In 2023, electricity consumption in Congo-Kinshasa primarily stems from low-carbon sources, with hydropower as the major contributor at around 14 TWh and solar generating over 2 TWh. Net imports contribute a small portion, at approximately 1.4 TWh. The reliance on low-carbon energy indicates a commitment to clean energy sources, although total electricity consumption remains relatively low. Both hydropower and solar collectively offer more than 15 TWh of clean energy. In comparison to the global average electricity consumption of 3771 kWh per person, Congo-Kinshasa's per capita consumption is significantly lower at only 164 kWh per person. This low level of electricity consumption highlights challenges such as limited access to energy, which can hinder economic growth, industrialization, and overall quality of life improvements.
Is Electricity Growing in Congo - Kinshasa?
Electricity growth in Congo-Kinshasa has seen stagnation, evidenced by the per capita consumption, which decreased slightly from its 1980 record of 165 kWh per person to 164 kWh in 2023. Similarly, the share of low-carbon electricity also saw a decline from its peak achieved in 1989, where 163 kWh per person was generated from clean sources, to the current 150 kWh per person. The fact that the latest data shows a decrease of 1 kWh in total consumption and a 13 kWh decrease in low-carbon electricity generation per person indicates a worrying stagnation in energy growth. This lack of progress in increasing and utilizing clean energy sources is concerning, especially considering the potential benefits that expanded electricity access could provide.
Suggestions
Congo-Kinshasa can enhance its low-carbon electricity generation by expanding its solar infrastructure, learning from the successes of other regions. For instance, China's significant solar generation of 1213 TWh serves as an inspiring model, while countries like India and Germany have also made impressive strides with solar contributions of 182 TWh and 89 TWh respectively. Furthermore, advances in nuclear energy, as seen in the United States with 785 TWh and in France with 379 TWh, also offer valuable insights for Congo-Kinshasa. By pursuing both solar and nuclear development, Congo-Kinshasa can aim to substantially increase its electricity generation while maintaining a low-carbon footprint, thereby improving energy access and promoting sustainable growth.
History
Historically, low-carbon electricity in Congo-Kinshasa has experienced various trends, particularly in hydropower generation. During the latter half of the 1980s, there were modest increases in hydropower, peaking somewhat in the late 1980s and early 1990s. The mid-1990s saw some fluctuations, with notable increases and decreases in annual generation. More recently, a gradual uptick has been observed since the early 2010s, underscored by significant hydropower expansions in 2018 and 2019. Furthermore, solar energy began contributing positively by 2021 and continued with increases in subsequent years. Nevertheless, despite these advancements in hydropower and emerging solar contributions, a consistent upward trend in low-carbon electricity generation is crucial to supporting the nation's future energy needs and economic aspirations.
