Electricity in Niger in 2023
In Niger, the state of electricity consumption as of 2023 reflects substantial challenges and opportunities for growth. The total electricity usage is 77 kWh per person, a tiny fraction compared to the global average of 3412 kWh per person. This indicates that less than 3% of what a typical global citizen consumes in terms of electricity is available in Niger. The country's electricity sector is currently heavily reliant on net imports, constituting more than half of its electricity source. Low-carbon energy generation in Niger is virtually non-existent, contributing close to none to the overall power mix. The nation’s high dependence on imported electricity and negligible production of clean energy limit not only the potential to improve general living conditions but also undermine sustainable economic growth. The low levels of electricity generation can lead to limited access to modern amenities, hinder educational and healthcare services, and restrict the development of industry and infrastructure.
Data sources used on this page include EIA, Ember and IEA. More about data sources →
Is Electricity Growing in Niger?
Electricity generation in Niger seems to be stagnating rather than growing, at least in recent years. The latest data shows a decrease in electricity consumption per person from the record level of 84 kWh in 2018 to 77 kWh in 2023. This negative change of 7 kWh per person underlines a concerning trend of decreasing electricity availability. Low-carbon electricity generation has not seen any growth over the same period, maintaining a stagnant level of just 1 kWh per person. This plateau in clean energy generation signals a missed opportunity for sustainable development in Niger. The absence of growth in electricity access and low-carbon generation poses a serious challenge to the country's aspirations for economic development and the improvement of its citizens’ quality of life.
Suggestions
Niger can look to successful regions globally for inspiration to bolster its low-carbon electricity generation. Harnessing solar and wind energy, as countries like China (with impressive solar and wind outputs) and India (notable for both wind and solar production) have demonstrated, could significantly increase Niger’s clean electricity footprint. Similarly, adopting nuclear energy, as evidenced by major electricity outputs in regions such as the United States, France, and Canada, could provide a reliable and substantial increase in low-carbon generation capacity. With abundant sunlight, Niger is particularly well positioned to expand solar energy infrastructure, taking cues from regions like India and Brazil that have successfully integrated large-scale solar projects. These efforts would help reduce reliance on imports and fossil fuels, while contributing to global climate goals by reducing greenhouse gas emissions and limiting air pollution.
History
Until now, Niger has not experienced any noteworthy development in low-carbon electricity generation, with solar power remaining consistently static since the early 2000s. Since 2005, and continuing up to the present day, there has been no recorded increase in solar generation, reflecting a period of stagnation over nearly two decades. This lack of progress in adopting low-carbon technologies highlights a critical gap in policy or investment that needs urgent attention. The absence of any increase in solar power generation over this lengthy timeline underscores the need for a strategic shift in energy policy to prioritize and facilitate sustainable sources. Emphasizing a proactive approach to clean energy generation, particularly in solar and nuclear capacities, will be crucial for Niger in shaping a sustainable and resilient energy future.
