In Kiribati, electricity consumption per person in 2022 was quite low compared to the global average, with individuals utilizing around 307 kWh, far below the global standard of 3,658 kWh per person. The electricity generated in Kiribati comes from a mix of sources, with a noticeable portion derived from low-carbon technologies like solar power, which contributes 77 kWh per person. Fossil fuels still play a dominant role, with close to none of the country's electricity coming from other significant low-carbon sources such as nuclear energy, reflecting a reliance that can result in increased greenhouse gas emissions. This limited electricity generation can impact daily life and economic growth, limiting access to technology and hindering sustainable development.
Data sources used on this page include Ember. More about data sources →
Is Electricity Growing in Kiribati?
Examining electricity growth trends in Kiribati reveals a worrisome stagnation or decline in recent years. In 2019, electricity consumption reached 323 kWh per person, suggesting that the country has regressed slightly by 2022, with a drop of 16 kWh per person. The generation of electricity from low-carbon sources also mirrored this pattern, declining from 81 kWh per person in 2019 to 77 kWh per person in 2022. This regression indicates a challenge in expanding electricity infrastructure and embracing clean energy sources, which are crucial for reducing dependency on fossil fuels and realizing sustainable economic advancement.
Suggestions
To enhance low-carbon electricity generation, Kiribati should consider expanding its existing solar energy projects, which already contribute significantly to the country's electricity mix. By looking to successful examples around the world, Kiribati can draw inspiration from regions like the People's Republic of China, where a significant amount of electricity is generated from solar and wind, at 1,170 TWh and 1,130 TWh respectively. Additionally, the United States serves as a notable example with considerable electricity generation from nuclear, totaling 778 TWh. Emulating the approach of high solar contributors like Japan (103 TWh) and prominent solar generator states such as California (88 TWh), Kiribati can effectively maximize its solar potential. Ultimately, the integration of diverse clean energy technologies like solar and nuclear can help Kiribati secure a more reliable and sustainable electricity supply.
History
Historically, low-carbon electricity development in Kiribati has experienced little to no change over the recent years, with solar generation stagnating since 2019. There have been no significant advancements or declines, as reports indicate no variation in solar electricity generation from 2019 through 2022. This consistency suggests a lack of substantial investment or innovation in the country's solar infrastructure during these years. To foster growth in clean energy and advance the national electric grid, proactive measures for improving solar capabilities and exploring other low-carbon options, particularly nuclear energy, are essential.
