Our senses play a vital role in how we perceive, experience and react to the world around us; it forms a critical part of our existence, and if one had to digitise these senses in a world where mathematics and algorithms meet connectivity, sensors would certainly be a good example.
Today’s building management systems (BMS) can simply not function properly without sensors. And like our senses, it is an integral part of operations that run silently in the background, almost taken for granted.
Every modern building, from data centres and hospitals, to commercial and residential spaces, relies heavily on an extensive network of sensors to monitor and regulate conditions. It is the intelligence that feeds into the BMS.
It is also so critical that if sensors start failing, the BMS can become blind, in a manner of speaking. For example, the failure of the temperature sensor in an HVAC system can disrupt a significant part of a building’s operations, leading to increased energy costs and reduced occupant comfort.
The eyes, ears, smell and touch of buildings
Today’s BMS rely on an intricate network of sensors to gather real-time data on various environmental conditions. These sensors are strategically placed in key areas, including plant rooms, ducts, and living spaces, to continuously monitor critical parameters such as temperature, humidity, air quality, and particulate matter.
This data is then processed by AI-driven analytics, allowing facility managers to make informed decisions that enhance building performance and efficiency.
Temperature and humidity
There are few things that ruffle our feathers as much as a building environment that is too cold, too hot, or too humid. and it is not only the warm-blooded species that are impacted; equipment performance and energy efficiency can also take some serious strain.
Here, sensors make sure that temperature and humidity are precisely managed in all buildings, but more so in critical facilities like hospitals and data centres. These sensors enable HVAC systems to operate efficiently, reducing energy wastage, while maintaining an ideal indoor climate for both human and machine.
Air quality
Indoor air quality is a fundamental aspect of occupant health and comfort. Poor air quality can lead to health issues such as respiratory problems, fatigue, and decreased productivity. The recent pandemic is a perfect example of how important proper air quality is.
Smart air quality sensors monitor factors like CO2 levels, volatile organic compounds (VOCs), and particulate matter, ensuring optimal air quality in workplaces, hospitals, schools, and industrial facilities.
By integrating these sensors into a BMS, HVAC systems can be automatically adjusted to maintain fresh, clean air, while again, minimising energy consumption.
Also, beyond air quality and temperature regulation, fluid control plays a key role in efficient building operations. Smart valves ensure precise control over heating and cooling systems, optimising the flow of air and liquids.
Smart sensors at work
Schneider Electric offers a range of smart sensors designed to meet the needs of various building environments. Some of these include:
• SpaceLogic PRAQ (plant room air quality) sensors monitor air quality, CO2 levels, temperature, humidity, VOCs, and particulate matter in plant rooms and ducts.
• SpaceLogic PM (particulate matter) sensors use laser-scattering technology to provide highly accurate particulate matter measurements.
• EasyLogic ball valves enable precise control of fluid flow in HVAC systems for enhanced energy efficiency.
• EasyLogic PRAQ sensors offer cost-effective temperature monitoring solutions with easy integration into building management systems.
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