Geographies in Depth

6 African cities leading the way to a green future

Delegates are pictured during the launch event of a solar carport at the Garden City shopping mall in Kenya's capital Nairobi, September 15, 2015. The Africa's largest solar carport with 3,300 solar panels will generate 1256 MWh annually and cut carbon emission by around 745 tonnes per year, according to Solarcentury and Solar Africa.  REUTERS/Thomas Mukoya - GF10000206535

A new sustainable energy report tracks Africa's green energy transition. Image: REUTERS/Thomas Mukoya

Natalie Marchant
Writer, Forum Agenda
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SDG 07: Affordable and Clean Energy

  • African cities are forecast to be home to an extra 950 million people by 2050, according to the OECD.
  • Sustainable energy thinktank REN21’s Renewables in Cities: 2021 Global Status Report highlights actions being taken towards green energy transition in six cities on the continent.
  • Transport is often a key driver of total final energy demand, prompting some municipalities to introduce greener schemes.

With more than half of the world’s population living in cities, urban areas will play an important role in accelerating the global uptake of renewables – particularly in Africa.

The continent is home to the fastest-growing urban population in the world, with African cities expected to be home to an extra 950 million people by 2050, according to the Organisation for Economic Co-operation and Development (OECD).

REN21’s Renewables in Cities: 2021 Global Status Report observes that rapidly growing cities in sub-Saharan Africa are increasingly recognizing how renewables can help fight energy poverty and tackle climate change.

Here is what six African cities are doing to transition to renewables, as outlined in the report.


Cape Town, South Africa

With a dedicated energy and climate change unit, Cape Town is a pioneer in providing affordable and secure energy access in a country where coal made up 83% electricity generation in 2016, with renewables accounting for just 8%.

Transport is the main driver of the city’s energy demand, so it is exploring the production and use of biofuels in transport, using renewables for facilities such as depots and transport interchanges, and replacing the municipal diesel bus fleet with electric buses.

The city is also preparing its power grid for a surge in electric vehicle (EV) use, with energy expected to either be generated by local solar PV capacity or bought.

Cocody, Ivory Coast

Cocody has said it will cut carbon emissions by 70% by 2030 as part of its Green City Plan – no mean feat in a rapidly developing city experiencing rising energy demand.

Plans include minimizing local greenhouse gas emissions by up to 90% by 2030, while also creating hundreds of thousands of new jobs and encouraging citizens to embrace sustainable lifestyles.

Measures will also include installing 5,000 solar lamp posts and supplying 200,000 solar PV power kits to households. Some 300,000 efficient cooking stoves, which run on ethanol procured from local sugar-cane manufacturers, are also being distributed to homes.

Total Final Energy Consumption in the Five Selected Sub-Saharan African Cities, by Sector
Rapidly growing cities in sub-Saharan Africa are incorporating renewable energy into their expansion plans. Image: REN21

Dakar, Senegal

The Senegalese capital wants 15% of its local electricity production to come from renewables by 2035, and it is looking to cut reliance on diesel power generation from 90% in 2013 to 5% in 2035.

Dakar’s climate plan is being developed as part of its pledge under the C40 Cities Leadership Programme to be net-zero carbon by 2050.

As elsewhere, transport dominates Dakar’s energy demands, reflecting its deteriorating roads and ageing vehicle fleet. The city has an ambitious mobility and urban planning strategy to address these issues and reduce air pollution.


Kampala, Uganda

In 2016, the Ugandan capital developed its first energy and climate change action plan, which aims to accelerate deployment of renewables, support the green economy and promote more environmentally friendly public transport.

The strategy is consistent with a nationwide policy to reduce Uganda’s over-reliance on hydropower – which made up 90.5% of the national electricity supply in 2018 – by diversifying its energy mix.

Transport accounts for 45% of Kampala’s total energy demand and measures to mitigate this include implementing an air quality monitoring and assessment system and promoting electric mobility to gradually replace conventional commercial motorcycles – a source of noise and air pollution, petrol demand and traffic jams.

Tsévié, Togo

This town north of the capital, Lomé, is growing at a rate of 2.8% a year and has minimal industrial activity, with its economy largely built on agriculture.

Biomass in the form of wood and charcoal is the dominant fuel, accounting for 64% of energy consumption. To improve energy access and development, Tsévié introduced a three-year municipal energy programme aimed at developing sustainable biomass use, deploying distributed rooftop solar PV, boosting adoption of electric motorcycles and a gradual shifting to public transport.

The municipality has already distributed 8,200 efficient stoves to reduce the use of biomass in household cooking and water heating.


What's the World Economic Forum doing about the transition to clean energy?

Yaoundé IV, Cameroon

Yaoundé IV is one of seven communes of the Cameroonian capital, and hydropower makes up 73% of the power generation mix, with oil and gas accounting for the remaining 27%.

Cameroon plans to reduce carbon emissions by 32% by 2035 by deploying more renewables, particularly hydropower and solar PV. In 2020, Yaoundé IV adopted an energy and climate action plan which outlines how it will cut carbon emissions and boost energy access by 2030.

Initiatives include installing 3,000 solar street lights, fitting 30 municipal buildings with distributed rooftop solar PV equipment, and building nine micro biogas plants.

For more information on the global energy transition and how COVID-19 could impact progress, read the World Economic Forum’s Global Energy Transition Index.

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Geographies in DepthEnergy Transition
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