In 2023, Antigua & Barbuda's electricity landscape is predominantly fossil-fuel-based, with approximately 94% of its electricity generated from fossil sources. Low-carbon electricity generation is notably low, with solar power contributing around 6% of the total electricity supply. This highlights a significant reliance on non-renewable energy, which presents challenges in terms of sustainability and environmental impact. However, the presence of solar energy as the primary low-carbon contributor suggests potential for growth in clean energy development. Transitioning to low-carbon energy sources is crucial for reducing the environmental footprint and enhancing energy security in the region.

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Is Electricity Growing in Antigua & Barbuda?

Considering electricity consumption trends, Antigua & Barbuda has experienced a slight decline in electricity use over recent years. In 2023, per person electricity consumption stood at approximately 3,859 kWh, which is slightly less than the peak of 3,961 kWh observed in 2018. Similarly, the generation of low-carbon electricity per person dropped from 218 kWh in 2020 to 214 kWh in 2023. These declines, though modest, may indicate hurdles in meeting growing energy demands sustainably. As consumption per person decreases, it is vital to focus efforts on reversing this trend to accommodate future demands from sectors like electrification and technological growth, including artificial intelligence.

Suggestions

To increase low-carbon electricity generation, Antigua & Barbuda can take inspiration from regions that have successfully implemented clean energy strategies. For instance, states like Nevada have achieved substantial solar penetration, covering about a third of their electricity generation, while countries like France significantly rely on nuclear, with nearly 67% of their electricity coming from this source. The integration of both nuclear and solar energy can provide a balanced and reliable electricity supply, reducing dependency on fossil fuels. By investing in infrastructure and policy frameworks that support the growth of solar and exploring nuclear options, Antigua & Barbuda could significantly enhance its low-carbon energy mix and work towards sustainable development goals.

History

Looking back historically, Antigua & Barbuda's advancement in low-carbon electricity generation, especially solar energy, has been relatively stagnant between 2015 and 2023. During this period, year-on-year changes in solar electricity generation were consistently negligible, remaining at zero. This lack of significant progress underlines the importance of adopting proactive policies and initiatives aimed at diversifying and expanding low-carbon energy sources. Leveraging insights from the successes of other regions and implementing targeted measures can lay the groundwork for a robust transition to a clean and sustainable electricity future, meeting the demands of a modern and environmentally conscious society.

Electricity Imports and Exports

Balance of Trade