Welcome to the JUMO blog! Here you will read expert articles on the topics of temperature, pressure, liquid level and humidity measurement. You will also learn about state-of-the-art devices and how they meet the challenges of modern automation. Whether you're new to automation or have many years of experience in the field, you'll find content for you here. Click here and check it out!
Heat pumps/air conditioners work by flowing refrigerant between the indoor and outdoor units. The refrigerant is heated and evaporates in the indoor unit and then gives off heat to the outdoor unit, returning to a liquid state. This cycle makes room cooling possible. In addition, between seasons, air conditioners can also act as a heat pump, which helps reduce heating costs. Thus, air conditioners are versatile devices that provide thermal comfort and can contribute to energy savings.
Depending on the type of heat source, heat pumps are divided into: air source (which extract heat from the air), water source (which extract heat from ground water or bodies of water), ground source (which extract heat from the soil). All types of heat pumps work on the same principle, but differ in efficiency and installation costs.
Heat pumps/air conditioners work by flowing refrigerant between the indoor and outdoor units. The refrigerant is heated and evaporates in the indoor unit and then gives off heat to the outdoor unit, returning to a liquid state. This cycle makes room cooling possible. In addition, between seasons, air conditioners can also act as a heat pump, which helps reduce heating costs. Thus, air conditioners are versatile devices that provide thermal comfort and can contribute to energy savings.
Depending on the type of heat source, heat pumps are divided into: air source (which extract heat from the air), water source (which extract heat from ground water or bodies of water), ground source (which extract heat from the soil). All types of heat pumps work on the same principle, but differ in efficiency and installation costs.