In 2023, Guinea's electricity consumption is significantly low, with the country generating a little over 4 TWh in total. More than three-quarters of Guinea's electricity—around 3 TWh—comes from low-carbon sources, predominantly hydropower, while fossil fuels contribute just over 1 TWh. This presents a stark contrast to the global average, as Guinea's per capita consumption is only 281 kWh, which is a small fraction compared to the global average of 3412 kWh/person. Such low electricity generation can have various adverse effects on the nation's development, affecting everything from industrial growth to education and healthcare, highlighting the urgent need for expanding electricity access and generation capacity, especially through clean energy sources.
Data sources used on this page include EIA and Ember. More about data sources →
Is Electricity Growing in Guinea?
When examining trends in electricity consumption, Guinea's recent numbers show a slight decrease rather than growth, which is unfortunate. In 2023, per capita electricity consumption dropped by 3 kWh compared to its historical record set in 2022, and low-carbon electricity generation also decreased by 2 kWh/person. This decrease indicates stagnation, underscoring the need for proactive measures to reverse this trend. Especially concerning Guinea's efforts towards sustainable development, halting or reversing electricity growth could deter progress. Efforts should be concentrated on bolstering low-carbon sources to avoid adverse consequences and foster sustainable growth.
Suggestions
To increase low-carbon electricity generation, Guinea can look to successful regions globally. The People's Republic of China's achievements in solar and wind energy are exemplary, generating about 1170 TWh and 1130 TWh, respectively. Additionally, countries with a strong nuclear energy focus, like the United States and France, provide critical lessons in leveraging nuclear power. Guinea could benefit significantly from integrating solar—a technology with immense potential in sunny climates—and exploring nuclear options, contributing to a sustainable and robust energy mix. By adopting diverse clean energy strategies, Guinea would improve both the quantity and sustainability of its electricity supply, meeting future demands and reducing reliance on fossil fuels.
History
Historically, Guinea's low-carbon electricity journey has seen varied growth. In the 1980s, early hydro growth began modestly, with minor increases in 1983. The late 1990s and early 2000s witnessed small positive changes, often around 0.1 TWh annually. Notable growth came in the 2015-2022 period, especially with an impressive 1.2 TWh increase in 2021, although the years following have seen mixed results. The pattern in recent decades demonstrates fluctuating progress, but an overall trend towards enhanced hydropower capacity. However, with no increase in hydropower in 2023, continued efforts to expand and diversify low-carbon sources such as solar and nuclear must be prioritized to sustain growth.
