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VENTILATION & AIR MOVEMENT
How Smart technology is revolutionising ventilation system installation and commissioning
Ruth MacEachern, product manager at EnviroVent, looks at what impact smart technology is having on ventilation systems
T
he digital age has brought advances in smart technology into ventilation systems. This has transformed the way that installation and
commissioning of ventilation systems can be carried out, by simplifying the entire process and addressing the skills shortage across the industry.
The role of Smart technology in ventilation systems
Smart ventilation systems, which are equipped with sensors and automated controls can respond to the changes in indoor environments. This enables the systems to respond to occupancy patterns in a building, analyse air quality metrics and synchronise with weather forecasts. It means if the temperature drops outside, the technology will optimise airfl ow to maintain ideal temperature and air quality, while minimising energy consumption. Smart ventilation can also be monitored by use of
an app, for example the myenvirovent app available with many of our MVHR systems. This allows the installer to set ventilation rates and commission the unit, while the resident is able to adjust ventilation settings and boost the unit at times of greater ventilation needs. This app can be controlled from anywhere in the house. Residents can access up to the minute status updates on the ventilation system, as well as user guides, technical documents and report any issues directly from the app. Smart technology has become an integral part of modern ventilation systems, allowing for real-time monitoring and control and these systems have the ability to collect and analyse real-time data. For our social housing customers, our partnership with Vericon Systems, uses advanced analytics and AI to give the landlord or facilities management company instant visibility of humidity, temperature and other key environmental conditions—across every home they manage. As Smart ventilation systems are designed to optimise air quality when rooms are occupied, this can signifi cantly reduce energy consumption, which can lead to substantial energy costs in larger homes or unused properties. As a result, smart ventilation systems are seen as being more sustainable, off ering reduced energy consumption and ultimately lowering their running costs. Many of the latest MVHR systems available
feature smart technology in the form of an integral summer bypass facility. This contributes to an improved comfort level in summer and is controlled automatically by measuring indoor and outdoor
where traditional systems may require signifi cant modifi cations.
Smart technology also enables easier
commissioning processes, meaning that some ventilation systems have the potential to be calibrated using specifi c characteristics of the space they are installed within or with specifi c apparatus that can be connected to an app - this not only saves time but also ensures that the system operates at peak effi ciency from the outset. The integration of smart technology into ventilation systems makes it easier than ever for these systems to be installed quickly, effi ciently and sustainably.
Energy effi ciency and cost savings
The integration of smart technology into ventilation systems is primarily driven by the requirement for greater energy effi ciency and reduced running costs. While the initial investment in ventilation systems
temperatures. Some units also off er intelligent frost protection with preheater as opposed to via airfl ow imbalance, guaranteeing high effi ciency, even at extremely low temperatures. This energy-effi cient frost protection helps to achieve signifi cant energy savings per year.
Simplifying installation and commissioning
The installation and commissioning of ventilation systems can be complex and time-consuming. However, smart technology has streamlined these processes, making them more effi cient and less labour-intensive. Many modern smart ventilation systems are designed with plug-and-play capabilities, which allow for quicker installation and therefore addresses the skills shortage. These systems often come pre-confi gured, reducing the need for extensive setup and programming. This ease of installation is particularly benefi cial for retrofi tting older buildings,
installed with smart technology may be higher than traditional systems, the long-term fi nancial benefi ts can clearly be seen. It leads to reduced energy bills and lower maintenance costs due to automated monitoring and diagnostics, which make smart ventilation systems a wise investment for the future. In addition, many smart ventilation systems are designed to meet the stringent requirements of green building certifi cations, such as LEED (Leadership in Energy and Environmental Design). By integrating smart technology, builders and developers can create spaces that are not only energy-effi cient but also environmentally friendly.
The future of smart ventilation systems
Looking ahead, smart technology presents exciting opportunities for installers of ventilation systems, especially in response to the industry skills shortage. Future developments will see ventilation systems seamlessly integrated with other energy systems within the home, allowing for comprehensive control over indoor environments. This interconnectedness will enable users to create personalised settings that optimise comfort and effi ciency. Smart technology is not just making ventilation
systems more effi cient; it is transforming the way the industry thinks about energy consumption and environmental responsibility. With benefi ts for installers and householders, these latest ventilation systems represent the future for ensuring good indoor air quality, with straightforward installation, commissioning and easy monitoring in homes.”
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