As of 2022, electricity consumption in Haiti stands at approximately 88 kWh per person. This is significantly lower than the global average of 3,662 kWh per person, indicating a substantial gap in energy access and usage compared to most of the world. Low-carbon sources, including hydroelectric power, constitute a minor fraction of this total, contributing about 17 kWh per person, while the remainder is presumably reliant on fossil fuels. The pronounced deficit in per capita electricity generation can severely impact economic development, limit access to essential services, and hamper educational opportunities, affecting overall quality of life. Efforts to bridge this electricity gap are crucial for Haiti to improve its economic prospects and social welfare in the future.
Data sources used on this page include Ember, IEA and World Bank. More about data sources →
Is Electricity Growing in Haiti?
The trajectory of electricity usage in Haiti is concerning, as recent data shows a downward trend. In 2022, the country's total electricity consumption per person decreased by 21 kWh from the historical peak of 109 kWh in 2012. This decline is even more marked in terms of low-carbon electricity, which has dropped by 53 kWh per person from the 69 kWh high reached in 1990. Such stagnation and reduction in both overall and clean electricity generation are worrying, especially in an era where clean energy is paramount. The reduction of low-carbon energy like hydroelectric power illustrates a negative trend, exacerbating reliance on fossil fuels and perhaps increasing environmental and health challenges associated with them.
Suggestions
To boost low-carbon electricity generation, Haiti can look to successful regions that have invested heavily in solar and nuclear energy. The People's Republic of China has made great strides with solar energy, generating 1170 TWh, and India has also substantially invested in solar power, producing 166 TWh. Similarly, the United States and states like Illinois and California have shown commitment with nuclear power, producing significant outputs of 784 TWh and smaller yet substantial amounts of solar energy, with California's contribution at 90 TWh. Adopting strategies from these regions, especially focusing on expanding solar energy due to Haiti's ample sunlight and considering nuclear energy for its unquestionable reliable and clean nature, could greatly improve the country's electricity capacity. These examples underline the potential that Haiti holds in moving toward a sustainable and robust low-carbon energy future, vital for its growth and self-sufficiency.
History
The history of low-carbon electricity in Haiti primarily revolves around hydroelectric power, with modest fluctuations in generation over the decades. In the early years, the country made slight advancements in hydroelectricity, with incremental increases in the 1970s and 1980s. However, starting in the 1990s, there were several minor declines and periods of stagnation, notably in 1991 and 1997. From the late 1990s onwards, the situation improved slightly, but the generation has largely plateaued with minor changes, such as those seen in 2012 and 2017. The overall picture paints a story of under-utilized potential and sporadic development, pointing to the need for a more strategic and sustained investment in clean energy technologies. By revitalizing its commitment to low-carbon power, especially with the inclusion of diverse energy sources such as solar and nuclear, Haiti can reshape its energy landscape for the better.
