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Smart Building in i3 City:

Conservation, Safety, & Connectivity

Dennis Fairfield, Jimmy Liu

Smart Automation Market Potential

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Why Smart Buildings?

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Building Automation Smart Homes

M2M

Transportation

Agriculture

LED Lighting

Worldwide,

buildings consume

of all electricity,

up to

of which is wasted.

Source: IBM Research, 2016

42%50 %

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Operations

Preserve natural resources and improve quality of life by

creating wireless, self-powered IoT sensor systems providing..

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Flexibility Energy-efficiency Time savings Cost savings

For building owners, operations represent

of the total cost of a building over it’s lifespan.

Source: IBM Research, 2016

42%

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The Technology in Smart Buildings

Core technologies used in products

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Energy harvesting

generates power from

ambient energy: kinetic,

solar and thermo.

Sensor communication

based on open radio

standards : EnOcean,

Zigbee and Bluetooth Low

Energy.

Ultra low power

management secures

batteryless 24/7

operation.

WirelessEnergy

Harvesting

Ultra Low

Power

The Future Smart Building with i3:Energy Conservation & Connectivity

Connecting Buildings to City Government

Sends People and Building information to

City fire fighters and policemen.

Continues to operate without electricity

Configurable and flexible to adapt over the

life of the building

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Sensor Options

Get 80-90% accurate count of where persons are in rooms and hallways.

Display heat map on actual floor plan

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People Count

Window/Door Status

Use magnetic contact to determine open/closed status of doors and windows. Can help with accuracy of people count.

Temp / Humidity

Use to determine temperature/humidity of each room to aid in fire detection

Smoke/HeatDetection

Early detection of smoke and heat. Track history of movement

Sensor/Switch Options

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Emergency CallManual push button to identify emergency. Battery-free and wireless allows

mounting anywhere and/or on mobile devices. Could add app to phone/tablet

to connect with FIC controller directly

Noise LevelAssist in determining people in the room calculation. Also could be used to

track loud noises such as active shooters.

AC or 0-10VDC Control

Output to change situation: Turn on/off lights, change color of lights based on

situation (tornado, earthquake, active shooter, hurricane, etc), turn on siren,

etc.

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Example Display for fire Fighters

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Floor

2nd

Select

People

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Smoke Detection:

Temperature: 115

Windows: 4 Open

Doors: 3 Open

Type: Fire

Caution:

Emergency

Call

Origin: 4th

Use For Multiple Organizations

Fire: Letters

Police: Number

FBI: Color

Building Owners: Cameras

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Features - Benefits

Wireless and Energy Harvesting technology will

continue to work in emergency response situations

without power

Integrates with city government: Building information

is constantly stored at 2-minute intervals and sent to

first responder during an emergency.

Honeywell’s Niagara communicates with your existing

Building Management platforms.

Energy Savings and operational efficiency.

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Emergency Services and Security Overview

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IoT

LAN

Air Quality People Count

Temp / Humidity

Emergency Call

Smoke Detection

HeatDetection

Window/Door Status

Noise Level

Heat Map of People

AC or 0-10VDC Control

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Case Study: City/State-level Management using Niagara: 200 Building Sites in Taiwan

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Central Monitoring System

Data points：350 inverters in total ,600 points/ each site , and 1 Niagara Lite for each site

Real time monitoring : Inverter Monitoring、Environment monitoring、350 inverters management on single central platform .

Hospital IoT

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Hotel IoT

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School Classroom IoT

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USC I3 Member Companies

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Thank you