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Building Automation 101 – The Basics

Last week we focused on the concept of using the most powerful network available, the Internet, as the single data communication medium “connecting” all of the now disparate systems in our buildings into a single, integrated network. By doing so, we gain the ability to control, monitor, and gather data from all of these systems from anywhere, using only a web browser. Ultimately, having the ability to automate building operations will result in optimal efficiency and reduced operating costs, all the while giving tenants more control over their comfort.

By plugging these systems into our network backbone we can now achieve that goal of having the ability to control, monitor, and gather data from all these systems using Internet Protocol (IP) in a single, integrated network environment. The prerequisite, of course, is that we have a broadband and wireless infrastructure that will support the management of these systems and their requisite applications.

Building Automation Components
Let us briefly examine the most common building functions that might be tied together in an automated building:

Ideally, lights turn on at the correct lighting level when they are needed and are dimmed or turned off when not in use. Lighting systems today can be accessed and computer-controlled by the building operator or, in some cases, by the tenant via web-based control systems. Lights can be dimmed and turned on or off depending on whether or not the room is occupied. Lighting systems can now be linked to a centralized information system that can show current usage and usage patterns for either a single building or an entire portfolio via a Graphical User Interface (GUI).

Heating, ventilation, and air conditioning systems are often the core processes in a Building Automation system. Once automated, these systems can control the temperature, humidity and airflow, allowing tenants to adjust the environment in their individual spaces, thus conserving energy and controlling costs. Furnaces, chillers, and compressors can even be equipped with sensors that continually monitor the equipment for any indication of the need for preventative maintenance.

Fire & Life Safety
In addition to detection monitoring, many building functions need to be controlled in the event of a fire, earthquake, terrorist threat, or other emergency. Emergency exit locks need to be released, pre-recorded status messages need to be broadcast to relevant parts of the building, HVAC systems enabled for smoke extraction, etc.

Ingress to parking areas can be controlled via access cards or other electronic identification methods. In addition to access control, parking systems can integrate with security, lighting, elevator, and HVAC systems. These systems can be programmed to turn on and off for the individual tenant when they enter the parking structure. Visitors parking costs can be monitored and accounted for electronically, thus reducing administrative overhead.

Elevators and Escalators
Escalators do not need to run at full speed during off peak hours and all the elevators need not be operational when traffic is light. Access control cards can allow tenants programmable, selective access to certain floors. Interactive elevator terminals can stream content from CNN feeds to emergency instructions in the event of a fire or life safety situation.

Visitor management, access control, intrusion alert, and surveillance are the main functions of the security system. We can tie these functions together to allow a single operator control and monitoring of entryways, parking structures, elevators, hallways, and offices. Using IP-based video cameras, security personnel can now monitor multiple cameras via a web-based wireless device such as a Tablet PC without being tethered to a desk peering at an array of fixed monitors.

Energy Management
As we all know, the cost of oil, gas, and electricity fluctuate both seasonally as well as with market conditions. Building Automation systems can adjust the usage of the differing environmental control systems (electrical, gas, solar, oil), taking into consideration the cost of energy for each while also providing optimal tenant comfort.

Digital Signage
By using computer controlled plasma or LCD screens, we can tie our digital signage to our Building Automation system, to our enterprise information and have real-time control of our signage content. When our leases become digital, tenant directories will be immediately updated once the tenant puts their digital signature on the lease and clicks the “OK” button. Building visitors are able to videoconference with tenants from the lobby and digital concierge services are now available to tenants for ordering business services, supplies, work orders, and pizza.

All of these systems need to be integrated into a single network in order to allow them to share information with each other. The problem is that these systems often use different data standards and protocols to communicate with each other, making integration difficult. The good news is that more attention is being paid to using Internet Protocol (IP) as the communication standard. We are not entirely there yet, but many more sensor and controls companies are developing IP-based products that will allow us to achieve seamless integration into an integrated Building Automation backbone.

For a complete treatise on building automation, visit the Continental Automated Building Association (CABA) website and download the Technology Roadmap for Intelligent Buildings (TRM). Also, visit for research papers and articles on a variety of building automation topics along with interviews from industry experts.

This Week’s Sponsor

Continental Automated Buildings Association (CABA) is the industry's only association for companies involved in integrated systems and the automation of buildings and homes. A number of resources--the CABA Home & Building Automation QUARTERLY, Information Series reports (white papers, research documents), eBulletins, Event Reports (conference, trade show and workshop synopses), Councils and Committees and the CABA web site--have positioned CABA as Your Information Source for Home & Building Automation.


Future-proofing BUILDING COMMUNICATIONS – 5G, WIFI, CBRS, Bluetooth, In-building Wireless and More - 5/23/2019

In an ever-increasing wireless world, building owners and operators can no longer ignore the needs of a mobile society. Every day, more applications are added to our phones which include video, immersive media, wayfinding, hailing a ride, ordering food, accessing a building and more. So much of what we do relies on good wireless connectivity, and buildings must deliver the same service as the outdoor world. Over the next few years, 5G and other technologies are going to radically improve wireless connectivity and ultimately impact the communications strategy for buildings. In order to provide tenants with a 21st century experience, buildings must keep pace with this trend. This webinar will cover a wireless strategy that includes both experiential and operational issues.

headshot for Art King
Art King Corning
Art King Director of Enterprise Services & Technologies As part of the IBN Technologies team, Mr. King leads the development of enterprise services definitions and business case propositions for customers a
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Art King
Director of Enterprise Services & Technologies

As part of the IBN Technologies team, Mr. King leads the development of enterprise services definitions and business case propositions for customers and partners. Mr. King is Vice Chair of the Services Working Group in the Small Cell Forum. He came to Corning via the SpiderCloud Wireless acquisition and was formerly a lead in IT architecture and operations for Nike Inc. where he held various global roles over 10 years.

headshot for Stuart Strickland
Stuart Strickland Hewlett Packard Enterprise
Stuart Strickland Distinguished Technologist Stuart Walker Strickland is a Distinguished Technologist in the Office of the CTO at Aruba Networks with a focus on strategic planning for Wi-Fi in th
headshot for Stuart Strickland
Stuart Strickland
Distinguished Technologist
Hewlett Packard Enterprise

Stuart Walker Strickland is a Distinguished Technologist in the Office of the CTO at Aruba Networks with a focus on strategic planning for Wi-Fi in the context of 5th Generation cellular networks. He has been with Aruba for three years and represents its interests in 3GPP, WFA, IEEE, and WBA on issues relating to spectrum allocation, Wi-Fi/cellular coexistence and integrated network architectures.