5 Ways IoT is Driving Smart Building Innovation

Smart Building Innovation

As old-school building management systems become obsolete, businesses making smarter, more efficient, and more customer-friendly buildings deploy the BMS model with IoT systems. From smart buildings that can control their operations to ones that can respond to our needs in real-time, IoT is driving a wave of innovation revolutionizing how we build and live. 

Gone are the days your BMS was limited to switching on and off the heater based on predefined rules. IoT technologies elevate BMS functionalities and bring new energy efficiency, facility management, tenant experiences, and service innovation opportunities. These follow a hassle-free upgrade with low-cost sensors and next-gen IoT connectivity.

But, there’s much more in IoT implementation for BMS than a simple technological upgrade. It’s about unprecedented insights into numerous building aspects for holistic, intuitive, and proactive facility management. 

The benefits drive the market – from smarter building operations to improved safety and security of smart buildings to greater control of the building management systems.

Let’s look at five ways IoT is driving smart building innovation.

1. Upgraded BMS provides extended functionality

IoT sensors that run on batteries and are a cost-effective solution that is easy to set up and maintain. They can be placed around the building to collect data about various functions and assets, which can be used to improve the facility. 

Wireless connectivity for IoT in BMS confers many advantages, starting with flexibility. With a wireless connection, you can easily relocate existing sensors or install additional ones along the line as new business requirements and renovation needs arise.

2. 360-view facility management is now possible

The benefits of IoT in BMS go far beyond classic functions like HVAC and lighting control. Wireless sensors give building owners unparalleled visibility into their property operations – facility health, equipment condition, waste management, security, and fire safety. This allows them to make informed decisions that can improve the efficiency of their buildings, save money, and keep occupants safe.

3. Cost reduction with increased utility savings

Higher energy efficiency is the biggest incentive for implementing a building management system (BMS). And now, with the help of internet of things (IoT) technologies, it’s easier than ever to do just that. IoT sensors can provide real-time, granular data inputs that enable on-demand, micro-zoned equipment control, ultimately leading to much greater overall energy efficiency.

4. Sustainability

Sustainability goals and environmental restrictions are integral when it comes to the design of intelligent buildings today. For a building to be deemed “intelligent” or “smart”, it must meet certain criteria regarding power management, integration of IoT systems, and self-sustainability capabilities – to name a few. With the current landscape in mind, these features are being designed with tomorrow’s sustainability goals in mind so that we can create a better world for future generations.

5. New avenues for revenue generation

The IoT creates new opportunities for property owners to generate revenue through data. By collecting and analyzing tenant data, you can offer insights that help them improve their decision-making. As IoT in BMS continues to evolve, the potential to drive new revenue growth will continue to increase.

6. Occupant comfort

A comfortable building or facility is crucial for keeping occupants happy and smart buildings with IoT sensors & cloud technologies can support this goal. Many areas contribute to occupant comfort, with indoor temperatures, air quality, lighting, and humidity playing key roles in occupants’ well-being and productivity.

IoT sensors collecting data on various aspects of your indoor environment allow you to make real-time changes to maintain optimal conditions for health and comfort. Additionally, this information can be used to assess traffic and usage patterns in different parts of the building so that you can prioritize cleaning activities, sanitation, and other maintenance tasks accordingly.

Conclusion

Building management has become easier with IoT technologies. Architects, engineers, and building managers can optimize building performance and save energy by using various sensors and devices to monitor and manage building systems. In addition to energy management, IoT is also used for security and surveillance purposes. By understanding IoT’s advantages and potential uses in smart buildings, you can take advantage of these benefits in your building.

By sameer

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