Currently, Antigua & Barbuda primarily relies on fossil fuels for its electricity needs, with more than 90% of the electricity generation coming from this source. Clean energy accounts for a minor share, with solar comprising a little over 5% of the electricity mix. This indicates that while there are some contributions from low-carbon sources like solar energy, their impact remains relatively limited. Transitioning to a greener electricity system is essential for the country to reduce its carbon emissions and enhance sustainability.

Data sources used on this page include Ember. More about data sources →

Is Electricity Growing in Antigua & Barbuda?

Electricity consumption in Antigua & Barbuda shows a slight decline compared to past levels. In 2023, average electricity use was around 3,859 kWh per person, which is slightly below the historical peak of 3,961 kWh per person from 2018. Similarly, low-carbon electricity generation has decreased slightly, from a record high of 218 kWh per person in 2020 to 214 kWh per person in 2023. These declines suggest a need for renewed focus on increasing both the overall and low-carbon electricity availability to meet future demand and fulfill sustainability goals.

Suggestions

To significantly increase low-carbon electricity generation, Antigua & Barbuda could explore establishing partnerships and initiatives that focus on solar and nuclear energy, drawing lessons from regions excelling in these areas. Countries like Nevada and Lebanon have successfully harnessed solar power, generating around a third of their electricity from solar energy. Meanwhile, regions such as France and Slovakia demonstrate strong clean energy leadership with more than two-thirds of their electricity produced by nuclear power. Striving to emulate the strategies of these successful regions, including incentives for solar adoption and exploring potential nuclear projects, could greatly enhance Antigua & Barbuda's clean energy portfolio.

History

Examining the history of solar electricity generation in Antigua & Barbuda, it becomes evident that there has been stagnation over recent years. From 2015 through 2023, there has been no reported increase in solar electricity generation, underscoring a critical need for strategic investments and policy support in sustainable energy infrastructure. By prioritizing the growth of solar capabilities and incorporating nuclear energy possibilities, Antigua & Barbuda can work towards a more resilient and environmentally friendly electricity grid for the future.

Electricity Imports and Exports

Balance of Trade