University of Massachusetts Medical Center

Oct. 28, 2014
The University of Massachusetts Medical Center’s combined heat and power system serves a 60-acre campus with a district energy loop. The campus expanded its system in 2010 and not only increased its capacty, but also its efficiency. In doing so, the center lowered its unit costs and improved its environmental profile. Here the university describes […]

The University of Massachusetts Medical Center’s combined heat and power system serves a 60-acre campus with a district energy loop. The campus expanded its system in 2010 and not only increased its capacty, but also its efficiency. In doing so, the center lowered its unit costs and improved its environmental profile.

Here the university describes how its Solar Turbines CHP system works and the benefits it has provided.

About the Author

Elisa Wood | Editor-in-Chief

Elisa Wood is the editor and founder of EnergyChangemakers.com. She is co-founder and former editor of Microgrid Knowledge.

Propane Is a Sustainable Choice for Growing Microgrid Need

July 2, 2024
Construction professionals rely on propane’s lower emissions and enhanced resiliency

Download the full report

Five Keys to Effectively Managing the Power Grid with AI

Veritone presents five artificial intelligence-powered solutions that help those in the electric power industry enhance grid resilience, increase the rate of decarbonization, ...