Agenda

Conference sponsors will be available for informal discussion in separate breakout rooms. You can ask questions, get information, and introduce yourself to key team members.

Continued progress toward the electrification of the built environment creates both a massive challenge and an opportunity for eliminating carbon emissions. The challenge of new loads from electrification on the utility system requires enhanced abilities for shifting, shedding, and modulating those loads to the mutual benefit of the building owner and serving utility. The effort to scale grid-interactive efficient buildings (GEBs) is well underway. What are the risks to all parties in getting this wrong? This session will bring together voices from the nation’s leading national laboratory on GEBs with building owners and service providers who are deploying GEBs strategies in commercial and institutional buildings across the country.

Rich Brown Lawrence Berkeley National Laboratory

Jingjing Liu Lawrence Berkeley National Laboratory

Scott Spielman Ecotope

David Logsdon Seattle City Light

Courtney Blodgett Edo

Tanya Barham Community Energy Labs

Almost all buildings have the capability to generate volumes of operational data and many also deploy fault detection technology to alert operators of problems. Unfortunately, too often there isn’t sufficient context for that fault to properly diagnosis causation or what solutions to deploy to fix it. This condition can be particularly problematic for building owners and managers that don’t have the in-house expertise often found at enterprise scale entities. For these managers, the challenge is to find the right resources to put their operational data into context and do so affordably. This session will explore examples of how to put affordable solutions in place to properly put data in context.

Jason Hyatt Puget Sound Energy

Josh Felperin alpscontrols.com

Reed Powell MacDonald-Miller Facility Solutions

Pete Segall ATS Automation

Whether you are in Seattle, Austin, Boston, or Philadelphia the hybrid work environment is the new normal. While building occupancy rates vary by location – and certainly by day of the week – the challenge of efficiently lighting, heating, cooling, and ventilating space is increasingly complicated. Should a building with 45% occupancy consume the same resources as one that previously had an 80% occupancy rate? Should this rekindle the concept of EUI per occupant versus EUI per SF as a metric? This session will explore the complexities of variable occupancy rates and how smart technology and practices can help building owners and operators manage resources and consistently meet health and comfort standards of their occupants.

Zixiao Pan Butlr

Jay Martin Overcast Innovations

Cindy Zhu Prescriptive Data

Craig Engelbrecht LONG Building Technologies

Tom Marseille Sazan Group

Fault detection and diagnostics (FDD) is now rather commonplace across commercial and institutional buildings working to identify abnormal operations of HVAC systems. Where do building managers and operators go from here? This session will offer a stimulating look at the next steps in technology and practice to improve building system performance and longevity. Panelists will detail their work demonstrating how FDD output can be utilized to create data driven maintenance tools that can automatically correct controls hunting faults. The panel will also cover new tools that enable AI technology for autonomous building operations. In addition, this panel will highlight expertise at applying augmented intelligence for performance at both the building and campus scale. Finally, the group will look at developments in ASHRAE Guideline 36, the best practice for high performance sequence of operations. This session is a must for anyone faced with the daily challenge of making building systems work well.

Narjes Abbasabadi University of Washington

Joe Zhou Slipstream

Jessica Granderson Lawrence Berkeley National Laboratory

Troy Harvey PassiveLogic

Jeremy Richmond DB Engineering