In Kiribati, the electricity consumption per person in 2022 was approximately 307 kWh, which is notably lower than the global average of 3771 kWh per person. Of this, around 77 kWh per person comes from low-carbon sources like solar, which constitutes a substantial portion of their clean electricity generation. Meanwhile, the rest of the electricity is primarily generated from fossil fuels. This heavy reliance on fossil energy can contribute to negative environmental impacts such as climate change and air pollution. The significantly lower electricity consumption may have various implications, such as limited access to modern conveniences, reduced economic productivity, and challenges in improving quality of life, all of which underscore the urgent need for increased electricity generation, especially from clean sources.

Is Electricity Growing in Kiribati?

Examining recent trends, Kiribati's electricity consumption per person saw a slight decline from its previous peak in 2019, dropping from 323 kWh to 307 kWh by 2022. Similarly, low-carbon electricity generation also decreased slightly from 81 kWh per person in 2019 to 77 kWh in 2022. These declines suggest a stagnation or even a decrease in the overall expansion of electricity availability, which is concerning. Continued decreases in both total and low-carbon electricity could hinder efforts to transition away from fossil fuels and make it challenging for Kiribati to meet future energy demands, emphasizing the importance of strategizing growth in its clean electricity sector.

Suggestions

Kiribati can look towards expanding its current solar energy infrastructure, as countries like Australia, Spain, and Japan demonstrate significant solar electricity generation. For instance, Japan generates around 104 TWh of electricity from solar, highlighting the potential this clean energy source holds. Furthermore, countries like France and the United States illustrate the substantial benefits of nuclear energy. Although Kiribati’s geographic and economic conditions may present unique challenges, drawing from these global examples and investing in both solar and nuclear infrastructures could significantly contribute to increasing clean energy output and ensuring a sustainable energy future for Kiribati.

History

The history of low-carbon electricity in Kiribati, particularly focusing on solar energy, shows no changes from 2019 through 2022, indicating a consistent but stagnant level of solar electricity generation. This lack of growth over the years is discouraging, particularly in a time when many regions are experiencing rapid expansion in low-carbon electricity solutions. By failing to enhance its solar capabilities during these years, Kiribati missed an opportunity to lead by example in combatting climate change and meeting growing energy needs sustainably. It highlights the pressing need for Kiribati to prioritize expanding its solar capacity and explore other low-carbon opportunities, including nuclear energy, to revitalize its electricity sector.

Electricity Imports and Exports

Balance of Trade