Smart glassWindow properties change with electrical current to control shading and screening, external heat and privacy.

Integrated fire controlsSmart sensors will activate alarms to signal evacuations, activate fire suppression systems and notify first responders to the precise location of a fire.

Smart lightsAutomated and programmable lights are active only when people are in the room or during predefined hours.

Surveillance camerasIP-enabled video cameras monitor activity at the building entrance and in high-traffic areas and may be used as an access-control system through facial recognition.

Access control sensorsEmployees pass through security control points as wireless sensors read the digital certificates on their ID cards to determine access rights and restrictions.

Mobile devicesApplications on mobile devices enable building workers to control environmental settings, access to restricted areas and access to services.

Wireless connectivityWireless transmitters and receivers connect the building to outside services through 4G, LTE and—soon—5G connections.

Intelligent elevatorsElevators can be active only during business hours or peak demand times to save energy and control operational and maintenance costs.

CommunicationsIntegrated voice and video communications enable employees to seamlessly activate services and send messages to others in the building.

Waste managementSensors to the water and waste management lines detect pressure loss and leaks before they become a problem.

Guest registration kiosksThese enable visitors to register and receive access credentials based on the purpose of their visit and allow building managers to track traffic flow and hours of use.

Intelligent HVACSensors monitor the building’s environmental conditions to manage heating, air ventilation and air conditioning automatically. Centralized management

Building and facility managers can monitor the functions of all connected systems in the building to manage security, power, heat and cooling, and energy.

Solar panels and electrical storageSolar panels collect energy during daylight hours for storage in commercial battery systems. Solar energy reduces commercial grid electrical consumption, costs and carbon footprints.

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By the numbers

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133%Growth of theU.S. smart buildings/

IoT market,

2015 to 2020

North America spending on smart buildings

Source: Bank of America, Merrill Lynch, Frost & Sullivan

Smart building data generated,2010 to 2020

Source: comfyapp.com

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More than one-quarter of solution providers and resellers see IoT devices and services, particularly those connected to smart buildings, as a growth opportunity in 2019.

Source: The 2112 Group

U.S. smart electric meter market, 2018 to 2025

Source: Grand View Research

1 billion

$19.2B $28.7B

$44.8B

2015 2018 2020*

The number of IoT devices installed in smart buildings totaled more than 1.06 billion, nearly three times the number recorded in 2015.

Source: Gartner

28%

1 2 3 4 68

11

15

27

37

2010 2012 2014 2016 2018 2020*

$13.6B $14.6B

$16.0B$17.1B

$18.4B$19.3B

$20.7B$21.7B

2018 2019 2020 2021 2022 2023 2024 2025

$5.5 billionThe worldwide market for intelligent lighting controls for commercial smart buildings will increase 3 times by

2024 from $1.8 billion in 2017. The smart lighting market was $2.2 billion in 2018.

Source: BIS Research

$2.9 billionBy 2025, the total spent on smart glass windows will more than quadruple from the $701 million spent in 2014.

Source: Grand View Research

20

*projected *projected

Smart buildings with IoTBusinesses, building managers and construction companies are quickly adopting Internet of Things technologies and connected systems as a means of generating intelligence, improving the efficiency and cost of facilities management and providing employees with better onsite experiences. The following are examples of IoT use in smart buildings.