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Country energy profile · Western Africa · latest data 2024

Cabo Verde energy mix & electricity

In 2024, Cabo Verde generated 520 GWh of electricity. Oil dominates the mix with 69.2%, followed by wind power at 15.4% and solar power at 15.4%.

Oil 69.2%Wind 15.4%Solar 15.4%
Renewable electricity
30.8%
30.8% low-carbon incl. nuclear
Carbon intensity
462g/kWh
World 458 g
Electricity per person
991kWh
World 3,860 kWh
Generation
520GWh
+90 GWh vs 2014
#176 of 213
Net exports
0TWh
0% of demand

The power system is very small (under 1 TWh a year), so it is not included in share-based world rankings. A single plant can change its mix dramatically from one year to the next.

Electricity generation by source in 2024

Share of electricity generation by source, with the change in percentage points over the last ten years.

Cabo Verde electricity mix 2024
SourceTWhShare10-yr Δ pp
Oil0.3669.2%−9.8
Wind0.0815.4%−3.2
Solar0.0815.4%+13.1
Total0.52100%

Cabo Verde: electricity in context

In 2024, Cabo Verde generated 520 GWh of electricity. That puts it in the same league as Gambia. Oil dominates the mix with 69.2%, followed by wind power at 15.4% and solar power at 15.4%.

Renewables supplied 30.8% of the electricity. That is 3 points below the world average of 33.8%. It is also above the average for Africa (24.7%). Each kilowatt-hour emitted on average 462 g CO₂e, against a world average of 458 g. The grid is more carbon-intensive than the world average.

The decade’s big winner is solar power, up 70 GWh between 2014 and 2024 (plus 13.1 percentage points of the mix). The net effect: renewables gained 9.8 percentage points of share since 2014. Total generation grew by 90 GWh over the same period. Carbon intensity dropped from 512 to 462 g/kWh, a 10% cut.

Coal has essentially never been burned for electricity here: its share has stayed below 1% throughout the record.

Solar (15.4%) and wind (15.4%) now add up to 30.8% of generation; the global figure is 17.3%. Per person, that is 152 kWh of solar electricity a year, versus a global average of 338 kWh. Wind adds 152 kWh per person. Solar first passed 1% of the mix in 2011.

Generation per person is 991 kWh a year, 26% of the world average of 3,860 kWh. Cabo Verde does not trade electricity with other countries: the grid is not interconnected with any neighbour.

How the power mix has changed

Electricity generation by source since 2000. Switch to shares to see the structural shift independent of demand growth.

Electricity generation by source, 2000–2024

Renewables and carbon intensity

Cabo Verde against the world and Africa averages.

Renewable share of electricity (%)
Carbon intensity (g CO₂e/kWh)
Solar and wind share of electricity since 2000 (%)

Power plants in Cabo Verde

The 4 power plants recorded in Cabo Verde add up to 0.1 GW of capacity, 95% of it Oil. The largest is Palmarejo at 66 MW. The database was last updated in 2021, so newer wind and solar farms and rooftop PV are under-represented.

Listed capacity by fuel (MW)
Map of the largest plants loads when you scroll here…

Largest power plants

#PlantFuelCapacity MWCommissionedOwner
1PalmarejoOil66——
2Palmeira ElectraOil12——
3PraiaOil10——
4PraiaSolar5——

Source: WRI Global Power Plant Database v1.3 (CC BY 4.0). Explore all 4 plants on the interactive power plant map.

Solar & wind farms: Cabo Verde

12 utility-scale facilities tracked by Global Energy Monitor (2026): 9 MW of solar and 39 MW of wind operating, plus 35 MW under construction or planned.

See them on the mapLargest solar & wind farms: Cabo Verde →

How does Cabo Verde compare?

Cabo Verde next to 6 neighbouring countries, plus regional and world averages. Click a column to sort; use “Compare” for full side-by-side charts.

CountryRenewable %Low-carbon %Fossil % gCO₂/kWhkWh / personGeneration TWhMix
Cabo Verde 30.8% 30.8% 69.2% 462 991 0.5 —
Gambia 0% 0% 100% 667 185 0.5 Compare
Senegal 19.8% 19.8% 80.2% 540 412 7.6 Compare
Mauritania 22.7% 22.7% 77.3% 512 400 2.1 Compare
Guinea 75.2% 75.2% 24.8% 181 273 4 Compare
Liberia 54.4% 54.4% 45.6% 316 102 0.6 Compare
Mali 19.5% 19.5% 80.5% 539 243 6 Compare
Africa average 24.7% 25.5% 74.5% 544 635 962 Compare
World average 33.8% 42.6% 57.4% 458 3,860 31,772 Compare

Calculators for Cabo Verde

Cabo Verde energy: frequently asked questions

What percentage of electricity in Cabo Verde is renewable?
In 2024, 30.8% of the electricity in Cabo Verde came from renewable sources (wind 15.4% and solar 15.4%). The world average is 33.8%.
What is the main source of electricity in Cabo Verde?
Oil is the largest source of electricity in Cabo Verde, providing 69.2% of generation in 2024, followed by wind power (15.4%) and solar power (15.4%).
How clean is the electricity in Cabo Verde?
Electricity in Cabo Verde has a carbon intensity of about 462 g CO₂-equivalent per kWh (2024), against a world average of 458 g/kWh. That is fairly carbon-intensive. Charging an electric car that uses 15 kWh/100 km therefore emits around 69 g CO₂e per km from electricity.
How much electricity does Cabo Verde use per person?
Cabo Verde generates about 991 kWh of electricity per person per year (2024), compared with a world average of 3,860 kWh. Including all fuels for transport, heating and industry, primary energy use is about 5,861 kWh per person.
How much solar power does Cabo Verde produce?
Solar panels produced 80 GWh in 2024, 15.4% of the electricity in Cabo Verde. The solar share is up 13.1 percentage points in ten years. You can estimate what a rooftop system would produce at your address with our solar panel calculator.

More countries in Africa

Sources & references

  1. Our World in Data: Energy dataset (CC BY 4.0) — compiled from the sources below
  2. Ember: Yearly Electricity Data — generation, shares, carbon intensity
  3. Energy Institute: Statistical Review of World Energy — primary energy, fossil production
  4. U.S. Energy Information Administration: International Energy Data — gap-filling for smaller countries
  5. World Resources Institute: Global Power Plant Database v1.3 (CC BY 4.0) — power plant locations and capacity

Electricity data: Ember and Energy Institute Statistical Review via Our World in Data (CC BY 4.0); latest year 2024. Power plants: WRI Global Power Plant Database (CC BY 4.0). Rankings exclude systems under 1 TWh and values older than 2020. Figures may be revised by the original publishers.