Electricity in Chad in 2022
In Chad, electricity consumption per person in 2022 was very low, at only 21 kWh. When comparing this to the global average of 3649 kWh per person, it is clear that Chad's electricity consumption is exceedingly low. The sources of electricity in Chad are split between low-carbon and fossil energy, though the contribution from low-carbon sources is close to none. Such low levels of electricity generation can hinder economic development, limit access to modern healthcare and education, and impede communication, thus hampering efforts to improve quality of life and economic stability.
Data sources used on this page include Ember. More about data sources →
Is Electricity Growing in Chad?
In 2022, electricity consumption in Chad decreased from the previous year, with a drop of 3 kWh per person from the historic record of 24 kWh per person in 2021. This decline highlights a concerning stagnation or even regression in electricity availability, as no growth has been seen in low-carbon electricity generation since 2016. The unchanged state of low-carbon energy production since then, with the contribution of wind and biofuels remaining static at 1 kWh per person, signals a critical need for investment and innovation in the electricity sector to keep pace with growing demands and to transition towards a sustainable energy future.
Suggestions
To boost low-carbon electricity generation, Chad can look toward successful regions that have made strides in clean energy, such as China and India for solar power and the United States and France for nuclear energy. China's advancement in solar and wind energy, generating 1114 TWh and 1093 TWh respectively, showcases the potential of harnessing natural resources for large-scale electricity production. Similarly, the robust nuclear output in the United States and France demonstrates how nuclear power can be a reliable backbone for clean energy systems. Chad could benefit from international collaboration, technology transfer, and investments to develop these sources further, advancing both its energy security and sustainability goals.
History
Historically, Chad has experienced an extended period of minimal progress in low-carbon electricity, with no significant change observed in either wind or biofuels from 2012 to 2022. This decade-long stagnation underscores the urgency for Chad to adopt new strategies and technology to jumpstart its clean energy sector. While biofuels remained constant, exploring solar and nuclear options could herald a new era of growth, aligning Chad with the global shift towards sustainable and reliable low-carbon electricity. The opportunity for change is ripe, with technology advancements and international examples providing a compelling roadmap for Chad’s clean energy future.
