Electricity from Fossil Fuels 2023
Electricity from fossil fuels measures energy generation trends. Compare countries, explore rankings, and analyze historical data with interactive maps.
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Complete Data Rankings
Rank | Actions | ||
|---|---|---|---|
1 | American Samoa | 100 % of electricity generation | |
2 | British Virgin Islands | 100 % of electricity generation | |
3 | Brunei Darussalam | 100 % of electricity generation | |
4 | Comoros | 100 % of electricity generation | |
5 | Timor-Leste | 100 % of electricity generation | |
6 | Falkland Islands (Malvinas) | 100 % of electricity generation | |
7 | Gambia | 100 % of electricity generation | |
8 | Gibraltar | 100 % of electricity generation | |
9 | Grenada | 100 % of electricity generation | |
10 | Guinea-Bissau | 100 % of electricity generation | |
11 | Montserrat | 100 % of electricity generation | |
12 | Nauru | 100 % of electricity generation | |
13 | Saint Helena | 100 % of electricity generation | |
14 | Saint Pierre and Miquelon | 100 % of electricity generation | |
15 | Turks and Caicos Islands | 100 % of electricity generation | |
16 | Libya | 99.97 % of electricity generation | |
17 | Turkmenistan | 99.969 % of electricity generation | |
18 | Trinidad and Tobago | 99.895 % of electricity generation | |
19 | Bahrain | 99.76 % of electricity generation | |
20 | Botswana | 99.69 % of electricity generation | |
21 | Bahamas | 99.095 % of electricity generation | |
22 | Algeria | 99.051 % of electricity generation | |
23 | China, Hong Kong SAR | 99.046 % of electricity generation | |
24 | Saudi Arabia | 98.9 % of electricity generation | |
25 | Iraq | 98.786 % of electricity generation | |
26 | Bermuda | 98.438 % of electricity generation | |
27 | Bangladesh | 98.292 % of electricity generation | |
28 | South Sudan | 98.214 % of electricity generation | |
29 | Niger | 97.938 % of electricity generation | |
30 | Kuwait | 97.872 % of electricity generation | |
31 | Saint Lucia | 97.5 % of electricity generation | |
32 | Cayman Islands | 97.143 % of electricity generation | |
33 | Guyana | 97.101 % of electricity generation | |
34 | United States Virgin Islands | 97.059 % of electricity generation | |
35 | Benin | 97 % of electricity generation | |
36 | Syrian Arab Republic | 96.483 % of electricity generation | |
37 | Qatar | 96.435 % of electricity generation | |
38 | Cuba | 96.353 % of electricity generation | |
39 | Tunisia | 96.053 % of electricity generation | |
40 | Singapore | 95.464 % of electricity generation | |
41 | Saint Kitts and Nevis | 95.455 % of electricity generation | |
42 | Oman | 95.111 % of electricity generation | |
43 | Puerto Rico | 94.623 % of electricity generation | |
44 | Antigua and Barbuda | 94.444 % of electricity generation | |
45 | Chad | 94.444 % of electricity generation | |
46 | Azerbaijan | 93.469 % of electricity generation | |
47 | Maldives | 92.941 % of electricity generation | |
48 | Guam | 92.222 % of electricity generation | |
49 | Barbados | 91.818 % of electricity generation | |
50 | Iran | 91.788 % of electricity generation | |
51 | Solomon Islands | 90.909 % of electricity generation | |
52 | Mongolia | 90.832 % of electricity generation | |
53 | Republic of Moldova | 90.394 % of electricity generation | |
54 | Uzbekistan | 90.104 % of electricity generation | |
55 | Yemen | 89.844 % of electricity generation | |
56 | Eritrea | 89.796 % of electricity generation | |
57 | Sao Tome and Principe | 88.889 % of electricity generation | |
58 | Egypt | 88.298 % of electricity generation | |
59 | Israel | 88.209 % of electricity generation | |
60 | Jamaica | 87.841 % of electricity generation | |
61 | Kazakhstan | 87.27 % of electricity generation | |
62 | Dominica | 86.667 % of electricity generation | |
63 | Saint Vincent and the Grenadines | 86.667 % of electricity generation | |
64 | Malta | 86.383 % of electricity generation | |
65 | Tonga | 85.714 % of electricity generation | |
66 | Seychelles | 85.484 % of electricity generation | |
67 | Taiwan | 84.795 % of electricity generation | |
68 | Thailand | 84.376 % of electricity generation | |
69 | South Africa | 84.125 % of electricity generation | |
70 | Burkina Faso | 84.024 % of electricity generation | |
71 | Senegal | 83.049 % of electricity generation | |
72 | Aruba | 83 % of electricity generation | |
73 | Dominican Republic | 82.736 % of electricity generation | |
74 | Mauritius | 82.569 % of electricity generation | |
75 | Indonesia | 81.403 % of electricity generation | |
76 | Somalia | 80.952 % of electricity generation | |
77 | Malaysia | 80.841 % of electricity generation | |
78 | Mali | 80.2 % of electricity generation | |
79 | Cyprus | 79.55 % of electricity generation | |
80 | Philippines | 78.574 % of electricity generation | |
81 | Mauritania | 78.469 % of electricity generation | |
82 | Morocco | 78.285 % of electricity generation | |
83 | India | 78.201 % of electricity generation | |
84 | Jordan | 78.04 % of electricity generation | |
85 | Haiti | 77.647 % of electricity generation | |
86 | Nigeria | 77.322 % of electricity generation | |
87 | Congo | 76.493 % of electricity generation | |
88 | Papua New Guinea | 76.321 % of electricity generation | |
89 | Mexico | 76.21 % of electricity generation | |
90 | Equatorial Guinea | 75.524 % of electricity generation | |
91 | Kiribati | 75 % of electricity generation | |
92 | Vanuatu | 75 % of electricity generation | |
93 | Martinique | 74.172 % of electricity generation | |
94 | New Caledonia | 73.786 % of electricity generation | |
95 | Tanzania | 73.51 % of electricity generation | |
96 | Togo | 73.239 % of electricity generation | |
97 | Poland | 72.293 % of electricity generation | |
98 | Cabo Verde | 72 % of electricity generation | |
99 | United Arab Emirates | 70.686 % of electricity generation | |
100 | Japan | 70.169 % of electricity generation | |
101 | Côte d'Ivoire | 69.854 % of electricity generation | |
102 | Belarus | 68.687 % of electricity generation | |
103 | North Macedonia | 67.925 % of electricity generation | |
104 | Bolivia | 66.693 % of electricity generation | |
105 | China, Macao SAR | 66.667 % of electricity generation | |
106 | French Polynesia | 66.197 % of electricity generation | |
107 | Lebanon | 65.924 % of electricity generation | |
108 | Australia | 65.19 % of electricity generation | |
109 | Serbia | 65.039 % of electricity generation | |
110 | Djibouti | 65 % of electricity generation | |
111 | China | 64.797 % of electricity generation | |
112 | Guadeloupe | 64.671 % of electricity generation | |
113 | Gabon | 64.479 % of electricity generation | |
114 | Russia | 63.804 % of electricity generation | |
115 | Ghana | 61.481 % of electricity generation | |
116 | South Korea | 61.204 % of electricity generation | |
117 | Samoa | 60 % of electricity generation | |
118 | State of Palestine | 60 % of electricity generation | |
119 | Argentina | 59.202 % of electricity generation | |
120 | United States | 59.106 % of electricity generation | |
121 | Turkey | 57.991 % of electricity generation | |
122 | Cambodia | 57.868 % of electricity generation | |
123 | Vietnam | 57.059 % of electricity generation | |
124 | Bosnia and Herzegovina | 56.927 % of electricity generation | |
125 | Madagascar | 56.048 % of electricity generation | |
126 | Italy | 55.45 % of electricity generation | |
127 | Ireland | 54.739 % of electricity generation | |
128 | Pakistan | 53.765 % of electricity generation | |
129 | Myanmar | 53.507 % of electricity generation | |
130 | Faroe Islands | 53.061 % of electricity generation | |
131 | Sri Lanka | 51.434 % of electricity generation | |
132 | Estonia | 51.22 % of electricity generation | |
133 | Rwanda | 50.909 % of electricity generation | |
134 | Greece | 50.174 % of electricity generation | |
135 | Cook Islands | 50 % of electricity generation | |
136 | Netherlands | 49.291 % of electricity generation | |
137 | Suriname | 46.821 % of electricity generation | |
138 | Honduras | 45.637 % of electricity generation | |
139 | Peru | 45.622 % of electricity generation | |
140 | Czech Republic | 45.185 % of electricity generation | |
141 | Germany | 43.89 % of electricity generation | |
142 | Zimbabwe | 43.844 % of electricity generation | |
143 | Réunion | 43.322 % of electricity generation | |
144 | Armenia | 43.006 % of electricity generation | |
145 | Liberia | 42.623 % of electricity generation | |
146 | United Kingdom | 39.743 % of electricity generation | |
147 | Panama | 39.359 % of electricity generation | |
148 | Montenegro | 39.141 % of electricity generation | |
149 | Nicaragua | 37.611 % of electricity generation | |
150 | North Korea | 37.313 % of electricity generation | |
151 | Chile | 36.86 % of electricity generation | |
152 | Fiji | 36.522 % of electricity generation | |
153 | French Guiana | 34.694 % of electricity generation | |
154 | Bulgaria | 34.606 % of electricity generation | |
155 | Colombia | 33.01 % of electricity generation | |
156 | Guatemala | 32.73 % of electricity generation | |
157 | Romania | 30.553 % of electricity generation | |
158 | Croatia | 29.874 % of electricity generation | |
159 | Hungary | 28.813 % of electricity generation | |
160 | Spain | 28.111 % of electricity generation | |
161 | Cameroon | 26.731 % of electricity generation | |
162 | Belgium | 26.47 % of electricity generation | |
163 | Ecuador | 26.382 % of electricity generation | |
164 | Angola | 25.968 % of electricity generation | |
165 | Portugal | 25.531 % of electricity generation | |
166 | Guinea | 25.5 % of electricity generation | |
167 | Burundi | 24 % of electricity generation | |
168 | Georgia | 23.909 % of electricity generation | |
169 | Slovenia | 23.473 % of electricity generation | |
170 | Laos | 23.289 % of electricity generation | |
171 | Latvia | 22.257 % of electricity generation | |
172 | Canada | 20.816 % of electricity generation | |
173 | Sudan | 19.021 % of electricity generation | |
174 | Greenland | 18.033 % of electricity generation | |
175 | Mozambique | 16.433 % of electricity generation | |
176 | Lithuania | 16.226 % of electricity generation | |
177 | Austria | 15.244 % of electricity generation | |
178 | Slovakia | 15.205 % of electricity generation | |
179 | Denmark | 13.603 % of electricity generation | |
180 | Kyrgyzstan | 13.529 % of electricity generation | |
181 | Afghanistan | 13.402 % of electricity generation | |
182 | El Salvador | 12.207 % of electricity generation | |
183 | Belize | 11.111 % of electricity generation | |
184 | Zambia | 10.997 % of electricity generation | |
185 | Luxembourg | 10.638 % of electricity generation | |
186 | New Zealand | 10.375 % of electricity generation | |
187 | Kenya | 10.234 % of electricity generation | |
188 | Venezuela | 9.658 % of electricity generation | |
189 | Brazil | 8.958 % of electricity generation | |
190 | France | 7.915 % of electricity generation | |
191 | Uruguay | 7.566 % of electricity generation | |
192 | Finland | 6.023 % of electricity generation | |
193 | Tajikistan | 5.794 % of electricity generation | |
194 | Sierra Leone | 4.762 % of electricity generation | |
195 | Malawi | 4.372 % of electricity generation | |
196 | Eswatini | 3.03 % of electricity generation | |
197 | Uganda | 2.946 % of electricity generation | |
198 | Namibia | 2.116 % of electricity generation | |
199 | Switzerland | 2.041 % of electricity generation | |
200 | Norway | 1.53 % of electricity generation | |
201 | Sweden | 1.403 % of electricity generation | |
202 | Costa Rica | 0.085 % of electricity generation | |
203 | Albania | 0 % of electricity generation | |
204 | Bhutan | 0 % of electricity generation | |
205 | Central African Republic | 0 % of electricity generation | |
206 | Congo, Democratic Republic of the | 0 % of electricity generation | |
207 | Ethiopia | 0 % of electricity generation | |
208 | Iceland | 0 % of electricity generation | |
209 | Nepal | 0 % of electricity generation | |
210 | Paraguay | 0 % of electricity generation |
- #1
American Samoa
- #2
British Virgin Islands
- #3
Brunei Darussalam
- #4
Comoros
- #5
Timor-Leste
- #6
Falkland Islands (Malvinas)
- #7
Gambia
- #8
Gibraltar
- #9
Grenada
- #10
Guinea-Bissau
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #210
Paraguay
- #209
Nepal
- #208
Iceland
- #207
Ethiopia
- #206
Congo, Democratic Republic of the
- #205
Central African Republic
- #204
Bhutan
- #203
Albania
- #202
Costa Rica
- #201
Sweden
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
In 2023, the countries with the highest reliance on Electricity from Fossil Fuels are Nauru, Saint Pierre and Miquelon, and Guinea-Bissau, all at 100%. The global range spans from 1.53% in Norway to 100% in the top countries. The global average for electricity generation from fossil fuels is 62.93%, indicating a significant reliance on fossil fuels worldwide.
Global Dependence on Fossil Fuels for Electricity
The data from 2023 paints a clear picture of the world's continued reliance on fossil fuels for electricity generation. With an average of 62.93% of electricity globally produced from fossil fuels, it's evident that transitioning to renewable energy sources is still a significant challenge for many countries. In some nations like Nauru and Grenada, the figure is a stark 100%, reflecting limited access to alternative energy sources. This trend is not only a matter of infrastructure but also of economic constraints and policy directions that favor traditional energy sources.
On the other end of the spectrum, countries like Norway and Switzerland, with figures as low as 1.53% and 2.04% respectively, highlight the successful integration of hydropower and other renewable sources. Norway's extensive use of hydropower, thanks to its abundant natural water resources, sets a benchmark for sustainable energy policies.
Economic and Policy Drivers
The reliance on fossil fuels for electricity can be attributed to various economic and policy factors. In many developing countries, the infrastructure for renewable energy is either underdeveloped or economically unviable. For instance, Guinea-Bissau and Gambia lack the capital investment and technological advancement required to shift towards sustainable energy, resulting in a continued dependence on fossil fuels.
Conversely, countries like Finland and Uruguay, with fossil fuel electricity generation at 6.02% and 7.57% respectively, have benefited from progressive energy policies and investments in renewables. Finland's energy strategy emphasizes nuclear and renewable energy, while Uruguay has made significant strides in wind and solar power, demonstrating how policy can drive energy transformation.
Year-over-Year Trends and Movements
The year-over-year data reveals a global trend towards reducing fossil fuel dependency, with an average decrease of -0.94%. However, some countries have seen significant increases. Cambodia and Mali, with increases of 23.31% and 23.06% respectively, illustrate regions where economic growth has led to higher energy demands, often met by fossil fuels due to their availability and cost-effectiveness.
In contrast, countries like Liberia and Réunion have reduced their fossil fuel electricity generation by -24.04% and -19.10% respectively. These decreases can often be attributed to increased investment in renewable infrastructure or policy shifts aimed at reducing carbon emissions. For example, Liberia's reduction may be linked to international aid and development projects focused on sustainable energy solutions.
Geographical Influences on Energy Choices
Geography plays a crucial role in determining a country's energy mix. For instance, Namibia and Uganda, with low fossil fuel dependency at 2.12% and 2.95% respectively, benefit from substantial hydropower resources, reducing the need for fossil fuels. Similarly, Eswatini, with its 3.03% reliance, leverages its access to regional hydropower networks.
In contrast, island nations such as American Samoa and Comoros face geographical limitations that make the development of large-scale renewable energy projects challenging, thereby maintaining a high reliance on imported fossil fuels. This highlights the importance of geographical context in shaping energy policy and infrastructure development.
Overall, the 2023 data underscores the complex interplay of economic, policy, and geographic factors influencing global electricity generation from fossil fuels. While progress is evident in some regions, the path to a sustainable energy future remains uneven, necessitating targeted efforts to overcome these challenges.
Frequently Asked Questions About Electricity from Fossil Fuels in 2023
Which country has the highest percentage of electricity generation from fossil fuels in 2023?
Nauru has the highest percentage of electricity generation from fossil fuels in 2023, with 100%.
What is the average percentage of electricity generation from fossil fuels across all countries in 2023?
The average percentage of electricity generation from fossil fuels across all countries in 2023 is 59.94%.
Which country has the lowest percentage of electricity generation from fossil fuels in 2023?
Bhutan has the lowest percentage of electricity generation from fossil fuels in 2023, with 0%.
What is the median percentage of electricity generation from fossil fuels in 2023?
The median percentage of electricity generation from fossil fuels in 2023 is 66.43%.
How many countries generate 100% of their electricity from fossil fuels in 2023?
There are 10 countries that generate 100% of their electricity from fossil fuels in 2023.
What is the range of electricity generation from fossil fuels among countries in 2023?
The range of electricity generation from fossil fuels among countries in 2023 is from 0% to 100%.
Data Source
Share of electricity generation from fossil fuels | Ember and other sources via Our World in Data
Data produced by Ember and other sources, compiled and published by Our World in Data as "Share of electricity generation from fossil fuels".
Visit Data SourceCite this page
Geo Factbook. (n.d.). Electricity from Fossil Fuels by Country, 2023. Retrieved November 13, 2026, from https://geofactbook.com/fact/electricity-from-fossil-fuels/2023
The figures on this page come from Share of electricity generation from fossil fuels | Ember and other sources via Our World in Data. For academic work, cite the original source as well.
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