), reflecting ongoing challenges in energy distribution and infrastructure.
These shifts highlight how geopolitical and economic factors can significantly impact national electricity consumption, with some countries advancing towards increased efficiency and others grappling with infrastructural and economic hurdles.
Overall, the data from 2017 underscores the diverse landscape of electricity consumption across the globe, shaped by factors such as economic development, policy decisions, and infrastructural capabilities. Understanding these patterns is crucial for addressing future energy challenges and achieving sustainable growth worldwide.
Frequently Asked Questions About Electricity Consumption in 2017
Which country had the highest electricity consumption in 2017?
China had the highest electricity consumption in 2017, with 6,591 TWh.
What was the average electricity consumption per country in 2017?
The average electricity consumption per country in 2017 was 119 TWh.
Which country had the lowest electricity consumption in 2017?
Niue had the lowest electricity consumption in 2017, with 0 TWh.
What was the median electricity consumption value for countries in 2017?
The median electricity consumption value for countries in 2017 was 9.59 TWh.
How many countries are included in the electricity consumption dataset for 2017?
The dataset for electricity consumption in 2017 includes 213 countries.
What is the range of electricity consumption among the top 10 countries in 2017?
The range of electricity consumption among the top 10 countries in 2017 spans from China with 6,591 TWh to France with 516 TWh.
Data Source
Electricity demand | Ember via Our World in Data
Data produced by Ember, compiled and published by Our World in Data as "Electricity demand".
Visit Data SourceCite this page
Geo Factbook. (n.d.). Electricity Consumption by Country, 2017. Retrieved November 13, 2026, from https://geofactbook.com/fact/electricity-consumption/2017
The figures on this page come from Electricity demand | Ember via Our World in Data. For academic work, cite the original source as well.
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