The current state of electricity consumption in the Central African Republic is characterized by very low per capita usage, at only 27 kWh/person in 2022. This figure is just a fraction of the global average, which stands at 3658 kWh/person. Most notably, 100% of this electricity stems from low-carbon sources, specifically hydroelectric power, with no contribution from fossil fuels. The reliance on clean electricity is encouraging, yet the overall low electricity generation indicates limited access to energy for the population, which can stifle economic development, restrict access to modern amenities, and negatively impact quality of life. Without adequate electricity, areas like education, healthcare, and business are likely to suffer, showing the urgent need for increased electricity generation to support national growth.
Data sources used on this page include EIA and Ember. More about data sources →
Is Electricity Growing in Central African Republic?
Examining the trend over time, electricity consumption in the Central African Republic has unfortunately decreased compared to past levels. In 2011, the electricity consumption per person was notably higher at 39 kWh, indicating a decline of about 12 kWh/person over more than a decade. Similarly, low-carbon electricity production has also decreased from a previous high of 37 kWh/person in 2014. This reduction of 9 kWh/person highlights a concerning trend of dwindling electricity generation, underscoring the urgent need for renewed focus on expanding electricity access and infrastructure. The lack of progress in this area is worrisome, given the global shift toward increased electrification, especially with the push for sustainable energy solutions.
Suggestions
To enhance low-carbon electricity generation, the Central African Republic can draw lessons from other regions experiencing success in solar and nuclear power. Leading examples like China and the United States have achieved large-scale solar and nuclear electricity generation, with China generating an impressive 1170 TWh from solar and 481 TWh from nuclear, while the United States produces 355 TWh from solar and 778 TWh from nuclear. For a country with abundant sunshine throughout the year, leveraging solar energy represents a promising path forward for the Central African Republic. Similarly, investing in nuclear power could provide a stable and substantial electricity supply. By learning from these regions, the Central African Republic can develop strategies to significantly boost its electricity generation capacity, ensuring a cleaner and more sustainable future.
History
The history of low-carbon electricity generation in the Central African Republic, predominantly dependent on hydroelectric power, shows little growth since the early 2000s. From 2000 to 2018, there were no significant changes, reflecting a prolonged period of stagnation in electricity production. Such a stagnant trend over more than two decades is concerning, particularly as global demands for clean electricity increase. The critical lack of diversification in electricity sources, compounded by consistent flatlining in hydroelectric developments, signals a failure to adapt to the increasing urgency of energy needs. It is imperative for the Central African Republic to aggressively explore additional clean electricity options like solar to break this stagnation and push towards a brighter, electrified future.
