In medical institutions, it is necessary not only to maintain a certain temperature regime, but also to create a microclimate that will allow patients to feel comfortable and ensure a high – quality treatment and recovery process. The central heating system cannot provide all the necessary conditions for the operation of medical institutions, and even the nominal quality of its work (especially in the off-season) can even harm patients. Therefore, modern hospitals and medical centers carefully approach the organization of the heating system, choosing the option that will provide:
• ecological compatibility;
• hygienic;
• patient comfort;
• easy installation (especially for existing institutions);
• the ability to adjust the temperature of individual heating devices."
The choice of an alternative heating system is based on these requirements and the microclimate standards that must be met. We must not forget that different rooms of the hospital need to maintain different temperature conditions: in the wards of different departments, operating rooms, laboratories, etc.
Choosing a heating system for a medical facility
If we are talking about a functioning building, then installing a full-fledged alternative heating system with a boiler, pipe wiring and other nuances will not only require capital financial investments, but also limit the operation of the hospital(medical center) itself, which is simply unacceptable. In this case, it is better to consider devices that do not need to take such drastic measures. The simplest and most affordable source of heat in this situation is electric heating.
These can be:
• convectors;
• conditioners;
• warm floor;
• infrared panels.
Almost all types of heating, from the above, are easy to install and operate, except for underfloor heating systems – if you do not plan to repair the premises, it is better to exclude this option immediately, since heating mats are placed under the floor covering in a screed.
Convectors will not be the best choice for a medical institution because of the principle of their work. They dry the air, work quite noisily, and are not at all economical in electricity consumption.
Air conditioners work best when installed above the entrance doors – then warm air when opening the doors does not let the cold out of the street. It may be suitable for a lobby or reception area. But there is a nuance with uneven heating of the room. And in addition, most air conditioners are not able to work at high cons.
As a result, the last heating option remains – infrared panels. And, fortunately, he proved himself to be the best in these matters.
Infrared panels for heating hospitals, clinics and other medical institutions
Infrared panels meet all the heating needs of medical institutions, even those that are not obvious at first glance. The principle of operation of such devices involves heating objects in the room with infrared waves, and not the air. This is what radically distinguishes infrared panels from most heating devices and is the main reason for their efficiency.
Main advantage:
1. Environmental friendliness. The principle of operation of the panel does not involve the movement of air, respectively, don't change its quality. They do not emit harmful substances and unpleasant odors during operation, which is extremely important for allergy sufferers, pregnant women and patients with respiratory diseases.
2. Hygienicity. The smooth surface of the infrared panels is easy to clean and clean, and can withstand various chemical compositions of cleaning agents. Also, it does not collect dust and does not accumulate microorganisms.
3. Comfort. They work silently, which is convenient for staff, visitors and patients.
4. Heating devices are installed in a ready-made repair, without damage to painted walls and even wallpaper.
5. Regulators allow you to adjust the operating modes during the day and the individual temperature in each room
6. Safety – infrared waves are absolutely safe for human health and can be used in any premises – from operating rooms, wards where patients are located around the clock, to corridors and waiting rooms."
Separately, it is worth noting the importance of using regulators in hospital premises. Thanks to the possibility of individual adjustment of each individual heating device, you can create a microclimate for different patients. For example, patients with severe burns need a warmer room (25-27 C), and for patients with lobar pneumonia, it is better to maintain 15-16 C. Also, depending on the time of day, you can differentiate the temperature standards – reducing the temperature at night thanks to programmable controls. This creates not only a comfortable temperature regime for people, but also reduces unnecessary heating costs.
