Renewable Future: Solar PV in Africa

Africa is currently experiencing sustained periods of economic growth averaging 4% per year. This growth has led to increased energy demand.


It often seems news stories from the African continent are always negative. News stories on civil war, political instability, hunger, and disease are just a few examples of stories that plague the media and gives a rather somber view of the continent.

Although the continent has its own share of bad politics and civil unrest, it’s important to note that there has been improved developments towards energy access through distributed generation systems using solar.

Africa is currently experiencing sustained periods of economic growth averaging 4% per year. This growth has led to increased energy demand.

However, the dilemma remains on whether to exploit available fossil fuel resources to power this growth or to utilize renewable energy resources.

A recent illustration from IRENA indicates that fossil fuels dominate electricity generation mix for Northern and Southern regions of Africa. Regions with electrification rates of over 77%.

Sub-Saharan Africa has the lowest electrification rates at 29%; with hydro dominating the mix at about 60%. With the recent discovery of new oil wells in some regions of the continent, the fear that fossil fuels might dominate energy production may become a reality.

Developments exist in Africa that demonstrates a unique scheme by which the continent can leapfrog the use of fossil fuels to renewable energy as the primary power source and a major driver for boosting economies.

Case in point, the continent did not have to develop its telephone infrastructure due to the disruption caused by mobile phones. This mobile disruption trend gave rise to “mobile money” that has facilitated the proliferation of “pico” home solar systems through several parts of rural Africa; under pay-as-you-go schemes.

Most of the companies involved in the home solar business follow the same business strategy as M-KOPA in East Africa. Their success has been attributed to the increasing cost of kerosene as well as increased awareness on the benefits of clean energy.

Studies have shown that kerosene lighting systems cost significantly more at USD $4-$15 per month compared to solar lighting systems at USD $2 per month.

Kerosene lanterns emit fumes that are harmful to breathe. They also can be dangerous, and if lanterns are tipped over, the spilled hot fuel can cause burns and fires.

If more homes in rural Africa switched over to solar panels, it would lead to millions of people living substantially healthier lifestyles and saving money.

Although the use of home solar systems has so far attracted capacity systems of about 30 Watts, most African governments are working on frameworks that will allow for deployment of distributed generation systems using renewable resources such as mini-grids.

This is another form of disruption since rural Africa would not have to depend on extension of the grid. Renewable energy resources, especially solar PV, is now commercially viable in most rural Africa.

Also, some governments are now laying groundwork for power purchase agreements, regulations, access policies, and incentives such as feed-in-tariff to create a predictable business environment that can attract Independent Power Producers. With continued government support, ongoing, sustained cost reduction in solar PV modules and balance of system costs, Africa’s future is certainly going to be renewable.

  1. Studying using a kerosene lamp isn’t good for one’s health. The smoke causes one to tear…the lighting is poor especially if your ink-penned notes fell in water and you were forced to dry them in the sun…then in addition to the dog ears you have wrinkled notes…if it’s raining you were forced to dry them by the jiko – fireplace. Woe unto you if your notes fell on some red charrs…For this far we’ve come we dedicate our libations to our resilience. Cheers.

  2. It is intriguing to see the direction Africa is taking. I would say that adoption renewables especially solar energy is a good step towards solving energy poverty in Africa. However, it is prudent that we as a continent should look at solar is a systemic approach: from production of solar system components to disposal of the system. What is the fossil energy footprint in production of solar system components? What are the incentives or subsidies included? What is the total cost of the solar system? Just like in the water sector, there is danger to focus much about the value without considering the total cost.
    Second, even though some governments have shown a good gesture in support of renewables, it is vital that we seek to build sustainable infrastructure pretty early. This cuts across policy development, governance and management, operation and mantainance. This is where corruption and other social disruptors play part. When we develop pro-poor policies, do the poor benefit? Take the example of upgrading Kibera informal settlements in Nairobi. Who are the occupants of the upgraded housing units? Are they the beneficiaries the units were intended for? We cannot be pessimistic about tomorrow and that’s why we need to by-pass corrupt systems if we cannot cleanse them in time. The role of the private sector cannot be emphasised well enough. The rise of mobile technology to disrupt telecommunication landscape was because the private sector was committed well enough to see this happen. Likewise, the energy sector needs another Safaricom, Airtel, Orange, MTN etc. But they will not make things happen without sustainable infrastructure.

Leave a Reply

What to Read Next:

Modeling reveals how policy affects adoption of solar energy photovoltaics in California

One key goal for renewable energy in the United States is to promote the continued adoption of solar photovoltaic (PV)...

India’s outsized coal plans would wipe out Paris climate goals

India will not be able to meet its Paris climate agreement commitments in the coming years if it carries through...

Light can improve perovskite solar cell performance

Publishing in Nature, EPFL scientists show how light affects perovskite film formation in solar cells, which is a critical factor...

Living in an affordable and competitive solar future

It is estimated that renewable energy accounted for over 55 percent of all new electrical capacity worldwide in 2016. Bloomberg...

China is building a huge solar power farm inside Chernobyl’s Exclusion Zone

The Chernobyl disaster was the worst nuclear accident in history, killing over 30 people in 1986. Now, two Chinese companies...