Madagascar's electricity generation for 2022 shows a heavy reliance on fossil fuels, totaling approximately 1.71 TWh. In contrast, low-carbon electricity generation is almost negligible. This is concerning given the current global push towards clean energy to mitigate climate change effects. The overall electricity consumption stands at a very low 87 kWh per person, which is significantly below the global average of 3412 kWh per person. Such low levels of electricity generation can restrict economic development, limit access to modern conveniences and healthcare improvements, and hinder educational opportunities that are increasingly reliant on technology.
Data sources used on this page include EIA and Ember. More about data sources →
Is Electricity Growing in Madagascar?
The trend in Madagascar's electricity consumption indicates stagnation rather than growth. The latest figures show 87 kWh per person, a slight decrease from the 2019 record of 88 kWh per person. Similarly, low-carbon electricity generation has decreased from a previous high of 38 kWh per person in 2015 to 31 kWh per person. This decline is disappointing and could signal challenges in harnessing clean energy potential. An inability to increase the use of low-carbon sources not only affects energy security but also makes it difficult to address environmental concerns and adapt to technological advancements that require more electric power.
Suggestions
Madagascar can look to countries that have successfully increased their low-carbon electricity generation, particularly in solar and nuclear sectors. The People's Republic of China and India have notably expanded their solar capacity, generating 1170 TWh and 166 TWh respectively, while countries like the United States and France lead in nuclear power generation with 784 TWh and 373 TWh respectively. By investing in and adopting similar sustainable strategies, Madagascar could substantially boost its clean energy generation and transition towards a more sustainable energy future. Implementing solar technologies, given Madagascar’s abundant sunlight, alongside exploring nuclear options for stable and large-scale electricity supply, could offer significant benefits.
History
Historically, Madagascar's journey in low-carbon electricity generation has been slow and modest. From the early 1980s to the 2000s, hydroelectric power saw incremental increases of about 0.1 TWh in certain years like 1981, 1984, and 1995, yet often followed by periods of stagnation. The last two decades have shown fluctuations, with minor increases often balanced by slight declines. Notably, in 2018 there was a small recovery with a 0.2 TWh increase, but more recent years have again seen no growth. The introduction of solar power in 2022 marks a critical point, emphasizing the need to diversify and expand the clean energy portfolio further. It’s imperative for Madagascar to capitalize on this momentum and focus on growing its sustainable energy output to alleviate dependency on fossil fuels and drive future prosperity.
