CSU Pueblo Announces Net-Zero Efficiency with Completion of Solar Array

Colorado State University Pueblo in Pueblo, Colo., recently announced that it has become the first university in the state to achieve net-zero efficiency. The achievement comes with the completion of a 23-acre solar array on the north side of campus, which has already begun supplying solar power to all academic buildings. The project began as a 25-year power purchase agreement with Johnson Controls.

“Controlling energy costs is not only sustainable and the right thing to do, but it also allows us to keep higher education affordable for our students,” said CSU Pueblo President Timothy Mottet. “Our solar project, as well as other campus-wide energy savings programs that Johnson Controls made possible, will allow us to minimize energy costs for the next two decades, allowing us to pass on these savings to our students. We are working hard to keep higher education affordable and within reach for the people of Pueblo and Southern Colorado.”

The solar project began in February 2019 as a partnership among the university, Johnson Controls, Capital Dynamics and Black Hills Energy in Pueblo, according to a news release. The array will allow the university to generate excess power and put it back into the grid. The CSU System Board of Governors approved the project based on its forethought and a feasibility study guaranteeing financial savings for the university. The project also aligns with the university’s goals of sustainable living and energy efficiency.

“To become the first campus in Colorado to reach net-zero efficiency is a remarkable achievement, and we commend the University’s leadership for its vision and determination to reach this milestone,” said Nate Manning, President of Building Solutions North America at Johnson Controls. “This achievement is a beacon of what we can accomplish together. We are proud to have partnered with CSU Pueblo for more than 20 years and, working alongside Capital Dynamics and Black Hills Energy, create sustainable, energy efficient and healthy environments at the University and across Pueblo.”

The project involved the installation of a photovoltaic system with solar panels and a rechargeable battery, according to CSU Pueblo’s Craig Cason, Associate Vice President for Facilities and the project lead. “The project is possible with a long-term power purchase agreement (PPA) and a long-term lease agreement on approximately 23 acres on the north side of campus,” he said.

About the Author

Matt Jones is senior editor of Spaces4Learning. He can be reached at [email protected].

Featured

  • Average Annual Number of Tornadoes per State

    New Tornado Wind Load Design Criteria in IBC Offer Improvements to Life Safety

    For the first time in U.S. building code history, the 2024 International Building Code (IBC) includes tornado wind load design criteria, marking a significant advancement in life-safety provisions.

  • Image credit: O

    Strategic Campus Assessment: Moving Beyond Reactive Maintenance in Educational Facilities

    While campuses may appear stable on the surface, building systems naturally evolve over time, and proactive assessment can identify developing issues before they become expensive emergencies. The question isn't whether aging educational facilities need attention. It's how institutions can transition from costly reactive maintenance to strategic asset management in a way that protects both budgets and communities.

  • University of Southern Mississippi Starts Construction on Oyster Hatchery

    The University of Southern Mississippi (USM) recently announced that construction has begun on a new oyster hatchery at its Gulf Coast Research Laboratory (GCRL) Thad Cochran Marine Aquaculture Center (TCMAC) Cedar Point campus in Ocean Springs, Miss., according to a news release.

  • Pudu Robotics Launches AI-Powered, Large-Scale Floor Sweeper

    Pudu Robotics recently launched the newest member of its MT1 series of robotic floor sweepers, the PUDU MT1 Max, according to a news release. The AI-powered, 3D perception robotic sweeper was designed for use in large, complex cleaning environments both indoors and semi-outdoors, like parking garages and semi-open building atriums.

Digital Edition