A heat recovery ventilator is an ideal device for those who care about health, their wallet, and building regulations. Why?
Wall-mounted heat recovery ventilator, rotary heat recovery ventilator, or enthalpy heat recovery ventilator. The growing popularity of heat recovery is accompanied by a wide range of recoverers on the market. Some are less, while others are more effective. They also differ in efficiency, and consequently in effectiveness and… savings on heating.
Heat recovery – the ideal way to ensure clean and fresh air in your home!
Mechanical ventilation is particularly recommended for individuals suffering from asthma, allergies, or other respiratory ailments. The filters contained in the heat recovery ventilator allow for cleaning the air from dust and other allergens, as well as harmful suspended particulate matter PM2.5 and PM10, which are the main components of smog. Therefore, heat recovery is especially recommended for children, elderly people, and pregnant women.
Moreover, proper mechanical ventilation helps to remove excess moisture from the air and prevents the growth of mold, fungi, as well as the accumulation of viruses and bacteria.
Do you like to save? Install a heat recovery ventilator!
Heat recovery ventilators also allow for significant savings on heating. How is this possible? The operating principle of the device plays a significant role here. The heat recovery ventilator uses the heat from the exhausted air to warm the incoming outside air, which under optimal conditions can reduce a building’s heat demand by as much as 45 percent! The efficiency of the heat recovery ventilator is also essential in reducing heating costs. For this reason, it’s not worth opting for random, the cheapest devices, but rather choose a manufacturer with years of experience. To learn more about high-quality heat recovery ventilators, visit https://www.defro.pl/k,65,rekuperatory.html.
Building a home? These requirements concern you!
It is worth remembering that buildings constructed from 2021 must meet specific technical requirements, namely WT 2021. This standard introduces restrictions regarding the energy efficiency of buildings, which translates into the choice of the heating system. WT 2021 specifies the maximum value of the EP coefficient, which is the annual demand for non-renewable primary energy for heating, ventilation, or the preparation of hot utility water, which can amount to a maximum of 70 kwh/m2 per year.
To achieve such a result, it is necessary not only to select appropriate thermal insulation. The choice of a device using renewable energy is also essential. However, it is sometimes challenging to reach this level of energy efficiency. In such cases, heat recovery proves invaluable. It significantly improves the EP index because it allows for the recovery of heat that has already been produced.