Hydro share of electricity — all countries

Hydro share of electricity — Kenya

Hydro share of electricity in Kenya in 2024 — 28.28%. Ranked 16 in the world out of 40. Since 1990, the indicator has fallen by 48.29 pp.

2024 28.28% +7.29 pp vs 2023
World rank 16of 40
Period maximum 83.8%1994
Period minimum 20.99%2023

Trend over time

1990–2024 · % of generation

Hydro share of electricity — Kenya, 1990–2024025507510019901994199820022006201020142018202220241990: 76.57%1991: 80.66%1992: 81.54%1993: 82.77%1994: 83.8%1995: 76.87%1996: 77.96%1997: 72.23%1998: 70.47%1999: 54.73%2000: 33.03%2001: 53.33%2002: 66.76%2003: 68.85%2004: 59.3%2005: 53.22%2006: 49.98%2007: 55.32%2008: 49.36%2009: 32.07%2010: 45.05%2011: 41.22%2012: 49.86%2013: 50.75%2014: 37.08%2015: 35.58%2016: 38.6%2017: 26.8%2018: 35.3%2019: 27.73%2020: 36.22%2021: 29.69%2022: 23.5%2023: 20.99%2024: 28.28%
Change over the period: −48.29 pp Annual average: -1.42 pp

Comparison, 2024

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

Kenya 28.28%
World 16.12%
Hydro share of electricity — Kenya, by year Kenya All countries CSV XLSX
Year % Change, pp
2024 28.28 +7.29 pp
2023 20.99 −2.51 pp
2022 23.5 −6.2 pp
2021 29.69 −6.52 pp
2020 36.22 +8.48 pp
2019 27.73 −7.56 pp
2018 35.3 +8.5 pp
2017 26.8 −11.8 pp
2016 38.6 +3.02 pp
2015 35.58 −1.5 pp
2014 37.08 −13.67 pp
2013 50.75 +0.9 pp
2012 49.86 +8.64 pp
2011 41.22 −3.83 pp
2010 45.05 +12.98 pp
2009 32.07 −17.29 pp
2008 49.36 −5.96 pp
2007 55.32 +5.34 pp
2006 49.98 −3.24 pp
2005 53.22 −6.08 pp
2004 59.3 −9.55 pp
2003 68.85 +2.09 pp
2002 66.76 +13.43 pp
2001 53.33 +20.29 pp
2000 33.03 −21.7 pp
1999 54.73 −15.74 pp
1998 70.47 −1.76 pp
1997 72.23 −5.73 pp
1996 77.96 +1.1 pp
1995 76.87 −6.94 pp
1994 83.8 +1.03 pp
1993 82.77 +1.23 pp
1992 81.54 +0.88 pp
1991 80.66 +4.1 pp
1990 76.57

About the indicator

The share of electricity generated at hydroelectric plants. The oldest of the renewable sources and still the largest: hydro yields more electricity than solar and wind together. The share is set by terrain and water availability rather than by policy, so in a number of countries it exceeds ninety percent — and that makes them vulnerable to drought: in a dry year such a country has to burn fuel or buy electricity.

Important: Aggregates are weighted by generation in terawatt-hours and computed from 2000 onward. The series swings noticeably from year to year with water availability, and that is not a data error.

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