Introduction
Beaver Island, located in the northernmost end of Lake Michigan, is seeking a more reliable source of energy. With a population of around 600 permanent residents, the island faces challenges in obtaining electricity, as power comes from the mainland through cables that cross about 30 miles of lake bed.
The Energy Problem on the Island
Power outages are common during extreme weather or when there are problems with the sensitive wires. A devastating ice storm that hit the state last year left the island without power for weeks. This has led some residents to seek a more reliable source of energy generated locally.
The Solution: Wave Energy
Researchers from the University of Michigan gathered on the island to deploy two devices that convert the kinetic energy of waves into electricity. The devices, which look like small boats framed with PVC pipes and are about the size of a yoga ball, demonstrated their potential by powering a light bulb and charging a cell phone.
Other Renewable Energy Initiatives
Beaver Island is not the only community seeking greater energy independence. The small Native village of Galena, Alaska, is investing in solar and biomass energy to reduce reliance on diesel fuel and provide a stopgap against extreme weather.
Challenges and Prospects
While wave energy has the potential to become a reliable source of energy, there are still challenges to be overcome, such as the high cost and difficulty of deployment. However, with the support of federal funds and collaboration with the community, the University of Michigan team is working to improve the prototype and install a final version in the coming years.
Conclusion
Beaver Island is on the right path to becoming a more sustainable and energy-independent community. With the help of wave energy technology, the island can reduce its dependence on the mainland and become a model for other communities seeking greater energy independence.
Source / Reference
This story was originally published by Grist on June 25, 2026.