Solar Energy Capacity in Africa
- Updated January 26th, 2024
by Shola Adediran
Solar energy capacity refers to the maximum amount of solar energy that can be generated by a specific system or in a particular location within a given period. This capacity can vary from small residential homes to large commercial industries that are spread throughout the country.
In Africa from our findings the main reason residents adopt solar energy energy is due to the un-reliable grid power supply.
All power units were recorded Megawatts (MW). Where one megawatt is equivalent powering 800 homes during a 24 hour period.
Here is a summary of our key findings:
1. The average solar energy capacity in africa is “217 MW”. Where over 80% of the countries did’nt produce over “200 MW”.
2. By region, Southern Africa generated “6,652MW” followed by Northern Africa with “3,392 MW”. Eastern Africa led by “767 MW” almost as close to Western Africa “763 MW”.
3. South Africa is the largest producer of solar power capacity in the continent at 6,326 MW. They generate 3.7x as much solar power than the Egypt at 1,724 MW.
4. Nigeria is the 16th country in Africa that produces the most solar power.
We have detailed data and information of our findings below.
No | Countries | Energy in MW | Regions |
1 | South Africa | 6,326 | Southern |
2 | Egypt | 1,724 | Northern |
3 | Morocco | 858 | Northern |
4 | Algeria | 460 | Northern |
5 | Kenya | 307 | Eastern |
6 | Senegal | 263 | Western |
7 | Tunisia | 200 | Northern |
8 | Namibia | 176 | Southern |
9 | Malawi 21 | 140 | Eastern |
10 | Sudan | 140 | Northern |
11 | Ghana | 110 | Western |
12 | Mauritius 21 | 110 | Eastern |
13 | Zambia | 100 | Southern |
14 | Mauritania 21 | 90 | Western |
15 | Uganda | 90 | Eastern |
16 | Nigeria | 70 | Western |
17 | Burkina Faso 21 | 60 | Western |
18 | Mali 21 | 60 | Western |
19 | Mozambique 21 | 60 | Eastern |
20 | Togo | 30 | Western |
21 | Madagascar21 | 30 | Eastern |
22 | Niger | 30 | Western |
23 | Rwanda21 | 30 | Eastern |
24 | Zimbabwe | 20 | Southern |
25 | Democratic Republic of the Congo | 20 | Central |
26 | Ethiopia21 | 20 | Eastern |
27 | Somalia | 20 | Eastern |
28 | Tanzania | 14 | Eastern |
29 | Cameroon | 10 | Central |
30 | Botswana21 | 10 | Southern |
31 | Burundi | 10 | Eastern |
32 | Cabo Verde 21 | 10 | Western |
33 | Cote d'Ivoire21 | 10 | Western |
34 | Eritrea 21 | 10 | Eastern |
35 | Eswatini21 | 10 | Southern |
36 | Guinea21 | 10 | Western |
37 | Ivory Coast (Côte d'Ivoire)21 | 0.07 | Western |
38 | Libya21 | 0.04 | Northern |
39 | Seychelles | 0 | Eastern |
40 | Chad | 0 | Central |
41 | Benin | 0 | Western |
42 | Central African Republic | 0 | Central |
43 | Comoros | 0 | Eastern |
44 | Djibouti | 0 | Eastern |
45 | Equatorial Guinea | 0 | Central |
46 | Gabon | 0 | Central |
47 | Gambia | 0 | Western |
48 | Guinea-Bissau | 0 | Western |
49 | Lesotho | 0 | Southern |
50 | Liberia | 0 | Western |
51 | Sao Tome and Principe | 0 | Central |
52 | Sierra Leone | 0 | Western |
53 | South Sudan | 0 | Eastern |
54 | Angola | 0 | Southern |
All data was sourced from ember-climate.org, manually edited and verified from the web with sources like statista.com and trade.gov. In many countries data from 2022 hadn’t been analyzed but this went back as far as 2021.
Stats from 2021 were notified with ” 21 “
Raw data: https://docs.google.com/spreadsheets/d/1HV-A8lOCvsOMU2hZDiYQvS1cCJMC1p58VwSQSHGZ6Us/edit#gid=0
Processed data: https://docs.google.com/spreadsheets/d/1HV-A8lOCvsOMU2hZDiYQvS1cCJMC1p58VwSQSHGZ6Us/edit#gid=0
Source: https://ember-climate.org/data-catalogue/yearly-electricity-data/
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