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This product is a zip file that contains files that consist of PowerPoint slides synchronized with the audio-recording of the speaker, PDF files of the slides, and audio only (mp3 format) as noted.

The electrical grid is rapidly changing due to increasing amounts of variable power generation resources, greater adoption of electric vehicles, advancements in smart building technology, and aging utility infrastructure. Grid-interactive efficient buildings (GEB) have been proposed to address such issues by enabling buildings to act as distributed energy resources, while further enabling decarbonization of the building sector. GEBs present a new set of modeling challenges from traditional buildings. GEB models require different spatial and temporal scales, dynamic interaction between buildings and the grid, and complex baseline development. This session presents recent advancements in the field of GEB modeling and analysis.

Modeling the Impacts of Electrification of Urban-Scale Energy Loads with Distributed Energy Resources< /br> Yunyang Ye, Ph.D., Pacific Northwest National Laboratory, Portland, OR A Multidisciplinary Model to Couple Power System Dynamics and Building Dynamics to Enable Building-to-Grid Integration< /br> Wangda Zuo, Penn State University, Middletown, PA What Have We Learned from Benchmarking Demand Flexibility for More Than One Hundred GEB Buildings?< /br> Jingjing Liu, P.E., Lawrence Berkeley National Laboratory, Berkeley, CA Demand Flexibility Packages for Office Buildings: An Action Guide< /br> Anish Tilak, Manager, Carbon-Free Buildings, Rocky Mountain Institute, Oakland, CA

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Published: 2023 Units of Measure: Dual File Size: 1 file Product Code(s): D-AT23Sem64 Note: This product is unavailable in Russia, Belarus