Top Banner
Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia
54

Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Jul 05, 2020

Download

Documents

dariahiddleston
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Smart Sensing and Controlfor More

Energy-Efficient HomesKamin Whitehouse

Computer Science Department

University of Virginia

Page 2: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.
Page 3: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Weatherization

3

$5,000 - $25,000

Page 4: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Hypothesis

Computerization

can save as much energy in homes

as weatherization

at 10x to 100x lower cost

Target: $300 + controllers

Page 5: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Occupancy Sensing Today

Motion CO2

ThermalOptical Counter

No sensors give occupancy and identity today!

Eye Scan

Vision

Page 6: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Ultrasound

Page 7: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.
Page 8: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.
Page 9: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Walkway Sensing

Page 10: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Walkway Sensing

Walkway

Room

???????? X

Page 11: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Wearables

Wearables

Electric Meter Water Meter

• Location

• Identity

• Can we get object usage?

Page 12: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Object Interactions: Action

Page 13: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Object Interactions: Angle

Page 14: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Object Interactions: Direction

Page 15: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Object Hallmarks

Action Angle Direction

Page 16: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Object Hallmarks Fusion

Page 17: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Object Hallmarks Fusion

Page 18: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Object Hallmarks Fusion

Page 19: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Using Occupancy

Page 20: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

43%Other

US Residential Energy Use*

* National Academy of Science, 2006

Page 21: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.
Page 22: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

43%Other

US Residential Energy Use*

* National Academy of Science, 2006

Page 23: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

31%

12%

Other

US Residential Energy Use*

* National Academy of Science, 2006

The Smart Thermostat

Page 24: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

24

Page 25: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

31%

12%

Other

US Residential Energy Use*

* National Academy of Science, 2006

The Smart Thermostat

Page 26: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

24%

7%

12%

Other

US Residential Energy Use*

* National Academy of Science, 2006

The Smart Thermostat

Smart Zoning

Page 27: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

24%

7%

12%Water

Heating14%

Other

US Residential Energy Use*

* National Academy of Science, 2006

The Smart Thermostat

Smart Zoning

Page 28: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Pipe Loss: 20%

Page 29: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Pipe Loss: 20%

Short Events: 4%

Page 30: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.
Page 31: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.
Page 32: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.
Page 33: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

24%

7%

12%Water

Heating14%

Other

US Residential Energy Use*

* National Academy of Science, 2006

The Smart Thermostat

Smart Zoning

Page 34: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

24%

7%

12%Water

Heating12%2%

Other

US Residential Energy Use*

* National Academy of Science, 2006

The Smart Thermostat

Smart Zoning

Hot Water DJ

Page 35: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Hot ShowersPer Person

70%

30%

Page 36: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

24%

7%

12%Water

Heating12%2%

Other

US Residential Energy Use*

* National Academy of Science, 2006

The Smart Thermostat

Smart Zoning

Hot Water DJ

Page 37: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

24%

7%

12%Water

Heating7%

7%

Other

US Residential Energy Use*

* National Academy of Science, 2006

The Smart Thermostat

Smart Zoning

Hot Water DJ

Page 38: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

24%

7%

12%Water

Heating7%

7%Lighting10%

Other

US Residential Energy Use*

* National Academy of Science, 2006

The Smart Thermostat

Smart Zoning

Hot Water DJ

Page 39: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.
Page 40: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.
Page 41: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

24%

7%

12%Water

Heating7%

7%Lighting10%

Other

US Residential Energy Use*

* National Academy of Science, 2006

The Smart Thermostat

Smart Zoning

Hot Water DJ

Page 42: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Heating and Cooling

24%

7%

12%Water

Heating7%

7%Lighting5%

Other

US Residential Energy Use*

* National Academy of Science, 2006

The Smart Thermostat

Smart Zoning

Lighting Feedback

5%

Hot Water DJ

Page 43: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

12%

7%

5%

7%Energy Usage

US Residential Energy Use*

* National Academy of Science, 2006

The Smart Thermostat

Smart Zoning

Lighting Feedback

Hot Water DJ

Page 44: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Residential22%

Commercial18%

Transportation

29%

Industrial31%

US Energy Use

Page 45: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Residential15.5%

Savings6.5%

Commercial18%

Transportation

29%

Industrial31%

US Energy Use

Page 46: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Residential15.5% Savings

6.5%

Commercial18%

Aviation2.5%

Transportation

26.5

Industrial31%

US Energy Use

Page 47: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Ties to Smart Cities

Page 48: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

MN

SFO

• Cheaper than data centers• Free heat in your home• Faster than data centers

Ties with Computing NetworkThe Data Furnace

Page 49: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Ties with Smart GridLoad-shifting Water Heater

120F

190F

Page 50: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Ties with Transportation, Water…

• Occupancy and activities can be used to predict• Road trips

• Destinations

• Sewage usage

• Power usage

Page 51: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Summary

• People are the most important thing in the home

• Identity, Location, and Object usage are key

• This information can be used for many applications• Sanitation

• Elderly monitoring

• Energy conservation

• Other ideas? Let’s talk!

Page 52: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Credits and Questions

Page 53: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.

Thank you

Page 54: Smart Sensing and Control for More Energy-Efficient Homes · Smart Sensing and Control for More Energy-Efficient Homes Kamin Whitehouse Computer Science Department University of Virginia.