In Guinea, the state of electricity consumption in 2023 primarily relies on low-carbon sources, with hydropower representing nearly all of this category. The country generated about 3 TWh from hydropower, contributing significantly more than half of its total electricity supply, which amounts to approximately 4 TWh. Fossil fuels account for just over a quarter of the electricity generated, totaling around 1 TWh. When compared to the global average of 3662 kWh per person, Guinea's electricity consumption is strikingly low at only 281 kWh per person. These low levels of electricity generation can lead to challenges in economic development, healthcare, and digital access, potentially keeping the country at a disadvantage in terms of modernization and quality of life improvements.
Data sources used on this page include EIA and Ember. More about data sources →
Is Electricity Growing in Guinea?
Analyzing the trends of electricity growth in Guinea reveals a slightly troubling picture. The electricity consumption per person recently decreased from 285 kWh in 2022 to 281 kWh in 2023, signaling a reduction and possibly pointing to stagnation or inefficiencies in the system. This same pattern appears in the low-carbon sector, where generation dropped from 212 kWh per person in 2022 to 210 kWh per person in 2023. Even these seemingly minor declines are concerning, as they hinder Guinea's progress towards a future of cleaner and more abundant energy. With worldwide shifts towards low-carbon options, consistent growth in this area is vital for the country's sustainable development and its fight against climate change impacts.
Suggestions
To amplify its low-carbon electricity generation, Guinea can look to successful initiatives in solar and nuclear energy from around the world. Regions such as China and the United States have demonstrated tremendous advancements in solar and wind energy, with China generating an impressive 1170 TWh from solar and the US contributing significantly with 381 TWh of solar energy. Meanwhile, countries like France and South Carolina in the US illustrate the potential of nuclear energy, generating 373 TWh and approximately 57 TWh, respectively. Guinea could leverage similar strategies by investing in solar infrastructure, potentially capitalizing on its favorable solar conditions and exploring the introduction of nuclear energy projects, which could ensure a reliable and large-scale supply of clean electricity.
History
Throughout its history, Guinea's low-carbon electricity generation has been modest and mostly reliant on hydroelectric power. From the early 1980s through the early 2000s, increments in hydropower generation were minor yet consistent, with occasional decreases, such as the small declines in 2003 and 2005. However, a noticeable shift occurred from 2015 onwards, with a significant increase recorded in 2021, where hydropower generation rose by 1.2 TWh. This recent increase underscores the potential for expansion and the importance of strategic investments in harnessing the country's natural water resources. Nevertheless, as of 2023, there has been no notable increase in hydroelectric capacity, emphasizing the urgency for Guinea to diversify and enhance its low-carbon energy strategies to meet the growing demands of a modernizing world.
