Low-temperature heating

Low-temperature heating systems are modern heating technologies that operate at lower temperatures compared to traditional heating systems. These systems are designed to provide efficient and energy-saving heating through lower water or air temperatures that are used to transfer heat to the space.

Low-temperature heating systems have several advantages. One of them is increased energy efficiency, as lower temperatures require less energy for heating. This can lead to reduced energy consumption and heating costs. In addition, low-temperature systems are often combined with modern technologies, such as condensing boilers or heat pumps, which can efficiently use energy and reduce greenhouse gas emissions.

Common types of low-temperature heating systems include underfloor heating, ceiling heating, low-temperature radiators and heat pumps. These systems are used in homes, commercial buildings and industrial facilities and can be powered by a variety of sources such as gas condensing boilers, heat pumps, solar systems or a combination of these sources.

Low-temperature heating systems have a positive impact on the environment and contribute to sustainable heating. Their lower temperatures and high efficiency reduce CO2 emissions while providing comfortable and even heating. Due to their advantages, low-temperature heating systems are becoming more and more popular in the construction of new buildings and in the modernization of existing heating systems.

Low-temperature heating systems are generally referred to when they work with water or air temperatures lower than traditional systems. However, the exact definition of low-temperature systems may vary depending on the specific context and technology used in the system.

In the case of underfloor heating, for example, a water temperature of up to 50 °C is considered low-temperature. This type of heating works on the principle of uniform heating of the entire space through a warm floor, while the lower temperature prevents overheating and unnecessary heat loss.

In heat pumps, a low-temperature system is considered to be one that uses low source temperatures, such as air, ground or water, and achieves greater efficiency in transferring this heat to the heating system. These systems can operate at temperatures ranging from approximately -10°C to 50°C, depending on the type and configuration of the heat pump.

It is important to note that the exact temperature at which a system is considered low temperature may vary depending on the specific technology, norm or industry standard used. When designing and installing low-temperature heating systems, it is always important to follow the recommendations and regulations of the manufacturer or experts in the field.