In 2023, electricity consumption in Rwanda remains quite low compared to the global average. With an annual consumption of 77 kWh per person, less than a fiftieth of the global average of 3662 kWh/person, Rwanda still lags significantly behind. Low-carbon energy sources contribute a significant portion, with 43 kWh per person derived from clean electricity sources. However, fossil energy still plays a role, although the exact contribution isn't specified. The low level of electricity generation in Rwanda can hinder economic development, limit access to modern technology, and affect the quality of life. Improvement in electricity generation, especially from low-carbon and clean energy sources, is crucial for sustainable development and addressing issues like climate change and air pollution.
Data sources used on this page include EIA, Ember and Enerdata. More about data sources →
Is Electricity Growing in Rwanda?
The recent data indicates stagnation in electricity consumption growth in Rwanda; the figures have not changed from the previous year's record of 78 kWh per person. Similarly, the generation of low-carbon energy experienced a slight decline, dropping from 44 kWh per person in 2021 to 43 kWh in 2023. This stagnation and minor decline are concerning as they reflect the need for strategies and policies that will foster the growth of electricity generation, particularly from low-carbon sources. In contrast to the growing trend seen in other parts of the world, where substantial investments in clean energy are boosting electricity availability, Rwanda needs to intensify its efforts to change this narrative.
Suggestions
To enhance low-carbon electricity generation, Rwanda can learn from various successful countries and regions. Implementing a mix of solar and nuclear strategies could prove beneficial, taking cues from China and the United States, both leading countries in solar and nuclear electricity generation, respectively. Investments in solar, similar to those in India and Brazil, which have managed to generate substantial amounts of solar electricity, could be pivotal. Furthermore, exploring nuclear technology as a long-term solution, as demonstrated by countries like France and states such as Illinois in the United States, can provide a stable, reliable, and low-carbon electricity supply essential for Rwanda's development goals.
History
Throughout the years, Rwanda's low-carbon electricity history has been largely driven by hydroelectric power, with modest fluctuations in its growth. In the mid-1990s, notable changes such as a decline in 1996 were counterbalanced by increases in 1997. From the early 2000s onward, hydroelectric generation was relatively stable, with occasional incremental increases, like those seen in 2014, 2015, 2019, and 2020. Despite these small boosts, the absence of substantial growth or diversification signals a missed opportunity for Rwanda to further embrace a broader range of clean energy innovations, particularly in nuclear and solar energy, to ensure a more secure and sustainable energy future.
