Overview and details of the sessions of this conference. Please select a date or location to show only sessions at that day or location. Please select a single session for detailed view (with abstracts and downloads if available).
Let’s Get Busy: Implementing Autonomous Ongoing Commissioning LIVE!
Time:
Wednesday, 13/Aug/2025:
10:30am - 12:00pm
Location:Cripple Creek 1
Presentations
Let’s Get Busy: Implementing Autonomous Ongoing Commissioning LIVE!
Chair(s): Saheel Chandrani (PingCx (Ping Building Systems, Inc.))
This session explores how autonomous commissioning transforms the critical commissioning process by enabling comprehensive autonomous functional testing of any BAS.
Improv meets practitioners: the Presenter will take input from the Audience and, in real time, perform automated functional testing on a live building. The goal: 100 VAV boxes in 10 minutes! The session will demonstrate how autonomous commissioning delivers comprehensive system verification, reduces energy waste, and improves operational reliability when deployed in an ongoing commissioning model for existing buildings.
Learn how this technology bridges the gap between design and actual performance by drawing on real-world implementation from diverse building types.
Session Presentations
Let’s Get Busy: Implementing Autonomous Ongoing Commissioning LIVE!
Saheel Chandrani1, Michael Munson2 1PingCx (Ping Building Systems, Inc.), 2PingCx
This session explores how autonomous commissioning transforms the critical commissioning process by enabling comprehensive autonomous functional testing of any BAS.
Improv meets practitioners: the Presenter will take input from the Audience and, in real time, perform automated functional testing on a live building. The goal: 100 VAV boxes in 10 minutes! The session will demonstrate how autonomous commissioning delivers comprehensive system verification, reduces energy waste, and improves operational reliability when deployed in an ongoing commissioning model for existing buildings.
Learn how this technology bridges the gap between design and actual performance by drawing on real-world implementation from diverse building types.
