Consolidated Edison Presents: Beyond the Building: Unlocking Urban Sustainability with District Energy

Thursday, October 22, 2026 11:45 AM to 12:45 PM · 1 hr. (US/Eastern)
Sponsored Session

Information

There’s a reason many of the world’s leading cities rely on district energy systems. Achieving urban sustainability requires big-picture thinking—looking beyond the building to understand the upstream energy impacts of building design decisions. Come explore why some of Manhattan’s most sustainable new developments choose district steam as a decarbonized solution for heating and cooling. We’ll unpack the key value streams to assess—from upstream carbon and cost to system resiliency—and demonstrate how leveraging district energy can enhance system-wide efficiency, affordability, and reliability. Join us to rethink conventional building energy design strategies and discover how integrated, network-based solutions like district energy can accelerate progress toward resilient, sustainable cities.
Program
Sponsored Session
Pass Type
Conference PassConference Pass + Sustainable Finance & Investing ForumStudent PassSustainable Finance & Investing Forum 4 Day PassVolunteer Pass
Location
Room 406.2
Track
Sponsored Session
Learning Objective #1
Learn about the Falcon Curve and how district energy systems can support affordability in decarbonized, sustainable cities by reducing electric winter and summer peaks
Learning Objective #2
Understand the metrics beyond Site EUI and equipment COP building-energy practitioners should leverage to assess the performance of building connected to district energy systems and how applying them supports unlocking more efficient, affordable, and resilient end-to-end urban energy systems.
Learning Objective #3
Gain familiarity with techniques for assessing how using district energy for building heating and cooling can increase NOIs & improve real estate value leveraging case studies from Manhattan's iconic buildings and sustainable new construction
Learning Objective #4
Learn about new technologies for industrial scale decarbonization & how they can be leveraged to decarbonize North America's largest district energy system & achieve more efficient heating under peak conditions

Log in

See all the content and easy-to-use features by logging in or registering!