Visible to the public GOALI/CPS:Medium:A Framework for Enabling Energy-Aware Smart Facilities

Project Details
Lead PI:Mario Berges
Co-PI(s):Lucio Soibelman
Jose Moura
H. Scott Matthews
Burton Andrews
Diego Benitez
Performance Period:10/01/09 - 09/30/14
Institution(s):Carnegie Mellon University
Sponsor(s):National Science Foundation
Project URL:http://inferlab.org/projects/energy-aware-facilities/
Award Number:0930868
3033 Reads. Placed 3 out of 803 NSF CPS Projects based on total reads on all related artifacts.
Abstract: The goal of the proposed research is to identify ways to inexpensively provide specific information about energy consumption in buildings and facilitate conservation. Signal processing, machine learning, and data fusion techniques will be developed to extract actionable information from whole-building power meters and other available sensors. The main objectives are: (a) to create a framework for obtaining disaggregated, appliance-specific feedback about electricity consumption in a building by extracting high-value information from low-cost data sources; and (b) to investigate and develop data mining and machine learning algorithms for making use of appliance-specific electricity data, in order to provide users with recommendations on how to optimize their energy consumption and understand the effects of their energy-related decisions. A series of residential buildings in Pittsburgh, PA will serve as a test-bed for evaluating and validating our proposed approach. Blueroof Technologies, a non-profit corporation located in McKeesport, PA that researches, develops and provides affordable senior-citizen housing with integrated sensor networks and building automation systems, will provide access to their Research Cottages for this project. Similarly, Robert Bosch LLC, a leading global provider of consumer goods and building technology, will provide additional technical research assistance and expertise. The main scientific merit of the project is the development of a framework for evaluating energy-use-disaggregation methods according to their value for promoting energy conservation. The resulting data sets will be large enough to produce significant conclusions about the feasibility and effectiveness of the technology, and allow for the development of new models about the trends and patterns of appliance usage in buildings. Broader impacts of this research include providing a foundation for future cyber-physical systems by inexpensively obtaining real-time appliance-level data. Such data can be used to help reduce the energy consumption of buildings by revealing the relationship between users' behavior and electricity consumption in buildings. The proposed industry-university collaborative research effort with Bosch will ensure that the technology and scientific contributions are steered toward innovative solutions that are practical for adoption in the market. Furthermore, the project will have significant diversity contributions by attracting minority students through collaboration with the University of Maryland Eastern Shore, a land-grant, historically black college with a diverse student body. Finally, a series of planned industry seminars, workshops and the publication of journal articles will allow further dissemination of the work.
AttachmentTaxonomyKindSize
A Framework for Enabling Energy-Aware Smart FacilitiesPowerPoint presentation1.59 MBDownloadPreview
A Framework for Enabling Energy-Aware Smart FacilitiesPowerPoint presentation2.51 MBDownloadPreview
A Framework for Enabling Energy Aware FacilitiesPDF document37.61 KBDownloadPreview
A Framework for Enabling Energy-Aware Smart FacilitiesPDF document2.19 MBDownloadPreview
POSTER: A Framework for Enabling Energy-Aware Smart FacilitiesPDF document1.19 MBDownloadPreview
A Framework for Enabling Energy-Aware Smart FacilitiesWord document12.46 KBDownloadPreview