Solutions for the individual client
Use renewable energy sources and reduce building operating costs. Regardless of the season, use the energy obtained from photovoltaic panels, which will provide you with the lowest heating costs available to everyone. This solution is characterized by high comfort, low operating costs and high failure-free operation.
The selection of a heat pump depends on several factors, including the degree of house insulation, square footage and individual needs. Make an appointment with our advisor and choose the best solution dedicated to you.
Do you know that...
We cooperate with renowned suppliers of heat pumps. We can choose a device that is perfectly suited to your home
Contact us – Our technical and sales advisor will arrange a meeting with you, discuss your needs and present optimal solutions.
Based on the data collected, we will prepare the building’s energy demand and prepare a comprehensive offer tailored to you and your building.
Our advisor will offer you the most advantageous investment financing, advise you on potential sources of financing and prepare for you the necessary documentation to obtain it.
Our teams of experienced installers will take care of the entire installation within the time frame you specify. They will start and define the operating parameters of the installation in collaboration with a certified installer of a given brand of heat pumps.
Choose proven solutions
Combined with photovoltaics, it is the cheapest heating source. It helps reduce heating bills compared to the costs incurred for purchasing coal, gas or wood.
Heat pumps are very efficient in terms of energy consumption because most of the energy they consume comes from the air or the ground. They use less energy than electric heaters and heating mats. This means reduced energy bills and home heating costs.
Heat pumps are capable of providing uniform and consistent heating to your home throughout the year. Compared to traditional heating systems, heat pumps are more efficient in regulating the temperature in the home, allowing for optimal thermal comfort. They require no maintenance and do not generate dust, dust or sediment from coal storage.
Heat pumps produce no greenhouse gas emissions or other pollutants, meaning they are more environmentally friendly than traditional heating systems.
They do not use flammable fuels or generate flames, meaning they are safer to use than traditional ovens or boilers. There is no risk of carbon monoxide poisoning or explosion.
Heat pumps are generally more durable than traditional heating systems because they have fewer moving parts and require less maintenance.
Buderus
Buderus heat pumps are devices that use energy from air, water or the ground to heat and cool your home. These are devices with a very high energy efficiency index, thanks to which they can significantly reduce heating and cooling costs.
Buderus heat pumps are available in a variety of models to meet the needs of every home. They are reliable and durable devices that can be used for many years.
Choose proven solutions
Air
In the case of air-water heat pumps, the lower heat source (and at the same time the heat carrier) is simply air. The fan forces them through the evaporator, where some of the heat energy from the air is captured and transferred to the building’s heating system and hot water.
Models include:
Logatherm WLW186i AR
Logatherm WLW176i AR
Logatherm WLW166i
Logatherm WLW156 MB AR
Logatherm WLW196i IR
Logatherm WLW196i AR
Logatherm WPLS.2
Ground
Renewable energy is the energy of the future and heat pumps are the perfect solution to use this free energy efficiently and environmentally to heat our homes. Thanks to them, we protect the natural environment, our portfolio and become more independent from international political and economic conditions.
Brine heat pumps obtain thermal energy from the ground via installation of a lower heat source. It is carried out in two ways: as horizontal or vertical floor heat exchanger. From a depth of 15 m, the ground has a constant temperature of 10°C and is perfect for drilling a well for a probe (vertical ground sensor).
Models include:
Logatherm WSW196i.2/WSW186
Logatherm WPS K-1
Logatherm WPS-1
For hot water
They efficiently use free energy from the air to prepare hot water. The devices can work with other heating systems and their installation is extremely simple. Plus, they have an added advantage: they can provide pleasant coolness on hot days. You can choose from models operating at temperatures of 5°C and -10°C!
Models include:
Logatherm WPT
A heat pump uses outside air as a heat source, production is possible even when the outside temperature drops below 0, and we can use the outside air to heat our house or heat water.
Depending on the manufacturer, proper servicing and correct installation, we can assume that on average a heat pump works for about 20 years.
If your system is based on traditional radiators, you do not have to replace them. However, it is worth remembering that with a heat pump, it is most effective to use low-temperature receivers.
A heat pump is multifunctional, when it is cold it will heat the house, and when it is hot it can cool our house, and it will also heat water all year round.
The heat pump is powered by electricity, it is necessary for its start-up and operation, so it is worth equipping yourself with a photovoltaic installation, which will significantly reduce the cost of maintaining the heat pump.
Yes, like any heating device, it needs periodic check-ups to ensure reliable operation.
It is worth insulating your house so that the generated heat does not escape through leaks or through lack of thermal insulation with the environment.
No, a heat pump is fully automated and does not require manual adjustments.
It depends on how much heat you need and how much electricity it will cost.
It depends on individual needs, so it is worth contacting our representative.
COP stands for Coefficient of Performance, which measures a heat pump’s efficiency.
C.H. is an abbreviation for central heating.
C.W.U. is an abbreviation for domestic hot water.
Yes, a heat pump becomes a cooling unit on hot summer days, which, in cooperation with a fan coil, will cool your house.
An air pump is much less invasive in our area, because there are no drillings and we do not have to dig up the plot, which makes the installation much faster and the whole thing generates less costs. An additional advantage is the lack of need for special projects, and the risk of failure is much lower because it contains fewer elements that could increase the risk of failure.
Absolutely, this combination makes your home more energy-independent.
A buffer tank is an additional liquid tank in a hydraulic system, its task is to artificially increase the amount of liquid in the hydraulic system.
No, but reducing system complexity lowers the risk of breakdowns.
Yes, you should include the power of the booster heaters as part of the total available air-to-water heating power.
Small mechanical impurities and air bubbles can cause blockages and problems with obtaining the appropriate mass flow of the heating medium. Separators remove all impurities from the water in the system and are maintenance-free.
There is no such need, a periodic inspection is enough.
Yes, wall heating works efficiently with heat pumps as a low-temperature heat emitter.
No, underfloor heating does not increase dust circulation.
Installing a heat pump takes from 1 to 3 days, depending on the complexity of the project.
Yes, you can use underfloor heating and radiators, but it is necessary to divide the system into two zones because they have individual temperatures.
Such a permit is not required. Only permission from the commune to carry out renovation works.
Yes, even in freezing temperatures, heat pumps function efficiently with backup heating elements.
Yes, but you’ll need a compatible controller to integrate both systems.
Ground-source heat pumps have higher efficiency but require more costly installation.
Typically, manufacturers offer a 5-year warranty.
A compressor can last around 25 years, but neglecting maintenance can shorten its lifespan.
A heat pump consists of an outdoor unit that extracts heat from air, water, or ground, and an indoor unit that distributes heat.
Most heat pumps can heat water up to 75°C.
Yes, but the home must be well-insulated and the pump properly sized.
Compared to electric heating, a heat pump reduces bills by up to 70%, 50% compared to oil heating, and 40% compared to gas heating.
Heat pumps work year-round, while solar collectors depend on sunlight and are less effective in winter.
No, they are suitable for both new and older buildings.
A properly installed ground collector does not damage the garden.
No, but it maximizes efficiency. Radiators can still be used with a heat pump.
The most efficient system is low-temperature heating such as underfloor or wall heating.
The better the insulation, the smaller the heat pump needed, lowering costs.
Modern heat pumps are as quiet as refrigerators.
Standard heat pumps measure around 90 x 60 x 40 cm.
Heat load refers to the amount of energy needed to heat a building, depending on insulation and size.
Glycol in a closed system does not need refilling.
No, heat pumps are safe and do not pose explosion risks.
No, heat pumps do not release harmful emissions.
A monobloc system has all components in the outdoor unit, making installation simpler.
A split system separates the indoor and outdoor units, requiring professional installation and refrigerant charging.
You want to know more
Do you have questions about our offer?
Don't have an account? Sign Up
