In 2025, electricity consumption in Rhode Island highlights a heavy reliance on fossil fuels, with roughly 85% of its electricity generated from such sources, predominantly gas, which makes up 85% alone. Low-carbon options, although present, only account for about 15% of the electricity mix. Solar energy plays the leading role among clean options, contributing nearly 11%, with utility solar at nearly 8% and behind-the-meter solar at approximately 3%. Wind energy and biofuels contribute close to 2% each to the overall production, highlighting a significant potential for growth in the clean electricity sector, especially given the urgency to address climate change and air pollution.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in Rhode Island?
Electricity consumption in Rhode Island is, unfortunately, on a downward trend, with individuals using 8,888 kWh per year, a decrease from the 9,999 kWh per person recorded in 2023. This drop in consumption, along with a marginal decline in low-carbon electricity generation from 1,314 kWh per person in 2023 to 1,295 kWh in 2025, is concerning. As the world shifts towards more electrification for both environmental and technological reasons, maintaining and growing electricity supply, particularly from clean sources, is crucial. This stagnation is not keeping pace with the urgent need for sustainable and reliable energy solutions.
Suggestions
To boost low-carbon electricity generation in Rhode Island, focusing on expanding solar energy is a logical step given its existing contribution. Furthermore, exploring strategies from regions with robust clean energy sectors can offer valuable insights. For instance, California's success with solar, where it generates 31% of its electricity, or Nevada's impressive 34%, highlights the feasibility and potential of solar expansion. Additionally, the role of nuclear energy should not be overlooked; states neighboring Rhode Island, like Connecticut, derive 37% of their electricity from nuclear sources. Combining these insights, Rhode Island can accelerate its transition to a greener energy portfolio by significantly investing in solar and exploring nuclear options as part of a diversified clean energy strategy.
History
Looking back at the history of low-carbon electricity in Rhode Island, changes in generation have been largely stagnant over recent years. In both 2024 and 2025, there were no new developments in wind or hydro electricity, and biofuels saw only a minor decline in 2024 that returned to previous levels in 2025. This lack of growth over consecutive years fails to capitalize on opportunities for advancing low-carbon electricity. A proactive approach to harnessing advanced technologies, learning from successful regions, and investing strategically in solar and nuclear can help reverse this stagnation and support Rhode Island's path towards sustainable electricity.
