Electricity in Comoros in 2023
In 2023, the electricity consumption in Comoros stands at a modest 165 kWh per person, which is significantly lower than the global average of 3781 kWh per person. This electricity is largely generated from fossil energy, as low-carbon electricity generation is close to none, with zero kWh per person coming from clean energy sources. Such a reliance on fossil fuels not only contributes to climate change but also perpetuates dependence on imported fuels, potentially leading to energy insecurity and economic burdens. The low level of electricity consumption in Comoros can hinder socioeconomic development, as access to reliable and affordable electricity is crucial for improving quality of life, facilitating business operations, and advancing education and healthcare services.
Is Electricity Growing in Comoros?
Despite the global push for cleaner energy and the pivotal role that distributed generation could play in isolated areas like Comoros, electricity consumption in the country is not experiencing growth; in fact, it has slightly decreased from 168 kWh per person in 2022 to 165 kWh per person in 2023. This indicates stagnation in both total and low-carbon electricity generation, as the clean energy contribution remains at zero kWh per person. With no previous growth in clean energy since records began, this stagnation is concerning and suggests that Comoros is missing out on the opportunities provided by the transition to sustainable energy systems embraced globally.
Suggestions
Comoros can draw inspiration from various successful regions around the world by integrating solar and nuclear energy into its system to boost its low-carbon electricity generation. For instance, the People's Republic of China and the United States have made remarkable strides in harnessing solar energy, with 890 TWh and 314 TWh generated, respectively. Additionally, countries like France and the United States lead the way in nuclear energy production, generating 363 TWh and 781 TWh, respectively. These examples underscore the potential of solar and nuclear energy to provide reliable and clean electricity. Emulating these efforts, Comoros could build solar infrastructure as it offers a decentralized method of power distribution ideal for its geographical context and evaluate the feasibility of nuclear participation to ensure a robust, low-carbon energy future.
History
The history of low-carbon electricity in Comoros has been virtually non-existent, with records consistently showing no change in clean electricity generation. Since the year 2000, there have been no significant efforts or developments in embracing low-carbon energy sources such as solar or nuclear. This long-standing stagnation over the decades emphasizes the urgent need for strategic investment and policy formulation to exploit clean energy potential. As the world continues transitioning to sustainable energy systems, it’s imperative for Comoros to overcome inertia and actively participate in this global transformation to secure its energy future and reap the associated socioeconomic benefits.