In the period from September 2024 to August 2025, Minnesota’s electricity consumption reveals an intriguing mix of energy sources. More than half of the electricity consumed comes from low-carbon sources, with a significant contribution of 45.4% ensuring a cleaner energy profile. About a fifth of this is generated from wind (21.15%) and nuclear closely follows with almost 17%, indicating a strong reliance on these two cornerstone low-carbon energies. Solar energy, including utility-scale solar, contributes over 4.5%, while biofuels and hydropower make up a small portion of the total electricity generation. Conversely, fossil energy, accounting for approximately 37.4%, includes gas and coal generation at about 19% and 18.6% respectively. Net imports, contributing almost 17%, play a pivotal role in complementing both fossil and low-carbon energies. This mix highlights Minnesota’s strides towards cleaner energy, yet it shows room for increased reliance on low-carbon sources to further minimize fossil fuel usage.
Data sources used on this page include EIA. More about data sources →
Is Electricity Growing in Minnesota?
Evaluating the growth in electricity consumption in Minnesota, one can notice a downward trend compared to historical highs. The current level stands at 12,452 kWh per person in 2025, which presents a notable drop from 2006, where the record was 14,388 kWh per person—a decline of 1,936 kWh per person. Similarly, the low-carbon electricity generation has also experienced a slight setback, with current production at 5,653 kWh per person, showing a decrease from the 2022 record of 5,954 kWh per person, representing a change of 302 kWh per person. This lack of growth, especially in low-carbon electricity, is concerning given the growing importance of clean energy for economic development and environmental sustainability. Swift action is needed to reverse this downward trend and boost low-carbon electricity to meet future demands effectively.
Suggestions
To tackle these challenges, Minnesota can draw inspiration from successful regions around the globe. The state can greatly benefit from expanding its existing nuclear and wind capacities, given their significant contributions to the electricity mix. Regions like France and Slovakia demonstrate achieving high levels of nuclear electricity generation, reaching 70% and 66% respectively. This exemplifies the potential for Minnesota to bolster its nuclear infrastructure to enhance low-carbon output. Additionally, Iowa’s impressive 60% of electricity from wind energy sets a remarkable standard for Minnesota to emulate. On the solar front, although the state's contribution is currently modest, examples like Nevada and Lebanon, offering substantial shares of over 31% in solar generation, provide insights into scaling up solar technologies. These cases illuminate paths that Minnesota can pursue to ensure a cleaner and more sustainable electrical grid.
History
The history of low-carbon electricity in Minnesota reflects both remarkable advancements and setbacks. In the early 2000s, particularly 2005 and 2009, the state saw significant increases in wind electricity generation, adding as much as 4.5 TWh collectively by 2011. However, the progression in low-carbon efforts witnessed fluctuations, particularly concerning nuclear power. Over the years from 2009 onwards, Minnesota faced declines in nuclear electricity generation multiple times, with the most significant drop of 2.8 TWh in 2023. While nuclear energy generation did rebound at times, like adding 2 TWh in 2014, the inconsistency remains a hurdle in the reliable growth of clean electricity. Nonetheless, the state's continued ambitious efforts in wind energy, evidenced by substantial increases like the 2.8 TWh boost in 2022, signal Minnesota’s enduring commitment to a greener energy future. A robust focus on expanding nuclear and wind can capitalize on past momentum and secure a cleaner and resilient electro-energy landscape in the state.
