Heat pump system installation

Heat pumps utilize ambient heat (from the air, ground, or water), thus requiring less electricity to produce the same amount of heat compared to conventional heating systems. This results in more predictable and lower utility costs in the long run.

The system does not burn fossil fuels, so it does not produce CO₂ or other air pollutants locally. Its use reduces the household's carbon footprint, especially when combined with a solar panel system.

Most air-to-water heat pumps are not only capable of heating but also suitable for cooling (e.g., via fan coils), and they also produce domestic hot water in one system, thereby saving space and investment costs.

The advanced control systems of modern heat pumps allow for precise temperature regulation, even on a zone-by-zone basis. Thanks to inverter technology, the unit adapts to actual needs, thus avoiding temperature fluctuations.

Properties equipped with a heat pump system receive a more favorable energy rating, which is a value-increasing factor in the long term – especially in the case of new construction or renovation.

The outdoor unit operates with low noise, and the indoor unit is often located in a boiler room or utility room, so its operation does not disturb the comfort of the residents.

It can be easily integrated with solar panels, smart control, or energy storage, thus offering a flexible and sustainable solution in the long term. It is an ideal choice for anyone who wants to gradually build their energy independence.

Installation typically takes 2–4 days, depending on the complexity of the system. It may be quicker for newly built properties or with pre-installed mechanical preparations, while integration into an existing heating system may require more time and modifications.

It is necessary to survey the existing heating system and electrical network, and to clarify whether there is underfloor heating or a radiator system, whether a hot water tank connection is required, and whether there is adequate space for the indoor/outdoor unit. The electrical supply (1 or 3 phase) and the fuse size are also essential.

Private individuals generally don't need official permits, but local municipal regulations (e.g., placement of outdoor units, noise impact) may vary. Electrical design may be necessary, especially for 3-phase systems or if connected to a solar panel system.

Yes. A split system consists of an outdoor and an indoor unit, which must be connected with refrigerant by a qualified refrigerant handler. A monoblock system only has an outdoor unit, which connects to the heating system on the water side, making installation simpler and faster – but it requires frost protection (e.g., thermal insulation, antifreeze) against freezing in winter.

The outdoor unit requires a stable base or wall bracket, in a well-ventilated, easily accessible location. The indoor unit (if present) will be placed in a utility room or boiler room. In addition, space must be provided for the buffer tank, domestic hot water tank, pump group, and fittings – especially with split systems.

Not necessarily. If the existing radiators have sufficient heat output even at lower supply temperatures (e.g., 35–45 °C), they can be kept. In some cases, however, it may be necessary to replace them with larger or more modern radiators to achieve adequate comfort.

When installing a heat pump, the existing boiler can either be decommissioned or kept as a backup. There are cases when the two systems can operate in parallel (bivalent system), for example, during extreme cold weather.

Depending on the appliance type, 230 V (1 phase) or 400 V (3 phase) is required. In addition, the heat pump's circuit must be equipped with a separate fuse, overvoltage protection, and often an RCD (residual current device). Connecting it to a solar panel system also requires further preparation.

After the system has been evacuated, leak-tested, pressure-tested and electrically tested, commissioning takes place, during which all settings are configured (heating curve, DHW priority, zone control, etc.). After this, heating and/or domestic hot water production can begin.

Yes, the contractor will always explain how the control system works, provide maintenance information, basic settings, and hand over the necessary documents: warranty card, commissioning protocol, operating manual, and, if applicable, remote monitoring registration information.