Lengthy power cuts are pretty much a daily experience in Nigeria. The country’s epileptic power supply has been identified by businesses as the second biggest obstacle to doing business in the country, after a lack of access to finance.
This unreliable power supply is a major hindrance to Nigeria’s economic growth. It also costs the country an enormous amount of money. Quoting Nigerian government data, the International Monetary Fund (IMF) says that a lack of access to reliable electricity costs Nigeria an estimated $29 billion a year.
The situation comes with environmental and health risks, too. Many individuals, households and organizations have resorted to fossil-fueled generators. Nigerians spend an estimated $14 billion a year on small-scale generators.
Solar can be connected to a country’s electricity grid or run off the grid making it the most practical option for improving access in Nigeria
The country’s current power generation capacity, according to the IMF, is about 13,000MW. But often electricity generated and transmitted is below 4,000MW/hour. Nigeria’s generation capacity is comprised of gas-fired and hydropower stations. However, the system operates well below capacity. This is partly because of problems with gas supplies to fuel the power stations. That’s where solar power comes in. It holds enormous promise for addressing Nigeria’s unreliable energy supply. Estimates suggest it could increase the availability of electricity to almost 80 million people who currently have none. It could also diversify the country’s energy portfolio. Most of this promise is based on the fact that solar-based generation capacity can be built up far quicker than traditional power plants. It can also be built in chunks, starting small and adding on the capacity as time goes on.
Solar can also be connected to a country’s electricity grid. Or it can be run off the grid. This makes it the most practical option for improving access to electricity across Nigeria. It can also be used on its own, or as part of a hybrid mix with other technologies.
Cost-effective and reliable
I conducted a case study with some colleagues to ascertain the economic value of solar power to Nigeria. We calculated that a transition to solar-based energy could reduce the country’s electricity costs.
These savings are based on the current cost of running Nigeria’s electricity grid supported by petrol or diesel generators used by businesses and households.
Nigeria’s electricity system is saddled with a huge gap between the cost of generating electricity and tariffs received—$2.4 billion in 2015-17.
The other advantage of going solar would be its impact on the cost of generating and distributing electricity. Solar costs are coming down. They have become cheaper than fossil fuel alternatives, according to the International Renewable Energy Agency. The agency, an intergovernmental organization, supports countries’ transition towards sustainable energy. Nigeria’s electricity system is saddled with a huge gap between the cost of generating electricity and the tariffs it receives. This gap was estimated at $2.4 billion in 2015-17. The tariff gap, says the IMF, can be closed by reducing the cost of generating and distributing electricity, and through increasing the tariff by at least 50%.
The huge gap between the tariff and operating costs has meant that Nigeria’s privatization of its electricity sector has not delivered improvements in the availability of reliable electricity. This is in part because the electricity distribution companies inherited a derelict infrastructure from the Nigerian government through the National Electric Power Authority, which was unbundled in 2005 and privatized in 2013. They cannot afford to upgrade this.
It’s also because power consumers are not willing to pay for an unreliable electricity supply.
Its potential in application
Solar-based energy, especially when done on a large scale, can contribute to reducing the cost of generating and distributing electricity in Nigeria.
Renewable technologies could also help to develop an electricity market where those producing surplus energy can sell it to those who have a shortfall. Currently, such a market is limited by conventional grid systems. These are designed based on centralized big power plants and a one-way flow of energy from the power plants to the customers.Source