Upgrade an aging system to protect against outages, have demand response capabilities, reduce carbon footprint, and drive down costs
Develop, finance, construct, own, and operate a microgrid that combines sustainable combined heat and power (CHP) with on-site solar generation and thermal storage to serve their entire healthcare campus
Penn Medicine Princeton now has a sustainable, highly efficient, and reliable system that produces:
106,000 pounds of steam per hour
4,400 tons of cooling
4.5 MW of CHP
203 kW of on-site solar generation
7.5 MW of emergency power
30,000 tons/hour thermal ice storage
3x the emergency power their diesel-fueled system provided
Want to learn more about how Cordia could help your medical institution? We’d love to talk. From acquiring and operating existing systems to designing and installing innovative solutions, our team has developed projects across a wide variety of types and scopes.
Through innovation, Cordia helped long-time partner ASU achieve carbon neutrality ahead of schedule, including the Sun Devil Energy Center and continuous compliance with reliability standards.
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Cordia upgraded UPMC Mercy's aging system by connecting it with Duquesne University's system for maximum efficiency, resulting in a resilient system producing significantly more power and allowing both institutions to focus on their services.
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