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ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012
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ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

Jan 05, 2016

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Page 1: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

ISS4ES. Keshav and Catherine RosenbergUniversity of WaterlooNovember 2012

Page 2: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

To apply our expertise in Information Systems and Sciences to find innovative solutions to problems in energy systems

http://iss4e.ca

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ISS4E vision

Page 3: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

Team• Directors

Prof. S. Keshav (CS)Prof. Catherine Rosenberg (ECE)

• Affiliated FacultyProf. Tim Brecht (CS)Prof. Lukasz Golab (Management Sciences)Prof. Alex Lopez-Ortiz (CS)Prof. Bernard Wong (CS)

• PostdocsYashar GhiassiKirill KoganNegar KoochakzadehHanan Shpungin

• Ph.D. StudentsAdedamola AdepetuOmid ArdakanianTommy CarpenterRayman Preet Singh Matharu

• Masters StudentsPeter Xiang GaoElnaz RezaeiSahil Singla

• Research AssociatesBo HuPirathayini SrikanthaHadi Zarkoob

Page 4: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

Current and Recent Projects

Page 5: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

Electric vehicles

• Car pools to reduce range anxiety (Carpenter)

• Optimal charging of vehicle fleets (Zarkoob)

• Distributed optimal charging (Ardakanian)

• App-based telemetry (Carpenter)

Page 6: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

Smart homes and buildings

• Temperature setpoint market (Singla)

• Smart appliances (Srikantha)

• Home peak load prediction (Matharu/Gao)

• Analysis of home load seasonality (Rezaei/Adepetu)

• Automatic clustering of home loads (Matharu/Ardakanian)

• Optimal scheduling of home storage (Carpenter/Singla)

Page 7: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

Smart homes and buildings (contd.)

• Personal thermal comfort (Gao)

• Regression models for building loads (Case)

• Per-panel solar load monitoring and anomaly detection (Hu)

• Private storage and analysis of home meter data (Matharu)

• Optimal battery sizing to deal with outages (Singla/Ghiassi)

Page 8: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

Distribution network

• Optimal storage location (Shpungin)

• Optimal load scheduling in microgrids (Kogan)

Page 9: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

Generation

• Firming up solar power (Ghiassi)

Page 10: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

SAMPLE PROJECTS

Page 11: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

Demand Response through a Temperature Setpoint Market in Ontario

• Ontario has peak load for a few hours in summers

• Peak load reduction possible by increasing thermostat during peak hours

• Payment of $2 per hour of setback can reduce operating costs by $688 million over 20 years

Ref: S. Singla, S. Keshav: Demand Response through a Temperature Setpoint Market in Ontario, IEEE SmartGridComm, 2012

smartset

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Consumer-centric Smart Grid

Page 21: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

21The Traditional Grid

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Page 22: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

22The grid of today

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Page 23: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

23The utility-centric Smart Grid vision

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Page 24: ISS4E S. Keshav and Catherine Rosenberg University of Waterloo November 2012.

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