In 2025, Michigan's electricity consumption profile is predominantly driven by fossil fuels, making up almost two-thirds of the total consumption. The largest share of this, over 40%, comes from gas, followed by coal which contributes nearly a quarter. However, there's promising growth in low-carbon technologies, which are responsible for over a third of the state's electricity mix. Nuclear power is the foremost player in the clean energy sector, providing around 21%, followed by wind and solar collectively contributing over 10%. Wind energy is significantly ahead of solar, with biofuels rounding out the low-carbon segment.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in Michigan?
Electricity consumption in Michigan is on an upward trend, with the latest figures showing an increase to 12,669 kWh per person, up by 387 kWh from the previous record in 2024. This rise signals a healthy growth in electricity usage, reflecting the state's expanding energy demands possibly driven by increases in electrification and technological advances such as artificial intelligence. Additionally, the augmentation in low-carbon electricity generation is part of this growth, with an increase of 303 kWh per person since 2023, underscoring Michigan's move towards cleaner energy forms.
Suggestions
To further bolster low-carbon electricity generation, Michigan could expand its already substantial nuclear base, learning from successful regions like France and Slovakia, where nuclear provides a significant portion of the electricity mix, with figures of 67% and 66%, respectively. Expanding nuclear capacity could position Michigan as a leader in clean energy within the United States. Additionally, drawing inspiration from states like Iowa and South Dakota, where wind energy accounts for around 58% of electricity, Michigan could further tap into its wind energy potential. Likewise, reviewing solar strategies from regions like North Macedonia and Nevada, where solar contributes 49% and 34%, respectively, could help in ramping up solar energy, contributing to a sustainable future.
History
Historically, Michigan's low-carbon electricity landscape has experienced noteworthy changes. In 2024, the state saw a reduction in nuclear generation, down by 1.7 TWh, but this was coupled with an encouraging growth of 1.5 TWh in wind energy. However, in 2025, nuclear rebounded, increasing by 1.3 TWh, demonstrating resilience and capacity for growth. There were also incremental boosts in other low-carbon sources, with wind and hydro each growing by 0.3 TWh, along with a small increase in biofuels. This recent history highlights the potential for Michigan's clean energy sector to expand further, with the right focus on advancing nuclear and solar capabilities.
