Innovations in Comfort, Efficiency, and Safety Solutions.
|Bridging the Gap
from Paper to Integrated, Metered IoT Building Management
The movement to
digital has had widespread impacts across all industries, and it is
taking particular effect with facilities management - both with current
developments as well as opportunities for future enhancement.
Largely, it comes down to how building records are managed today and how the Internet of Things (IoT) will affect building management in the future.
The majority of buildings in the United States are up to 20 years old or older, an estimated 76 percent. Facility Managers manage these buildings today while relying on paper records almost exclusively. Unfortunately, these plans and records are usually either inaccurate, incomplete, disorganized, illegible, or worse, entirely missing some documents. The result is that facility managers must wade through a mess of paperwork, spending (and wasting) significant amounts of time hunting for the information they need. One of the greatest occurrences, as older generation facility managers retire, is the integral knowledge of the building systems leaves with them and leaving remaining building operators virtually in the dark as they sort through inaccurate plans, as-builds, and records. These cases create costly and increasingly problematic delays when a system outage occurs. Furthermore, it creates a total lack of visibility as to what is going on across the building’s critical infrastructure let alone access them quickly when an issue arises.
Mapping is an Integral Step in the
Transition to Metered IoT Building Management
management is beginning to take the leap from paper records to metered
IoT, but the transition is an enormous endeavor for some facility
managers. It starts with mapping each building and organizing
as-builts, system and floor plans, then organizing that data into a
cloud-based platform. Luckily, fully
integrated IoT software enables Facility Managers to make the
transition from paper to metered and interconnected building asset
management with far greater ease.
Mapping is the key first step, which requires a commitment to change of the operating status quo. Just like Google Maps started mapping many years prior; country by country, city by city, block by block and long before you could use it to report on real-time traffic data and receive other real-time data. Commercial building data mapping must start before you can get the vast majority of aging buildings in a position where they can receive and read useful metering and monitoring data. Facility management is in the early days of a 'Google Maps' data aggregation and organization revolution. This is not vastly different then the revolution digital office space planning underwent. Facility Managers have begun to turn existing documentation into digital files stored in digital shared drives and folders. Movement from paper to digital form alone is not enough; however, because it simply moves a building from paper to digital chaos. This step, however, sets building operators on a glide path to having an integrated interactive visual database that their entire team can utilize, update and manage as their accurate record of 'truth.'
Google has even acknowledged that getting to a good reliable, interactive and eventually real-time record of infrastructure data of 'truth' for commercial buildings is an industry-wide challenge propelled by the preponderance of paper records and variety of assets, labeling and plans.
IoT Flexibility Enables Key Enhancements to Building Security
Building security requirements are undergoing
significant, lasting changes with the rise of digitally-controlled
building systems and automation technology. Safety and security will
continue to play an even greater role. The IoT allows for far greater
flexibility in system dynamics, which has become a basic requirement
for systems operations. In order to achieve maximum flexibility,
standardized interfaces with plug-and-go capability are necessary.
Space is divided as necessary within modules, facilitated by mobile
equipment that is fully integrated into the logistics concept and
therefore enabling a full life cycle of flexible usage.
By bringing data from various building systems onto the cloud, IoT integrations make other systems more flexible and safer. Buildings can optimize route usage for both people and cargo, while dynamic route management better protects security-critical areas. Access can be controlled discreetly without impacting the open-door concept, and dynamic logistics guide movement by way of an integrated system of control and navigation solutions within defined building zones.
Intelligent networking and IoT systems integration provide maximum security. Occupancy sensors and lighting systems do more than just turn the lights on and off; in an emergency, they also assist in organizing a fast, orderly and therefore safer evacuation. Escape routes are defined according to the situation, and lighting systems operate in emergency mode and point the way dynamically. Intelligent systems help detect flows of people and separate them when escape routes are about to become overloaded.
IoT-Supported Facility Management Creates Energy Savings Opportunities
The systems flexibility and automation capacity that comes with cloud-based building management also presents some strategic opportunities for cost-savings and business growth. Energy is probably the most notable area where smart buildings offer savings since the majority of the old buildings were constructed with little concern for energy savings:
these consumption patterns are concerning, there is a vast opportunity
for savings by implementing current energy efficiency measures. For
typical commercial buildings, these measures can reduce energy
consumption by 20-30% without significant alterations to building
design. And since operating phase energy represents 80-90% of a
building’s life cycle energy consumption, there is a significant
possibility for savings.
Smart buildings that manage systems operations via the cloud push the energy savings opportunities even further. An intelligent, IoT-integrated energy management systems facilitate an efficient interplay between energy producers, consumers, and the general power grid. Automated systems and new types of materials manage consumption more efficiently, shutting off non-essential HVAC systems and lighting after hours, for example. There’s not just a focus on energy consumption and distribution, but also energy storage as new concepts offer the ability to purchase excess energy to accommodate and equalize load peaks.
Integration & Adaptability Are Vital
buildings are mapped for IoT and cloud-based management, complete
integration across all systems is the next critical step toward
bridging the gap from paper to smart building management. Only
solutions that create the greatest synergy between energy efficiency,
comfort, and safety & security will be sustainable over the long
term. As aging buildings see their preventative maintenance budgets
slashed over the past decade, the need for interconnected visual
database view of their building’s infrastructure has never been
greater. Interconnected views of commercial building infrastructure
create efficiency, safety and extend equipment life.
need systems that can easily adapt, which means that modularity is key.
Meters or monitors alone are not enough. If the systems are not
connected across a building from a database standpoint Meters or
monitors are an island of data rather than a connected Archipelago.
Thanks to IoT developments and smart facility management technology,
buildings are becoming more than just structures and systems, but
living organisms that are networked, intelligent, sensitive and
A networked, integrated and intelligent building management system will be at the heart of the next generation of smart buildings. IoT building management is the path for greater efficiency, comfort, and security in commercial buildings of the future.
About the Author:
Daniel Scalisi is a software and technology entrepreneur who has built various companies from pre-product stage to revenue growth and profitability. He is currently COO at SmartCSM, innovative software that makes buildings and their teams smarter by empowering facility managers to bring and manage their building’s infrastructure online. Daniel has serial experience helping laggard non-technical markets transform their operations with disruptive software, media, mobile, internet, and IPTV technologies. Daniel is a seasoned Software as a Service executive with over 20 years of building technology-based companies from early stage to high growth. His experience in SaaS spans all aspects of operation from the product, marketing, finance, and sales development.
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