Curaçao's electricity consumption as of 2018 heavily relies on fossil energy, with more than two-thirds of the electricity, specifically 71%, being generated from oil. On the other hand, low-carbon energy contributes to just slightly less than a third of the total electricity generation, largely dominated by wind power at 27% and solar power at a little over 2%. This indicates a significant reliance on oil for electricity generation, which poses challenges in terms of sustainability and alignment with global goals to reduce carbon emissions. Transitioning further towards low-carbon technologies is crucial for Curaçao to decrease its carbon footprint and leverage the benefits of cleaner energy sources.
Data sources used on this page include IEA. More about data sources →
Is Electricity Growing in Curaçao?
Examining the trends in electricity consumption in Curaçao reveals a decline in total electricity use since 2010. Latest data shows an electricity consumption of 4,770 kWh per person, a noticeable drop from the 2010 peak of more than 8,400 kWh per person. This steep decline by nearly 3,700 kWh per person is concerning considering the growing need for electricity driven by technological advancements. However, on a positive note, low-carbon electricity generation is on an encouraging upward trend. An increase from 1,116 kWh per person in 2017 to 1,394 kWh per person in 2018 highlights a growth in clean energy utilization.
Suggestions
To enhance low-carbon electricity generation, Curaçao should prioritize expanding existing wind energy capacity, as it already constitutes a considerable part of the country's clean energy supply. Furthermore, examining successful regions, such as Denmark, where 60% of their electricity comes from wind, provides valuable insights. Investing in solar energy, as seen in places like California and Lebanon with solar contributing more than 30%, can further diversify Curaçao's energy mix. Although nuclear energy is absent from Curaçao's current portfolio, countries like France show the potential of this clean, sustainable option, generating more than two-thirds of their electricity from nuclear. Adopting diverse low-carbon technologies, including solar and evaluating the feasibility of nuclear, can significantly bolster sustainable electricity generation.
History
The history of low-carbon electricity in Curaçao from 1993 to 2018 reveals a steady yet modest growth. During the 1990s, wind energy stagnated, with no significant increase in capacity until the early 2000s when production slowly picked up. By 2001, there was an introduction of a 0.1 TWh increment, followed by further advancements in 2013 and 2018. Unfortunately, solar energy has shown less progress, with no changes recorded during the years for which data is available. Maintaining a focus on sustained development in wind energy and instigating new projects in solar can create a strong foundation for Curaçao's green energy future. The slow trajectory must be met with more decisive action to ensure a significant shift away from fossil fuels.
