Primary energy production — all countries

Primary energy production — G7

Primary energy production in the G7 in 2024 — 139.843 quad Btu. Since 1980, the indicator has risen by 76.3%.

2024 139.843 quad Btu +1.1% vs 2023
World rank
Period maximum 139.843 quad Btu2024
Period minimum 76.863 quad Btu1983

Trend over time

1980–2024 · quadrillion Btu

Primary energy production — G7, 1980–2024608010012014019801985199019952000200520102015202020241980: 79.307 quad Btu1981: 79.502 quad Btu1982: 79.167 quad Btu1983: 76.863 quad Btu1984: 90.233 quad Btu1985: 91.685 quad Btu1986: 91.641 quad Btu1987: 93.116 quad Btu1988: 95.203 quad Btu1989: 94.28 quad Btu1990: 95.677 quad Btu1991: 103.345 quad Btu1992: 103.573 quad Btu1993: 103.045 quad Btu1994: 107.137 quad Btu1995: 108.458 quad Btu1996: 110.487 quad Btu1997: 110.456 quad Btu1998: 110.951 quad Btu1999: 110.173 quad Btu2000: 110.048 quad Btu2001: 110.375 quad Btu2002: 108.807 quad Btu2003: 106.734 quad Btu2004: 106.934 quad Btu2005: 105.593 quad Btu2006: 106.298 quad Btu2007: 106.266 quad Btu2008: 108.059 quad Btu2009: 105.877 quad Btu2010: 108.533 quad Btu2011: 109.273 quad Btu2012: 108.988 quad Btu2013: 111.774 quad Btu2014: 118.411 quad Btu2015: 119.588 quad Btu2016: 115.132 quad Btu2017: 120.15 quad Btu2018: 129.21 quad Btu2019: 134.125 quad Btu2020: 126.595 quad Btu2021: 129.234 quad Btu2022: 134.134 quad Btu2023: 138.326 quad Btu2024: 139.843 quad Btu
Change over the period: +60.536 (+76.33%) Average annual rate: 1.3 %

Comparison, 2024

How the value compares with the world and the groups this territory belongs to: G7

G7 139.843 quad Btu
World computed 605.908 quad Btu
Primary energy production — G7, by year G7 All countries CSV XLSX
Year quad Btu Change Change, %
2024 139.843 +1.517 +1.1%
2023 138.326 +4.192 +3.13%
2022 134.134 +4.9 +3.79%
2021 129.234 +2.639 +2.08%
2020 126.595 −7.53 −5.61%
2019 134.125 +4.916 +3.8%
2018 129.21 +9.06 +7.54%
2017 120.15 +5.018 +4.36%
2016 115.132 −4.456 −3.73%
2015 119.588 +1.177 +0.99%
2014 118.411 +6.637 +5.94%
2013 111.774 +2.786 +2.56%
2012 108.988 −0.285 −0.26%
2011 109.273 +0.74 +0.68%
2010 108.533 +2.657 +2.51%
2009 105.877 −2.182 −2.02%
2008 108.059 +1.793 +1.69%
2007 106.266 −0.033 −0.03%
2006 106.298 +0.706 +0.67%
2005 105.593 −1.341 −1.25%
2004 106.934 +0.199 +0.19%
2003 106.734 −2.072 −1.9%
2002 108.807 −1.569 −1.42%
2001 110.375 +0.327 +0.3%
2000 110.048 −0.125 −0.11%
1999 110.173 −0.778 −0.7%
1998 110.951 +0.495 +0.45%
1997 110.456 −0.031 −0.03%
1996 110.487 +2.029 +1.87%
1995 108.458 +1.321 +1.23%
1994 107.137 +4.092 +3.97%
1993 103.045 −0.528 −0.51%
1992 103.573 +0.227 +0.22%
1991 103.345 +7.669 +8.02%
1990 95.677 +1.397 +1.48%
1989 94.28 −0.923 −0.97%
1988 95.203 +2.087 +2.24%
1987 93.116 +1.476 +1.61%
1986 91.641 −0.044 −0.05%
1985 91.685 +1.452 +1.61%
1984 90.233 +13.37 +17.39%
1983 76.863 −2.304 −2.91%
1982 79.167 −0.335 −0.42%
1981 79.502 +0.195 +0.25%
1980 79.307

About the indicator

All the primary energy produced inside a country: the fuel extracted plus output from nuclear, hydro and other plants. Setting it against consumption gives what neither of the two series shows on its own — energy self-sufficiency: a country whose production exceeds its consumption is an energy exporter, and the other way round. The largest exporters and the largest importers nonetheless often sit next to each other at the top of the list on both indicators, because the size of an economy matters more than the sign of the balance.

Important: The comparison with consumption shows a country's self-sufficiency: production above consumption means energy exports, below it, dependence on imports.

Source: International Energy Statistics (EIA), license Public domain (work of a U.S. federal agency).