The LPHW unit heater is one of the flagship products in our portfolio. However, few people know that it can be successfully connected to a heat pump installation, which ultimately creates a functional and economical heating solution—highly appealing in the face of constantly rising raw material prices.
How do an LPHW unit heater and a heat pump work together?
An LPHW unit heater and a heat pump are devices that use electricity to extract heat from the environment and transfer it to the indoor air. In this article, we will take a closer look at both devices and discuss their advantages and disadvantages.
An LPHW unit heater is a device that extracts heat from water (or another heating medium) and transfers it to the indoor air. This is a popular solution in warehouses or garages, where water is heated in gas or oil boilers and then transported to the LPHW unit heater via a pump. This unit heater utilizes the heat of the heating medium to warm the air, which is then distributed throughout the room.
Main advantages of the unit heater
An advantage of the LPHW unit heater is the fact that this device is relatively inexpensive to purchase and easy to operate. Additionally, it can work with almost any heat source, ranging from biomass boilers to low-temperature heat pumps. These use heat from the environment to warm the indoor air either directly or via a water system. The heat pump operates on the principle of refrigerant circulating through an evaporator, which comes into contact with the environment and absorbs heat. The refrigerant liquid is then directed to a condenser, where it releases heat to the indoor air.
Main advantages of the heat pump
An advantage of the heat pump is that it is a relatively energy-efficient and environmentally friendly device, as it does not emit harmful substances into the atmosphere. Additionally, the heat pump is easy to operate, and its operating costs are relatively low.
Can an LPHW unit heater be connected to a heat pump?
Yes, an LPHW unit heater can be connected to a heat pump system, allowing for even more efficient and economical room heating. In this case, the heat pump would serve as the heat source for the LPHW unit heater, which would transfer the heat to the indoor air.
The combination of an LPHW unit heater with a heat pump allows for the use of renewable energy for room heating, which has a positive impact on the environment. Furthermore, such a system is more energy-efficient and economical than traditional heating systems, meaning lower energy bills.
However, it is worth noting that connecting an LPHW unit heater to a heat pump requires specialist knowledge and skills, which is why the assistance of a professional installer should be sought. The correct integration of these devices and selecting the appropriate heat pump capacity are key factors that influence the efficiency and safety of such a system.
Summary
Both an LPHW unit heater and a heat pump are effective devices for room heating. Both solutions have their advantages and disadvantages, but the decision to choose the appropriate device should depend on individual needs and conditions. If you are looking for a device that is inexpensive to purchase and easy to operate, then an LPHW unit heater will be a good choice. Combined with an energy-efficient heat pump, it can provide a highly economical and environmentally friendly solution for heated facilities.
