Electricity consumption in Kiribati is modest in comparison to the global average, underscoring significant differences in energy access and usage. In 2022, each resident of Kiribati consumed about 307 kWh of electricity, which is close to one-tenth of the global average of 3662 kWh per person. The nation’s electricity generation relies largely on fossil fuels, with clean energy sources contributing to a smaller fraction. Kiribati generates approximately 77 kWh per person from low-carbon sources like solar power. The heavy dependence on fossil fuels not only contributes to climate change and air pollution but also limits the country’s capacity to advance economically and improve living standards, which are often linked to energy accessibility.
Data sources used on this page include Ember. More about data sources →
Is Electricity Growing in Kiribati?
Examining the trend in Kiribati's electricity consumption shows a slight decline, which raises concerns about its energy security and sustainable growth. The most recent available data from 2022 indicates a small reduction in overall per capita electricity consumption compared to the highest level recorded in 2019, with a drop from 323 kWh to 307 kWh per person. Similarly, low-carbon electricity generation decreased slightly from 81 kWh per person in 2019 to 77 kWh in 2022. Stagnation or decline in electricity, particularly clean electricity, can hinder economic growth and development prospects, stressing the urgent need for heightened investment and expansion in low-carbon capacity.
Suggestions
To boost its low-carbon electricity generation, Kiribati should focus on scaling up its existing solar infrastructure, given its current role in energy generation. Looking at successful regions, countries like China and Japan have significantly invested in solar energy, adding substantially to their low-carbon portfolios with 1170 TWh and 104 TWh of solar electricity, respectively. By learning from these examples, Kiribati can harness its abundant sunlight to its advantage more efficiently. Additionally, legislative support and international cooperation could also facilitate potential nuclear energy initiatives, similar to the way nations like France and the United States have strengthened their energy security and sustainability with 373 TWh and 784 TWh of nuclear energy, respectively. Thus, exploring these routes could help Kiribati ensure a reliable and sustainable energy future for its people.
History
In reviewing the history of low-carbon electricity generation in Kiribati, it is evident that solar energy has been a steady but stagnant component from 2019 to 2022, with no recorded increase or decrease. This consistently flat line over the past few years signifies missed opportunities for growth in green energy adoption, particularly considering the vast untapped solar potential available. Surging this trajectory towards positive growth requires strategic planning, investment, and international collaborations to effectively elevate Kiribati’s clean energy landscape. By doing so, not only will Kiribati be able to curb emissions from fossil fuels but also align its energy goals with global sustainable development objectives.
