Solar electricity generation — all countries

Solar electricity generation — G20

Solar electricity generation in the G20 in 2025 — 2,330.47 TWh. Since 2000, the indicator has risen by 237,703.1%.

2025 2,330.47 TWh +30.75% vs 2024
World rank
Period maximum 2,330.47 TWh2025
Period minimum 0.98 TWh2000

Trend over time

2000–2025 · terawatt-hours

Solar electricity generation — G20, 2000–202501,0002,0003,0002000200320062009201220152018202120242000: 0.98 TWh2001: 1.3 TWh2002: 1.65 TWh2003: 2.02 TWh2004: 2.67 TWh2005: 3.78 TWh2006: 5.12 TWh2007: 6.54 TWh2008: 8.92 TWh2009: 12.91 TWh2010: 22.59 TWh2011: 47.66 TWh2012: 73.33 TWh2013: 100.42 TWh2014: 160.43 TWh2015: 213.02 TWh2016: 276.57 TWh2017: 384.43 TWh2018: 505.7 TWh2019: 599.06 TWh2020: 717.03 TWh2021: 867.75 TWh2022: 1,097.53 TWh2023: 1,369.48 TWh2024: 1,782.36 TWh2025: 2,330.47 TWh
Change over the period: +2,329.49 (+237,703.06%) Average annual rate: 36.47 %
Solar electricity generation — G20, by year G20 All countries CSV XLSX
Year TWh Change Change, %
2025 2,330.47 +548.11 +30.75%
2024 1,782.36 +412.88 +30.15%
2023 1,369.48 +271.95 +24.78%
2022 1,097.53 +229.78 +26.48%
2021 867.75 +150.72 +21.02%
2020 717.03 +117.97 +19.69%
2019 599.06 +93.36 +18.46%
2018 505.7 +121.27 +31.55%
2017 384.43 +107.86 +39%
2016 276.57 +63.55 +29.83%
2015 213.02 +52.59 +32.78%
2014 160.43 +60.01 +59.76%
2013 100.42 +27.09 +36.94%
2012 73.33 +25.67 +53.86%
2011 47.66 +25.07 +110.98%
2010 22.59 +9.68 +74.98%
2009 12.91 +3.99 +44.73%
2008 8.92 +2.38 +36.39%
2007 6.54 +1.42 +27.73%
2006 5.12 +1.34 +35.45%
2005 3.78 +1.11 +41.57%
2004 2.67 +0.65 +32.18%
2003 2.02 +0.37 +22.42%
2002 1.65 +0.35 +26.92%
2001 1.3 +0.32 +32.65%
2000 0.98

About the indicator

Electricity generated by solar plants over the year, in terawatt-hours. The absolute figure answers a different question than the share: a country with a small solar share but a huge power system generates more of it than the leader by share. China produces more solar electricity than all of Europe, though dozens of countries beat it on share. The series is also convenient because it shows the real contribution to displacing fuel: the share rises even when total generation falls.

Important: Generation rather than installed capacity: solar runs at a capacity factor of about 15%, so gigawatts of capacity and terawatt-hours of output do not map onto each other directly. The series starts in 2000.

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