本产品是一个zip文件，其中包含与扬声器音频录制同步的PowerPoint幻灯片、幻灯片的PDF文件和仅音频（mp3格式）文件，如前所述。电网交互式智能建筑正被定位为能源灵活性和降低峰值负荷的关键需求侧资产。要在建筑行业实现网格交互能力，需要在建筑运营的建模和测量方面取得进展，以描述网格交互效率和灵活性度量，并量化其提供大规模网格服务的潜力。本研讨会介绍了最近定量评估网格交互高效建筑操作及其在建筑和网格级别的潜在好处的工作。州政府表示，与会者将了解节能和灵活建筑操作的措施- 最先进的建模方法，以及当前建模能力的差距。1.仪表背后:Gridoptimal Buildings Initiative在度量、模型和试点方面的进展Lexi Miller，P.E.，俄勒冈州波特兰新建筑研究所成员2。电网互动高效建筑:对区域公用事业系统负荷的潜在影响加州伯克利劳伦斯伯克利国家实验室博士，Ared Langevin。负载灵活性的国家潜力:价值和市场潜力通过2030Ray-HeLedik，BruttGroup，旧金山，Case:ASHRAE 2020虚拟研讨会

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.Grid-interactive smart buildings are being positioned as a crucial demand-side asset for energy flexibility and peak load reduction. Achieving grid-interactive capabilities in the buildings sector will require advances in modeling and measurement of building operations to characterize grid-interactive efficiency and flexibility measures and quantify their potential to provide grid services at scale. This seminar introduces recent work that quantitatively assesses grid-interactive efficient building operations and their potential benefits at the building- and grid-level. Attendees will gain an understanding of measures for energy efficient and flexible building operations, state-of-the art methods for modeling these measures, and gaps in current modeling capabilities.1. Behind the Meter: Progress from the Gridoptimal Buildings Initiative on Metrics, Models and PilotsAlexi Miller, P.E., Member, New Buildings Institute, Portland, OR2. Grid-Interactive Efficient Buildings: Potential Impacts on Regional Utility System LoadsJared Langevin, Ph.D., Lawrence Berkeley National Laboratory, Berkeley, CA3. The National Potential for Load Flexibility: Value and Market Potential through 2030Ryan Hledik, Brattle Group, San Francisco, CA