In 2022, the electricity consumption pattern in St. Pierre & Miquelon was entirely dependent on fossil fuels, making up 100% of the electricity generated in the region. This means that low-carbon or clean energy sources, such as solar or nuclear, contributed close to none in terms of electricity generation. Given the global push towards cleaner energy sources to combat climate change and reduce air pollution, this complete reliance on fossil fuels is disconcerting. It highlights an urgent need for increasing the use of low-carbon sources to ensure a more sustainable future for St. Pierre & Miquelon.

Data sources used on this page include Ember. More about data sources →

Is Electricity Growing in St. Pierre & Miquelon?

When examining the growth of electricity consumption in St. Pierre & Miquelon, there is a slight increase in per capita electricity usage from 2021 to 2022. The consumption increased from 8685 kWh per person in 2021 to 8735 kWh per person in 2022, marking an upward change of 50 kWh per person. However, in terms of low-carbon electricity generation, there has been no change, as it remains at zero. This stagnation in clean energy adoption is alarming, suggesting no progress in transitioning towards more environmentally friendly energy alternatives over recent decades. This lack of advancement poses a risk both in terms of environmental sustainability and energy security.

Suggestions

To enhance the low-carbon electricity share, St. Pierre & Miquelon can adopt successful strategies from regions with established clean energy practices. For instance, France generates a substantial portion of its electricity (about 70%) from nuclear energy, and Denmark relies on wind energy for almost 60% of its electricity. Considering the unique geographical and climatic attributes of St. Pierre & Miquelon, which is surrounded by the sea with frequent wind currents, investing in wind energy could prove beneficial, akin to Iowa's reliance on wind for around 60% of its electricity. Pairing this with solar energy development, inspired by Nevada's 33% solar electricity generation, could significantly bolster the region's clean energy portfolio, leading to reduced fossil fuel dependence and contributing positively to global efforts against climate change.

History

Historically, St. Pierre & Miquelon has shown no significant adoption of low-carbon electricity sources, maintaining a record of 0 kWh per person from such sources since the early 21st century. This longstanding trend reflects a static state of energy strategy focused on fossil fuels, with no recorded effort to integrate solar, nuclear, or other clean energy forms. Given this static history of low-carbon electricity generation, there is a pressing need to reevaluate energy policies and infrastructure investments to foster a shift toward sustainability and ensure the region aligns with global clean energy trends. Without making progressive changes, St. Pierre & Miquelon risks lagging behind as the world moves toward electricity growth driven by AI and electrification advancements.

Electricity Imports and Exports

Balance of Trade