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Some Ways IoT Is Reshaping Smart Building Automation

Many commercial and industrial buildings have relied on building management systems, also known as building automation systems, for a long time to help them control their energy use. Several significant changes have been made to BMS design since its inception in the late 1800s, most notably the transition from pneumatic to computer-based control systems. 

Regardless, the vast majority of building management systems (BMS) in use today serve the same objective as they were first developed: simplifying the administration of critical building services, primarily HVAC equipment.

How IoT Is Changing the BMS Industry

The building management system (BMS) industry needs a significant overhaul in light of increasing expectations for energy efficiency and a new generation of tech-savvy renters. Modernizing legacy BMS does not have to be expensive. 

This is a crucial misconception to avoid. Using smart building iot solutions, you may take advantage of almost endless opportunities for improving the efficiency of your real estate operations without having to spend a fortune.

It is straightforward to install and maintain battery-operated IoT sensors since they are affordable, self-contained, and self-aware. They may be installed around the facility to collect comprehensive insights about a wide range of building functions and dispersed assets when paired with robust, scalable, and low-power IoT connectivity. 

After being aggregated at the IoT gateways, sensor data may then be sent to the BMS server through open interfaces. Various related procedures may now be automated, including reconfiguration, activation or shutdown, maintenance schedules, and alerts.

 

  • Automated Building Management

Such an IoT-powered design avoids costly, intrusive changes to the current wired infrastructure while providing a new data layer for more effective site management. In addition, a single platform may bring together information on many building elements, allowing for faster and integrated management actions. 

The adoption of IoT wireless connection brings enormous flexibility to the network design and significant cost benefits. It’s simple to move current sensors or add new ones down the way as your company grows or demands change.

 

  • Reduce costs and environmental footprint by maximizing utility savings.

IoT technology may help you reduce your energy consumption by using a building management system (BMS). HVAC systems were controlled in a prescribed, consistent manner for a long time, resulting in inefficient issues such as overheating or underheating across a building. Energy efficiency may be improved by using real-time IoT sensor inputs and finely granular enough for on-demand, micro-zoned equipment management.

  • Improved the well-being and Satisfaction of the Residents/Owners.

Tenant connections are critical to the success of a business. As smart home and building technologies have become increasingly commonplace, contemporary renters now have higher expectations. The key indicator for occupant satisfaction used to be the temperature within the building, but that is no longer the case. 

It’s no longer enough to have good lighting, air quality, or humidity in a workspace to ensure occupants’ comfort and productivity. A healthy and ideal interior environment may be maintained using wireless IoT sensors.

 

  • Opportunities for new revenue generation

IoT data is opening up new income sources that they may not have previously considered for property owners. When it comes to renters, you have a wealth of information that may assist them in making better decisions.

Your BMS is no longer confined to turning on and off the heating according to predetermined regulations. With IoT technology, BMS functions are elevated, and new potential for energy savings, building management, and tenant experiences is created. Low-cost sensors and next-generation IoT connections make this a hassle-free update.

 

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