Through the use of mobile devices and computers, IoT in smart buildings links building operations and streamlines activities such as monitoring building temperature, security, and maintenance. This enables commercial property owners and facility managers to improve operational efficiencies and cost control.
According to MarketsandMarkets, the smart building market will be worth nearly US$109 billion by 2028. One of the major drivers of smart building growth is the rising adoption of IoT-enabled building operations and management solutions. As technology becomes more sophisticated and the number of smart building devices, applications, and solution providers proliferates, choosing the right facility/building operations solution is crucial for business owners to maximize the benefits of technology investments.
We at IQnext are often asked by our customers how the Internet of Things (IoT) technologies can add value to their operations and how the integration of these disciplines can augment their building operations and performance.
Apart from a variety of reasons and benefits, we often highlight three important areas that can impact efficient building performance using IoT-based systems:
#1 : IoT offers more functionality using a centralized approach
Traditional building infrastructures such as electrical, gas, water, and environmental control systems are costly to acquire and install. Integrating IoT does not imply to completely removal and replace of such systems. Instead, IoT building automation offers a complementary layer of enhanced functionality through a much lighter, scalable physical infrastructure. Further, unlike a conventional BMS where the hardware-software ecosystem is designed for vendor lock-in, IoT-based systems provide owners the flexibility to scale or replace vendors with ease.
#2 : IoT provides improved and seamless access to contextual building data to various stakeholders
Nowadays, data is regarded as the indispensable element in the management of commercial buildings. Smart building technology allows you to collect large amounts of operational data and to quickly analyse that data to enhance all building functions.
For facility owners, the initial acquisition cost of IoT devices represents a low capital investment (Capex). Unlike a conventional BMS, the data for an IoT system is processed at the cloud level. This means the solution provider can simply deliver real-time building monitoring applications for various stakeholders using common, available data.
# 3 : Technical scalability
Traditional BMS systems are hardware-driven, desktop-based legacy systems. This means that every time a new update or enhancement is to be made, the desktop system has to be updated or a new program has to be written to drive a simple use case, which may have not been planned at the time of initial deployment. On the other hand, IoT system architecture is designed to work for a bottom-up approach. This means that anytime during the course of the building/facility lifecycle a new applications is available, it is simply available to the customer the next time they log-in to the web or mobile applications.
As the world becomes increasingly focused on sustainability and energy efficiency, IoT will play a critical role in transforming buildings into smarter, more sustainable and comfortable spaces for people to live and work in. With the continued development of IoT technologies and their integration into smart building systems, we can expect to see even greater advancements in the way buildings operate in the future.
To know more about the conventional BMS vs IoT, refer to our e-book here.
At IQnext by using a software-first approach, we are fully committed to making buildings continuously efficient & sustainable.
FAQs
1. How does IoT improve smart building operations?
IoT in smart buildings enables real-time monitoring, automation, and data-driven insights to improve overall building performance.
2. What are the benefits of IoT building automation?
IoT building automation enhances efficiency, reduces energy consumption and improves occupant comfort through connected systems.
3. Why is real-time building monitoring important?
Real-time building monitoring helps detect issues early, optimize energy use and support smarter decision-making in building operations.
