Africa has 40 % of the world’s solar potential but only 1 % of the world’s solar panels.
Africa will be high on the agenda when political leaders and climate negotiators meet at COP26 in early November. No doubt, we will hear strong appeals to put more money on the table to finance clean energy in the south, as well as promises from the rich world to do so. This is important, but Africa doesn’t have to wait for more pledges to attract capital for green energy investments.
Billions of private and public dollars stand ready to invest in solar and other renewable energy projects in Africa. Governments should focus on lifting barriers holding back such investments, both for large-scale power plants and distributed solar plants which is the focus of this article. In a nutshell, these barriers can be summarized as regulation, subsidies, and currency.
High electricity costs
Africa’s businesses suffer from the world’s highest electricity costs, and the continent is the only region where the share of renewables in the energy mix has been at a standstill since the signing of the Paris Agreement six years ago. According to the International Energy Agency (IEA), the share of hydropower, solar, and wind on the continent’s electricity generation is still below 20%. As a result, Africa has become even more dependent on coal, natural gas, and diesel to meet its fast-growing demand for power – fuels that recently have doubled and even tripled in price.
To reverse this precarious development, Africa should aim to triple annual investments in low-carbon energy to at least US$60 billion per year. A major share of these investments will be required to finance large utility-scale solar projects. But equally important are investments for much faster deployment of solar and storage in the private sector. Africa’s governments should study the lessons learned from South Africa and Egypt, and make it easier for businesses to invest in solar energy production for their own needs.
A case in point is one of Empower New Energy’s investments that has now been in operation for over a year. This 0.7 MWp rooftop solar plant in Accra was made possible through a 20-year Power Purchase Agreement (PPA) with the client, a local manufacturing company in Ghana. The tariff paid represents a saving on the energy bill of 20%, and the 800 MWh of clean energy produced equals 400 tonnes of CO2 emissions avoided. In addition, new jobs are created during construction, operation and maintenance as well as indirectly through the improved competitiveness of the client.
Unfortunately, regulation prohibits energy users in most African countries – with the exception of Kenya, Nigeria, Egypt, South Africa, and a few others – from buying solar energy from private providers as in the case cited above. (In Ghana, the possibility is limited to large energy users, so-called “bulk customers”.) For most African countries, the only solar investment option with private off-takers is to enter into a rental or lease-to-own contract. Contracts, where the users pay for the equipment, are generally perceived as less attractive to the energy user than contracts where the client pays for the electricity delivered, which is most commonly used worldwide.
A second regulatory barrier that hinders solar investments in Africa is the absence of net metering. With the notable exception of South Africa, Egypt, and a couple of other countries, energy users in Africa have no possibility to monetize surplus electricity. In most parts of the world, energy users produce their own electricity under net-metering contracts with local distribution companies. This means that in periods when the captive power plant is generating more electricity than needed, during maintenance or holidays, for example, the energy users can “sell” surplus electricity back to the local utility company. The absence of net-metering means that the energy user needs to pay for all unused solar electricity, making the solar investment less attractive.
Subsidized diesel prices and grid tariffs are also a barrier to solar investments, but fortunately less so than before. The cost of diesel in Egypt and Nigeria, for example, is USD 0.5 – 0.6 per liter, about half the price in the U.S. and China, and less than a third of the price in Europe. Only by eliminating fossil fuel subsidies and making sure tariffs cover all costs can governments ensure that solar energy projects will become fully competitive. There are more efficient ways than fuel subsidies to protect the poor and vulnerable parts of the population.
Finally, currency is also a major issue, especially since African countries need to attract billions of dollars in foreign investments. Foreign investors are generally not set to uptake currency risk, offtakers neither. Furthermore, in some markets such as Nigeria, Mozambique, Zimbabwe a.o, access to the U.S. dollar is highly restricted, making foreign investments almost prohibitive. A liquid currency market and a stable and transparent foreign exchange policy are vital for countries seeking solar investors.
What should be done at COP 26, to bring about the urgent need for more solar power to Africa? Supporting governments that seek to make it attractive for businesses to procure their own solar energy is important. More funding to providers of guarantees and soft loans is also vital. But we should be more ambitious. My wish for the Glasgow meeting would be a global agreement to replace the expired CDM (Climate Development Mechanism) with a new, automatic, and unbureaucratic carbon credit for all distributed renewable energies in developing countries. A floor price of, say $30 per ton CO2, would unlock thousands of additional solar investments across Africa, replacing millions of liters of fossil fuels while at the same time creating more than a million new jobs in the countries most in need of a post-Covid jab to the economy.
Terje Osmundsen is the Founder and CEO of Empower New Energy, an award-winning renewable impact investment company.
The views and opinions expressed in this article are the author’s own, and do not necessarily reflect those held by pv magazine.
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Source: pv magazine