Trystan Casey
Nigeria has the highest number of people without electricity access in Africa, with only 45% of electricity customers having meters. This lack of access to energy has been identified as the missing development goal, as it is essential for economic development, reducing poverty, broadening education, and improving health. To address the energy access problem in Nigeria, it is crucial to understand residential consumption patterns, which can be estimated through household surveys, online sales data of electrical appliances, and household-reported energy expenditures. Accurate calculations of electricity consumption are vital for developing sustainable energy systems and ensuring universal access to electricity in the country.
| Characteristics | Values |
|---|---|
| Median residential electricity consumption | 18-27 kWh per capita |
| Residential sector's share of final electricity consumption | 60% |
| Number of electricity customers with meters | 45% |
| Average electricity consumption per hour | 4,000.240 MWh (as of September 2024) |
| Total Electricity Net Consumption formula | Total net electricity generation + electricity imports - electricity exports – electricity transmission and distribution losses |
| Electricity consumption in 2022 | 32.67 billion kilowatthours |
| Electricity consumption in 2023 | 34.14 billion kilowatthours |
| Average electricity consumption from 1980 to 2023 | 16.38 billion kilowatthours |
| Low-carbon electricity generation sources | Hydropower, wind, solar, and nuclear |
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What You'll Learn
Using household surveys
Due to the non-availability of household-level disaggregated data on electricity consumption patterns in Nigeria, household surveys are an important method to estimate the current level of residential electricity consumption.
One such survey is the 2018 Nigeria Demographic and Health Survey, which collected data on the types of fuel used for cooking in Nigerian households. The survey found that traditional energy sources were dominant among Nigerian households (74.24%) compared to modern energy sources (25.76%). Male-headed households showed greater usage of modern energy sources (19.86%) compared to female-headed households (5.90%).
Another study used a multistage area cluster sampling method to distribute 769 copies of a structured questionnaire to electricity users of prepaid meters in five major Nigerian cities. The results revealed that nine variables were significant in determining household electricity consumption: age, household income, number of hours people stay outside the house, number of teenagers at home, number of electrical appliances, type of house, hours that electrical appliances are used, weather conditions, and location of the building.
A third study combined household-reported data on ownership of electrical appliances and energy expenditure with online sales records of household appliances to estimate current and future residential electricity demand in Nigeria. The median residential electricity consumption was estimated at 18-27 kWh per capita, but these estimates vary between geographical zones, with the North East and South West representing extremes.
These household surveys provide valuable insights into the determinants of electricity consumption in Nigerian households and can inform policy decisions and energy planning at the national and local levels.
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Online sales data of electrical appliances
The challenge of accessing reliable household metering data in Nigeria has made it difficult to determine electricity consumption levels. This has resulted in issues with over-billing, which has led to customer refusal to pay, disconnections, and community protests. To overcome this limitation, studies have used online sales data of electrical appliances and household-reported energy expenditures to estimate current and future residential electricity demand in Nigeria.
The online sales of electrical appliances in Nigeria are a growing market. The online share of the electrical appliances retail market in Nigeria is currently at 5.1% and is expected to increase to 7.1% by 2028. The Electrical Appliances eCommerce market in Nigeria is predicted to reach US$190.9 million by 2024, with an expected compound annual growth rate of 10.6% from 2024 to 2028, resulting in a projected market volume of US$286 million by 2028.
In 2023, slot.ng was the leading online store in the electrical appliances market in Nigeria, generating a revenue of US$2.6 million. Other top online retailers in the market include jumia.com.ng and fouanistore.com. The monthly eCommerce revenue of the Nigerian Electrical Appliances market was US$16 million in December 2024, reflecting a growth rate of -13.9% compared to November 2024.
The Household Appliances eCommerce market in Nigeria is also growing, with a predicted revenue of US$196.5 million by 2025, representing an estimated growth rate of 13% compared to 2024. This market is expected to reach US$173.7 million by 2024, with a projected market volume of US$260.1 million by 2028.
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Household-reported energy expenditures
The challenge of accessing reliable household metering data in Nigeria has made it difficult to determine the country's electricity consumption levels. This is further exacerbated by disparities in electricity consumption patterns across different geographical zones, with the North East and South West representing extremes. To address this issue, a study combined household-reported data on electrical appliance ownership and energy expenditure with online sales records of household appliances to estimate current and future residential electricity demand in Nigeria. This approach helps to overcome the limitation of the absence of electricity meters in many households.
The study found that median residential electricity consumption was estimated at 18-27 kWh per capita. However, these estimates vary depending on the geographical zone. The lack of accurate metering and utility bills has led to over-billing, consumer refusal to pay, and community protests. It has also constrained the ability of utility providers to supply electricity and address the energy access problem in Nigeria.
To estimate household electricity consumption, the study used two alternate methods: online sales data of electrical appliances and household-reported energy expenditures. By considering these estimates in the context of other energy access indicators such as the electricity access rate, duration of electricity supply, and electricity expenditure, researchers can better understand the current landscape of residential electricity demand in Nigeria and make projections about future demand.
In conclusion, household-reported energy expenditures are a vital component of estimating residential electricity consumption in Nigeria. By combining this data with online sales records and considering it in the context of other energy access indicators, researchers can better understand and address the country's electricity demand and supply challenges. Accurate estimations of electricity consumption are essential for designing sustainable energy systems and ensuring universal access to electricity in Nigeria.
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Electricity access rate
Nigeria has the highest number of people without electricity access in Africa. According to the Nigerian Electricity Regulatory Commission, only 45% of electricity customers have meters. This lack of metering data and reliable household data makes it challenging to determine electricity consumption levels in the country.
To address this issue, studies have used household-reported data on electrical appliance ownership and energy expenditure, combined with online sales records of household appliances, to estimate current and future residential electricity demand in Nigeria. This approach helps overcome the limitation of the absence of electricity meters and provides insights into electricity access rates.
The median residential electricity consumption in Nigeria was estimated to be 18-27 kWh per capita, with variations across different geographical zones. The North East and South West regions represent extremes in electricity consumption.
Nigeria's low-carbon electricity generation has experienced fluctuations, particularly in hydropower. There have been incremental increases from 2010 to 2020, with some peaks and declines. In 2022, there were moderate efforts to bolster hydropower generation by 1.3 TWh. By leveraging improvements and integrating low-carbon technologies, Nigeria can work towards a more sustainable electricity generation strategy.
The latest data from 2023 indicates that Nigeria's electricity consumption reached 34.14 billion kilowatthours, an increase from 32.67 billion kilowatthours in 2022. This value is significantly lower than the world average of 142.53 billion kilowatthours.
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Low-carbon electricity generation
Nigeria has the highest number of people without electricity access in Africa, with almost one in three people lacking electricity access. This has led to a heavy reliance on backup generators, with power cuts experienced more than 32 times in 2018.
Nigeria's electricity consumption is modest, with more than three-quarters of its electricity generated from fossil fuels, specifically gas, which accounts for approximately 31 TWh. The remaining electricity is sourced from low-carbon or clean energy, with hydropower contributing around 9 TWh.
To boost low-carbon electricity generation, Nigeria can draw insights from other countries' successes in expanding nuclear, wind, and solar power. For instance, Brazil has effectively harnessed wind energy, generating around 108 TWh, while India has made significant strides in solar energy, producing 134 TWh.
Nigeria has implemented policies to promote low-carbon energy sources, such as the 2015 National Renewable Energy and Energy Efficiency Policy (NREEEP), which introduced feed-in tariffs, mini-grid regulations, tax incentives for solar panels, and investment grants for low-carbon energy sources. Despite these efforts, the impact has been limited due to a poor macroeconomic environment that has deterred investment.
Moving forward, integrating additional low-carbon technologies and consistent improvements in hydropower can provide a more sustainable electricity generation strategy for Nigeria.
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Frequently asked questions
You can calculate your electricity consumption in Nigeria by using a household survey, which estimates your current electricity consumption by combining household-reported data on energy expenditure and ownership of electrical appliances.
The average electricity consumption in Nigeria varies across different geographical zones. The median residential electricity consumption is estimated at 18-27 kWh per capita. The overall average for Nigeria from 1980 to 2023 was 16.38 billion kilowatt-hours.
The Nigeria Electricity Consumption data is updated quarterly and reported by the Central Bank of Nigeria.
The availability of electricity meters and accurate utility bills can impact your electricity consumption in Nigeria. Nigeria has a limited number of electricity meters, which has resulted in over-billing and subsequent issues with consumers refusing to pay and utility providers facing constraints in supplying electricity.
