As of 2022, Uganda's electricity consumption primarily consists of hydropower, which accounts for almost all of its clean energy generation at approximately 5.6 TWh per year. This figure shows that more than half of Uganda's total electricity usage comes from low-carbon sources. However, against the global average of 3794 kWh/person, Uganda's per capita electricity consumption is strikingly lower at just 122 kWh/person. This low level of electricity generation can lead to limited access to energy, hindering economic development, educational opportunities, and overall quality of life. More substantial clean electricity infrastructure is crucial to address such socio-economic challenges and support Uganda's growth.

Is Electricity Growing in Uganda?

The trend in electricity usage in Uganda is on an upward trajectory. From 2021 to 2022, there was a noticeable increase in total electricity consumption, from 115 to 122 kWh/person, marking a growth of 7 kWh/person. Similarly, low-carbon electricity saw a rise from 112 to 118 kWh/person in the same timeframe. Although these increases mark a positive trend, the current levels still indicate a need to invest further in electricity generation, especially in sustainable sectors, to meet the demands of modern advancements such as widespread electrification and the proliferation of AI technologies.

Suggestions

To increase low-carbon electricity generation, Uganda can draw lessons from regions such as India and China where solar and wind energy have been successfully harnessed on a large scale. Given the abundant sunlight in Uganda, expanding photovoltaic solar power, as seen in India's substantial 192 TWh solar generation, could be a path forward. Moreover, considering nuclear energy's immense potential for providing stable, low-carbon electricity, Uganda could look towards countries with a well-established nuclear sector like the United States or France. These countries have remarkably high nuclear electricity generation, which can be emulated to significantly boost energy capacity with minimal environmental impact. Implementing a combination of nuclear and solar energy projects can lead Uganda toward a sustainable electricity future.

History

Looking at the historical progression of low-carbon electricity in Uganda, hydropower has consistently been the cornerstone, with varying rates of growth over the decades. Notable expansions occurred in the early 1990s and later between 2012 and 2021, during which hydropower production saw significant yearly increases, most prominently a 0.9 TWh rise in 2012. However, there were also years like 2006 and 2009, which witnessed reductions, underlining occasional setbacks in production. The consistent but incremental growth in more recent times, like the 0.3 TWh increase in 2022, reflects a growing commitment to clean energy but also points to the necessity of diversifying Uganda's low-carbon portfolio to avoid over-reliance solely on hydropower. Expanding into solar and nuclear energy could pave the way for a robust and resilient energy framework.

Electricity Imports and Exports

Balance of Trade