This creates a more natural and comfortable warming feeling. Heating of an environment with radiant panels arranged evenly on the ceiling ensures that the floor temperature is always several degrees higher than the room indoor air temperature. In this way, piping costs and labor in the space are also saved. The interconnected Water Radiant panels not only create the required heating surface area, but also serve as a distribution pipeline. In this way, the heat need of any space can be met fully and accurately. Required panel surface areas can be obtained by combining the desired number of modules of certain sizes. Water Radiant panels are modular structures. The hot water circulated in the radiant panel returns to the heat source after transferring its heat to the panels. The hot water prepared in the heat generator is transmitted through pipes to the radiant panels mounted on the ceiling of the room to be heated. The hot water production required to supply the water circulating in the pipes can be provided by boilers using any kind of fuel, heat pumps or waste heat sources. The energy transferred by the Water Radiant panels primarily heats these living things and objects, and then the ambient air. Heated special coated panels transfer their heat to living things and objects in the environment that needs to be heated by means of radiation (infrared rays). To explain in the simplest way, the pipes in which hot water is circulated heat the surface of the radiant panel. Water Radiant panels basically consist of precision steel pipes, radiant panels (aluminum or coated sheet), insulation and assembly equipment. Water Radiant Heating Systems have been actively used in the world since the 1950s, but in recent years, parallel to the increasing importance given to comfort and energy efficiency, the interest and demand for Water Radiant heating systems has increased significantly. As the surface temperature rises due to direct exposure to sunlight, the perceived temperature also increases. This is due to the fact that the feeling of temperature is caused not only by the temperature of the air, but also by a combination of air temperature and surface temperature. As a practical example, when moving from a shaded area to a sunny area, a higher temperature is felt, although the air temperature remains the same. Therefore, the first feeling that occurs when entering an environment heated by radiation is comfort. Thermal comfort is a combination of air temperature and surface temperature. Humans perceive the effect as a temperature state caused by the increased energy of their molecules. After this point, thermal radiation begins to be reflected. The energy continues to be absorbed by the molecules of the object until the oscillation frequency reaches the frequency of the thermal radiation. When the thermal radiation emitted by the infrared ray system hits an object (walls, floors, interior objects), the affected molecules begin to oscillate under the action of the rays. Infrared waves travel easily through air and space and only generate heat when they strike an object such as the surface of the ground or the wall of a house. This means that there is no energy transfer to the ambient air. Unlike conduction and convection, heat by radiation (thermal radiation) have the advantage of spreading in a vacuum (airless environment), and this energy is absorbed by the surface of solid objects instead of air. Heat transfer by radiance takes place by means of thermal radiation. Thermal radiation, on the other hand, is electromagnetic energy in the field of infrared rays. Radiation is one of three ways in which heat is transferred.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |