Wind electricity generation — all countries

Wind electricity generation — Lower-middle-income countries

Wind electricity generation in lower-middle-income countries in 2024 — 124.34 TWh. Since 2000, the indicator has risen by 6,807.8%.

2024 124.34 TWh +2.51% vs 2023
World rank
Period maximum 124.34 TWh2024
Period minimum 1.8 TWh2000

Trend over time

2000–2024 · terawatt-hours

Wind electricity generation — Lower-middle-income countries, 2000–20240501001502000200320062009201220152018202120242000: 1.8 TWh2001: 2.56 TWh2002: 2.58 TWh2003: 3.18 TWh2004: 6.06 TWh2005: 6.89 TWh2006: 10.4 TWh2007: 12.92 TWh2008: 15.97 TWh2009: 18.28 TWh2010: 22.23 TWh2011: 27.15 TWh2012: 31.28 TWh2013: 35.97 TWh2014: 41.06 TWh2015: 42.92 TWh2016: 55.48 TWh2017: 65.56 TWh2018: 78.07 TWh2019: 86.03 TWh2020: 85.3 TWh2021: 99.61 TWh2022: 106.31 TWh2023: 121.29 TWh2024: 124.34 TWh
Change over the period: +122.54 (+6,807.78%) Average annual rate: 19.3 %

Comparison, 2024

How the value compares with the world and the groups this territory belongs to: Lower-middle-income countries

Lower-middle-income countries 124.34 TWh
World computed 2,507.69 TWh
Wind electricity generation — Lower-middle-income countries, by year Lower-middle-income countries All countries CSV XLSX
Year TWh Change Change, %
2024 124.34 +3.05 +2.51%
2023 121.29 +14.98 +14.09%
2022 106.31 +6.7 +6.73%
2021 99.61 +14.31 +16.78%
2020 85.3 −0.73 −0.85%
2019 86.03 +7.96 +10.2%
2018 78.07 +12.51 +19.08%
2017 65.56 +10.08 +18.17%
2016 55.48 +12.56 +29.26%
2015 42.92 +1.86 +4.53%
2014 41.06 +5.09 +14.15%
2013 35.97 +4.69 +14.99%
2012 31.28 +4.13 +15.21%
2011 27.15 +4.92 +22.13%
2010 22.23 +3.95 +21.61%
2009 18.28 +2.31 +14.46%
2008 15.97 +3.05 +23.61%
2007 12.92 +2.52 +24.23%
2006 10.4 +3.51 +50.94%
2005 6.89 +0.83 +13.7%
2004 6.06 +2.88 +90.57%
2003 3.18 +0.6 +23.26%
2002 2.58 +0.02 +0.78%
2001 2.56 +0.76 +42.22%
2000 1.8

About the indicator

Electricity generated by wind farms over the year, in terawatt-hours. As with solar, the absolute figure and the share diverge: countries with large power systems come first on generation, small ones with favorable geography on share. Wind generation swings from year to year with how windy it was, and swings of ten percent with an unchanged fleet of turbines are normal here — that is a property of the resource, not a data error.

Important: Generation, not capacity: the capacity factor of onshore wind is about 30%, and higher offshore. The series starts in 2000.

Source: Yearly Electricity Data (Ember), license CC BY 4.0.