Without detailed 2021 data provided for Kiribati, one cannot deliver a concrete appraisal of the nation's current electricity consumption state. Nevertheless, taking into account the global average electricity consumption of 410 watts/person, it's clear that many small island nations, often fall well below this level. Consequently, regions like Kiribati may be physically trailing behind the rest of the world in terms of development and quality of life because of insufficient electricity generation. Essential components of modern life, such as health and education services, digital connectivity, and industrial development, are directly impacted by the nation's ability to reliably generate electricity.
Looking at the success stories of different countries, Kiribati could focus on increasing its low-carbon electricity generation through wind and solar energy. The climate conditions in Kiribati – its ample sunshine and steady trade winds – would lend themselves well to the development of these sources. The successful implementations of wind energy in countries like China and the United States, and solar energy in China and Australia, provide encouraging blueprints to follow. Furthermore, countries like Brazil demonstrate that it is possible to effectively utilize a combination of solar, wind and nuclear energy sources.
In the absence of specific historical data about Kiribati's low-carbon, electricity generation progress, guidance cannot be provided about its past energy development trends. However, it is critical that Kiribati, like other small developing nations, embarks on a path of clean, sustainable energy development, focusing on low-carbon sources such as wind, solar, and nuclear. Not only are these sources less detrimental to the environment, but they also offer a path to energy independence. As the example of Brazil shows, countries can effectively utilize a combined energy model with nuclear, solar, and wind power, and Kiribati could certainly benefit from this course.