Syracuse University Energy Modernization

Syracuse University undertook a major modernization of its aging energy infrastructure to improve energy efficiency, strengthen reliability, and support long-term campus operations. In a design-build partnership with BOND Building Construction, CHA led a full overhaul of the plant’s infrastructure and integrated new generation, heating, and cooling equipment within existing buildings, systems, and underground networks. 

An essential aspect involves installing a new 8MWe (nominal) natural gas-fired combustion turbine for electricity production. The combined heat and power (CHP) system will function as a load-displacement facility, reducing reliance on the National Grid.  Steam production will utilize a new heat recovery steam generator (HRSG), new watertube boilers and existing steam boilers. The revamped steam system will include one HRSG and two watertube boilers producing 225 kpph of steam. Five new 2500TR electrical centrifugal chillers will be installed for chilled water production, seamlessly connecting to the campus distribution networks.

A new 34.5kV/13.2kV outdoor substation will be erected on-site, linked to National Grid’s McBride Substation via two 34.5kV underground feeders. The new 34.5kV switchgear configuration will include a main-tie-main bus supplying two 9/12/15 MVA, 34.5/13.2kV outdoor transformers equipped with on-load tap changers, providing a 13.2kV main-tie-main switchgear lineup.

As a critical energy hub serving both the university and two nearby hospitals, the facility will provide reliable electricity, steam, and chilled water, supporting the campus's sustainability goals and enhancing the resilience of its energy infrastructure.