In 2021, the United Arab Emirates chiefly relied on fossil fuels, specifically gas, for its electricity production, accounting for over 88% of the country's power. Just over 11% came from low-carbon energy sources, the bulk of which was generated by nuclear energy at around 7%, while about 4% of the country's electricity came from solar energy. This shows that there is still a strong reliance on fossil fuels in the UAE's power sector, with comparatively little contribution from low-carbon energy sources.
Looking at other countries, particularly those with similar climates and resources, there are several strategies the UAE could adopt to increase its proportion of low-carbon electricity. Drawing on the success of France, Slovakia, and Ukraine, which generate 66%, 61%, and 58% of their electricity from nuclear power respectively, the UAE could invest more into their nuclear energy facilities. Similarly, with a climate suitable for extensive solar energy generation, the UAE could look to the success of Greece, Australia, and Chile, who generate 19-18% of their electricity from solar power. Additionally, despite not having the highest percentage globally, wind power offers prospective growth for the UAE, as exemplified by Denmark's high yield of wind-generated electricity at 59%.
Charting the history of low-carbon energy in the UAE, prior to 2013, there was little to no electricity generated from solar energy. The first significant step was seen in 2013, with a modest effort in solar electricity generation at 0.1TWh. However, the decade following 2013 saw a steady rise in solar generation with an important leap in 2019 at 2.5 TWh. The advent of nuclear power in the UAE began only recently in 2020, with a production of 1.6 TWh, but it showed a dramatic increase by 2021, accounting for a substantial 8.9 TWh. This marks a pivotal development in the UAE's journey towards low-carbon electricity generation, demonstrating its capability and potential in embracing nuclear power - a highly efficient and sustainable means of electricity production.