In the rolling hills of southern Oregon sits the town of Lakeview, population 3,000. On the surface, it looks like any other small American town, with a main street lined with family-owned shops and a school where everyone knows everyone. But Lakeview has something that no other town its size can claim: every single light, refrigerator, computer, and appliance in town runs entirely on energy from the sun and the wind.
Lakeview became the first town of its size in the United States to achieve 100% renewable energy independence in 2024, and it has maintained that record ever since. The transformation began in 2018, when a group of local residents, frustrated by rising electricity costs and frequent power outages, proposed a radical idea: what if the town generated its own energy?
"Everyone thought we were a little crazy at first," recalls Mayor Helen Nakamura with a smile. "A town of 3,000 people running completely on renewable energy? It sounded like science fiction. But we had two things going for us: plenty of sunshine and a whole lot of wind." Lakeview sits in a region that receives an average of 280 sunny days per year, and the steady winds that blow through the valley made it an ideal location for both solar and wind power generation.
How They Made It Happen
The town partnered with a renewable energy company to install a field of solar panels covering forty acres on the outskirts of town. Ten wind turbines, each standing as tall as a football field is long, were erected along the nearby ridge. But the most innovative part of the project was the battery storage system, and that is where the students of Lakeview High School entered the picture.
As part of a special STEM curriculum, a group of high school students worked alongside professional engineers to design a battery storage facility that could hold enough energy to power the entire town for three days without any sun or wind. The students used computer modeling to calculate energy usage patterns, tested different battery configurations, and even helped with the physical installation. "It was the best science class I ever took," says junior Maya Torres, one of the students who worked on the project. "We were learning about physics and engineering, but instead of just reading from a textbook, we were actually building something that powers our whole town."
The battery facility uses advanced lithium-iron-phosphate batteries that are safer and longer-lasting than traditional lithium-ion batteries. The students' innovative design, which arranges the batteries in a honeycomb pattern for maximum cooling efficiency, was so effective that it has been adopted by three other renewable energy projects across the state.
Savings, Challenges, and a Model for Others
The economic benefits have been dramatic. Before the switch, the average Lakeview household paid about $180 per month for electricity. Now that figure has dropped to less than $30, and in some sunny, windy months, residents actually receive a small credit on their bills because the town generates more energy than it uses, selling the excess back to the regional power grid.
The journey was not without challenges. The initial construction cost of $22 million required a combination of federal grants, state funding, and a voter-approved bond measure. Some residents worried about the appearance of the wind turbines on the ridge and the solar panels on what had been grazing land. The town addressed these concerns by landscaping around the solar arrays with native wildflowers, creating a pollinator habitat that local beekeepers have come to appreciate. The wind turbines were painted a soft gray-blue to blend with the sky.
Today, Lakeview has become an unexpected tourist destination, attracting visitors from around the country who want to see what a fully renewable town looks like. Delegations from cities in California, Texas, and even as far away as Japan have visited to study the Lakeview model. "We are just a small town, but we have shown that if we can do it, almost any community can," Mayor Nakamura says. "The technology exists right now. It is not some far-off dream. Every town has its own natural resources. For us it was sun and wind. For others it might be geothermal, or hydro, or tidal. The key is to start somewhere and involve the whole community, especially the kids. They are the ones who will inherit the world we build today."