Utah State University Completes Solar Expansion
The university finished a second phase of solar installations, boosting its total generation capacity to over 2 megawatts.
Updated on Oct. 24, 2026 in Energy
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Utah State University has finalized the second phase of its campus solar expansion, adding more than 1 megawatt of new generation capacity. The project includes new arrays in Logan and a battery storage system at the Uintah Basin Campus in Vernal.
Why it matters
The university initiated these infrastructure improvements to lower energy costs and decrease the institution's environmental footprint. These installations are expected to avoid over 1,100 metric tons of carbon dioxide emissions annually.
Phase two adds 1 megawatt of capacity, contributing to a total of 2 megawatts across seven campus sites. The Uintah Basin project includes a 449-kilowatt ground-mounted array and a 500-kilowatt-hour battery storage system.
The players
Utah State University
A public research university based in Logan that is actively expanding its renewable energy infrastructure across multiple campuses.
Rocky Mountain Power
An electric utility provider that supported the Vernal project through its Blue Sky and Wattsmart Battery incentive programs.
The details
The expansion spans seven locations, including a 317-kilowatt array at the Poisonous Plant Research Lab and a 239-kilowatt system on the Canyon Terrace parking structure in Logan. The battery system in Vernal allows the university to store energy for dispatch through Rocky Mountain Power programs.
Timeline
The first phase of the solar expansion concluded earlier this year.
The second phase of the solar expansion was completed on October 24, 2026.
The Big Picture
The integration of university infrastructure into Rocky Mountain Power's Wattsmart Battery program marks a shift toward collaborative energy management. This model moves beyond simple generation by allowing institutions to act as active grid participants through dispatchable storage.
The expanded solar capacity and battery storage allow the university to stabilize its energy costs by generating power on-site. These advancements provide a roadmap for other large institutions to offset carbon emissions through scalable, site-specific renewable projects.
The takeaway
Large-scale campus projects like this demonstrate how combining solar generation with battery storage can significantly reduce institutional carbon footprints. Implementing similar systems allows organizations to improve energy reliability while actively participating in local utility grid management.
Further reading
For more information on regional developments, visit the Energy section.
Source note: This article includes information reported by CacheValleyDaily.
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