Renewables excluding hydro, share of electricity — all countries

Renewables excluding hydro, share of electricity — South Africa

Renewables excluding hydro, share of electricity in South Africa in 2021 — 3.67%. Ranked 126 in the world out of 208. Since 1990, the indicator has risen by 4.77 pp.

2021 3.67% +0.27 pp vs 2020
World rank 126of 208
Period maximum 3.67%2021
Period minimum -1.18%1999

Trend over time

1990–2021 · % of generation

Renewables excluding hydro, share of electricity — South Africa, 1990–2021-20241990199419982002200620102014201820211990: -1.1%1991: -1.07%1992: -0.79%1993: -0.77%1994: -0.83%1995: -0.68%1996: -1.07%1997: -1.17%1998: -1.07%1999: -1.18%2000: 0.13%2001: 0.24%2002: -0.12%2003: 0.17%2004: 0.05%2005: 0.16%2006: -0.15%2007: 0.27%2008: 0.1%2009: 0.09%2010: -0.01%2011: 0.09%2012: 0.17%2013: 0.17%2014: 0.55%2015: 1.18%2016: 1.53%2017: 2.11%2018: 2.66%2019: 2.95%2020: 3.4%2021: 3.67%
Change over the period: +4.77 pp Annual average: 0.15 pp

Comparison, 2021

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

South Africa 3.67%
World 12.42%
Southern Africa computed 3.81%
Renewables excluding hydro, share of electricity — South Africa, by year South Africa All countries CSV XLSX
Year % Change, pp
2021 3.67 +0.27 pp
2020 3.4 +0.46 pp
2019 2.95 +0.29 pp
2018 2.66 +0.55 pp
2017 2.11 +0.58 pp
2016 1.53 +0.35 pp
2015 1.18 +0.63 pp
2014 0.55 +0.38 pp
2013 0.17 −0 pp
2012 0.17 +0.09 pp
2011 0.09 +0.1 pp
2010 -0.01 −0.1 pp
2009 0.09 −0.01 pp
2008 0.1 −0.17 pp
2007 0.27 +0.42 pp
2006 -0.15 −0.31 pp
2005 0.16 +0.11 pp
2004 0.05 −0.12 pp
2003 0.17 +0.29 pp
2002 -0.12 −0.36 pp
2001 0.24 +0.11 pp
2000 0.13 +1.31 pp
1999 -1.18 −0.11 pp
1998 -1.07 +0.1 pp
1997 -1.17 −0.1 pp
1996 -1.07 −0.39 pp
1995 -0.68 +0.15 pp
1994 -0.83 −0.07 pp
1993 -0.77 +0.02 pp
1992 -0.79 +0.28 pp
1991 -1.07 +0.03 pp
1990 -1.1

Southern Africa, 2021

The same indicator for neighboring countries — with links to their pages

About the indicator

The share of electricity from renewable sources other than hydroelectric plants: solar, wind, biomass, geothermal and tidal. Hydro is set apart deliberately — it was developed long ago and is nearly exhausted, while the growth of renewable generation over the past twenty years came precisely from solar and wind. This series therefore reads as a measure of the energy transition, whereas the total renewable share has always been high in countries with large hydro plants.

Important: The World Bank keeps solar and wind together with biomass and geothermal; separately they are available as Ember series. The total renewable share is available as a ready-made series, Renewables share of electricity. Aggregates are weighted by generation, from 2000 onward.

Source: World Development Indicators (World Bank), license CC BY 4.0.