Energy consumption per capita — all countries

Energy consumption per capita — Saint Vincent and the Grenadines

Energy consumption per capita in Saint Vincent and the Grenadines in 2024 — 38.6 MMBtu. Ranked 104 in the world out of 214. Since 1980, the indicator has risen by 521.4%.

2024 38.6 MMBtu +1.48% vs 2023
World rank 104of 214
Period maximum 41.5 MMBtu2009
Period minimum 5.4 MMBtu1986

Trend over time

1980–2024 · million Btu per capita

Energy consumption per capita — Saint Vincent and the Grenadines, 1980–2024020406019801985199019952000200520102015202020241980: 6.2 MMBtu1981: 6.2 MMBtu1982: 6.1 MMBtu1983: 6.1 MMBtu1984: 6.2 MMBtu1985: 6.2 MMBtu1986: 5.4 MMBtu1987: 5.5 MMBtu1988: 6.4 MMBtu1989: 9.6 MMBtu1990: 9.7 MMBtu1991: 8.8 MMBtu1992: 11 MMBtu1993: 9.1 MMBtu1994: 16.1 MMBtu1995: 17.8 MMBtu1996: 16.2 MMBtu1997: 18.8 MMBtu1998: 20.7 MMBtu1999: 20.7 MMBtu2000: 19.6 MMBtu2001: 23.2 MMBtu2002: 25.1 MMBtu2003: 26.5 MMBtu2004: 29.1 MMBtu2005: 29.4 MMBtu2006: 29.5 MMBtu2007: 30.2 MMBtu2008: 30.3 MMBtu2009: 41.5 MMBtu2010: 30.3 MMBtu2011: 28.2 MMBtu2012: 34.7 MMBtu2013: 28.4 MMBtu2014: 30.1 MMBtu2015: 30.8 MMBtu2016: 31 MMBtu2017: 35.8 MMBtu2018: 34.6 MMBtu2019: 32 MMBtu2020: 34.5 MMBtu2021: 34.2 MMBtu2022: 35.9 MMBtu2023: 38.1 MMBtu2024: 38.6 MMBtu
Change over the period: +32.4 (+521.37%) Average annual rate: 4.24 %

Comparison, 2024

How the value compares with the world and the groups this territory belongs to: Saint Vincent and the Grenadines

Saint Vincent and the Grenadines 38.6 MMBtu
World computed 73.8 MMBtu
Latin America & Caribbean computed 48.6 MMBtu
Caribbean computed 32.3 MMBtu
Upper-middle-income countries computed 91.3 MMBtu
Energy consumption per capita — Saint Vincent and the Grenadines, by year Saint Vincent and the Grenadines All countries CSV XLSX
Year MMBtu Change Change, %
2024 38.6 +0.6 +1.48%
2023 38.1 +2.2 +6.12%
2022 35.9 +1.7 +5.02%
2021 34.2 −0.3 −0.94%
2020 34.5 +2.5 +7.74%
2019 32 −2.6 −7.54%
2018 34.6 −1.2 −3.3%
2017 35.8 +4.8 +15.66%
2016 31 +0.2 +0.61%
2015 30.8 +0.7 +2.17%
2014 30.1 +1.7 +5.91%
2013 28.4 −6.3 −18.17%
2012 34.7 +6.5 +23.17%
2011 28.2 −2.1 −6.93%
2010 30.3 −11.2 −26.97%
2009 41.5 +11.2 +36.81%
2008 30.3 +0.1 +0.4%
2007 30.2 +0.7 +2.54%
2006 29.5 +0.1 +0.21%
2005 29.4 +0.3 +0.96%
2004 29.1 +2.6 +10%
2003 26.5 +1.4 +5.51%
2002 25.1 +1.9 +8.01%
2001 23.2 +3.7 +18.7%
2000 19.6 −1.1 −5.24%
1999 20.7 −0 −0.16%
1998 20.7 +1.9 +9.82%
1997 18.8 +2.7 +16.63%
1996 16.2 −1.7 −9.38%
1995 17.8 +1.7 +10.39%
1994 16.1 +7 +77.27%
1993 9.1 −1.8 −16.82%
1992 11 +2.1 +23.79%
1991 8.8 −0.8 −8.58%
1990 9.7 +0 +0.51%
1989 9.6 +3.2 +49.6%
1988 6.4 +1 +17.61%
1987 5.5 +0.1 +1.06%
1986 5.4 −0.8 −13.24%
1985 6.2 +0.1 +1.04%
1984 6.2 +0.1 +1.54%
1983 6.1 −0 −0.81%
1982 6.1 −0 −0.32%
1981 6.2 −0.1 −1.07%
1980 6.2

About the indicator

Primary energy consumption per resident. The indicator is broader than electricity consumption per capita and therefore gives a fairer answer to the question of the energy standard of living: it includes fuel for transport and heating, and it is those, not electricity, that make up most of the spending in cold and car-dependent countries. The spread between countries is more than a hundredfold, and the top of the list holds not only rich states but also fuel exporters, where energy is cheap, and countries with energy-intensive industry.

Important: It is calculated on a country's entire consumption, including industry and transport, not on households. Not to be confused with electricity consumption per capita: electricity is part of this figure, usually between a fifth and a third of it.

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