Electricity in Togo in 2023
In the year 2023, Togo's electricity landscape shows a heavy reliance on net imports, which account for just over 1 TWh. Domestic consumption per person is relatively low, at only 217 kWh annually, which is considerably lower than the global average of 3412 kWh per person. This level of electricity consumption suggests significant challenges, such as limited access to electricity and potential constraints on economic growth and development. Furthermore, low electricity generation can impede improvements in living standards and hinder the ability to implement technologies like AI that rely on ample electricity supply. More than half of Togo's electricity is derived from net imports, implying a dependency on external sources rather than utilizing the country's own potential for clean energy generation.
Data sources used on this page include EIA, Ember and IEA. More about data sources →
Is Electricity Growing in Togo?
When examining trends in electricity growth, Togo's current consumption level of 217 kWh/person represents a decline from 2014’s high point of 224 kWh/person, indicating stagnation rather than growth. This is a decrease of 7 kWh/person, and while it seems minor, it hints at a broader issue of underdevelopment in the electricity sector. Furthermore, the country's generation of clean, low-carbon electricity has also diminished since its peak in 1995 when it was 58 kWh/person, now falling to just 20 kWh/person. This 37 kWh/person decrease in low-carbon electricity generation over the years signals a need for urgent interventions in investing in sustainable energy sources to reverse this downward trend and ensure future growth.
Suggestions
For Togo to increase its low-carbon electricity generation, learning from regions that have successfully harnessed clean energy could be beneficial. The People's Republic of China excels with solar and wind, producing 1170 TWh and 1130 TWh, respectively, and serves as a powerful example of what massive investment in these technologies can achieve. Similarly, India's contributions to solar and wind, with outputs of 166 TWh and 115 TWh, demonstrate the potential that lies in these energy sources. Additionally, nuclear power, used effectively in countries such as France, which generates 373 TWh, provides a consistent and reliable low-carbon option. By focusing on solar and nuclear energy, Togo could mitigate the adverse effects of fossil fuels, such as air pollution and climate change, thereby achieving a cleaner environment and a more robust electricity supply, paving the way for economic growth and higher living standards.
History
The history of low-carbon electricity generation in Togo reveals limited progress, primarily centered around hydroelectric power. In the early 1990s, there were minor fluctuations in hydro production, with slight increases and decreases in generation. The early 2000s saw nearly consistent stagnation, with little change around 2001 and 2004. Despite some attempts at growth, by 2013 and 2014, any advances were fleeting, as indicated by the recurring rises and falls in generation. Recent decades reflect a more concerted effort to diversify, with solar energy contributing for the first time in 2021, bringing an increase of 0.1 TWh. This minimal shift toward solar energy calls for more comprehensive plans to expand solar and nuclear capabilities, ensuring Togo can secure a clean, reliable, and independent energy future.
