Isbel “Izzy” Palans lives in a small cabin nestled among mountain peaks and towering trees in the Colorado Rockies.
Isbel “Izzy” Palans lives in a small cabin nestled among mountain peaks and towering trees in the Colorado Rockies. Her home is often shaded and, during the long winters, buried under heaps of snow. Her monthly utility bills show credits for solar electricity production, but no solar panels are affixed to her roof. Instead, the power comes from a solar array some 60 miles away in a nearby valley.
Last year, the panels nearly slashed her energy bill in half. “I’ve been thrilled,” said Palans, a 76-year-old retired waitress who relies partly on Social Security benefits to make ends meet.
Palans is a subscriber to a 145-kilowatt solar array project run by Holy Cross Energy, a rural utility cooperative. Built with state funding, the program provides solar credits to more than 40 low-income households in western Colorado that otherwise wouldn’t have the financial or technical means to access renewable energy. The venture is just one of a growing number of so-called “community solar” projects across the United States focused on delivering renewable energy — and the cost-savings it can provide — to low-income households, from California to Minnesota to Massachusetts.
Community or shared solar is broadly defined as a project where multiple participants own or lease shares in a mid-sized solar facility, usually between 500 kilowatts and 5 megawatts, and receive credits that lower their monthly utility bills based on how much power the facility delivers to the grid. The sector has emerged as a “bright spot” in an otherwise sluggish U.S. solar market, outpacing growth in new residential and utility installations that has been stymied by fading federal and state incentives and the Trump administration’s import tariffs on solar equipment. U.S. community solar capacity has more than quadrupled since 2016, increasing from more than 300 megawatts to nearly 1,400 megawatts today. That is enough electricity to power roughly 266,000 households. Analysts say they expect another 600 to 700 megawatts to go online this year.
Read more at Yale Environment 360
Photo Credit: andreas160578 via Pixabay
