Heat pumps by PPC with rewards for everyone

Heating devices based on technology that allows us to transfer energy from a low-temperature room to a higher-temperature room.

You can pair the heat pump with any PPC electricity product.

Understanding the cost of purchasing and installing a water-to-air heat pump, as well as its contribution to the electrification of heating & cooling, environmental protection, and increased household energy efficiency, PPC rewards its customers who decide to invest in the installation of a water-to-air heat pump in their home with a €500 bill credit for Daikin or LG heat pumps and a €300 bill credit for heat pumps by any other manufacturer. The reward is applied to the PPC electricity product bill.

The €300 reward is available to those who have a water-to-air heat pump invoice with a date of issue of 01.01.2023 and the invoice is issued in the same name as the one on the house electricity supply. To receive the Reward, send an e-mail to myenergyHeatPumps@dei.gr with a contact phone number, the purchase invoice attached, the signed Reward Participation Certificate to receive the Reward, and the signed Special Terms. The Certificate and the Special Terms can be found in the 'Useful Documents' section above.

The €500 prize is available to those who have an LG Electronics or Daikin water-to-air heat pump invoice dated 01.01.2023. Send an email to myenergyHeatPumps@dei.gr with a contact phone number, the purchase invoice attached, the signed Reward Participation Certificate to receive the Reward, and the signed Special Terms. The Certificate and the Special Terms can be found in the 'Useful Documents' section above.

Yes, if the interested customer meets the requirements, they are eligible for the State Program Subsidy as well as the PPC Reward. Read the PPC Reward terms here.

Heat pumps work in the same way that all refrigeration machines do, and they operate on the same principles as refrigerators, freezers, air conditioners, and so on. Their operation is based on the refrigeration cycle, which is a continuous cycle of fluid expansion and compression (refrigerant).

A heat pump can both heat and cool a room. Cooling requires the use of specific equipment, such as fan coil terminal units or underfloor heating.

Yes, a heat pump can also be used for hot water supply provided that the necessary equipment is installed, such as a boiler that works with a heat pump.

By installing the necessary components, the heat pump can be used in conjunction with the existing solar water heater.

Heat pumps can be integrated into existing heating pipes to replace the existing heating system. The old oil or gas boiler is removed, and a heat pump is installed in its place. This is linked to the house's heating pipes. It is connected to the house's heating collectors in the case of stand-alone systems.

You certainly can. It is sufficient to construct an internal heating pipe network within the residence that connects your terminal units (e.g., radiators) to the heat pump.

Heat pumps consist of an outdoor unit and, depending on the application and your needs, an indoor unit. In most cases, they only consist of the outdoor unit. If the performance of the outdoor unit is not affected by distance losses, it can be installed on one of your balconies or on the building's roof.

In terms of size, imagine it having the same dimensions as an outdoor air conditioning unit. If the house is large, it will most likely be twice the height of the air conditioner.

The noise heat pumps produce while working is minimal and comparable to that of a modern air conditioner.

Heat pumps have COPs (Coefficients of Performance) ranging from 4 to 5. This means they use one unit of electricity while producing up to five units of thermal or cooling energy. They also use inverter technology, which results in high efficiency, small size, and low production costs.

Heat pumps are completely dependable machines that run smoothly and efficiently.

• Zero emissions since there is no combustion during pump operation
• Silent operation (60db)
• Use of environmentally friendly refrigerants (R32)
• Very high efficiency

• Relatively low cost
• Short payback period of 2-4 years, depending on the installation
• Reduction of heating costs up to 65%
• Reduction in annual maintenance costs of the heating system since the pumps do not require annual maintenance
• No initial budget for annual heating costs is required as with a conventional system
• Minor changes in operating costs since they use electricity

• Easy and quick system installation
• Wide range of applications for all user needs and residence requirements
• One of the most important benefits of heat pump installation is an increase in the energy efficiency of the home without replacing the existing terminal units
• The installation of a heat pump heating system is ideal in cases of house renovation and/or boiler replacement
• Their ergonomic and compact design requires minimal installation space
• The heat pump can be integrated into existing heating pipes, reducing installation costs as it does not require the construction of a new heating network (depending on the case), and adding significant value to your property
• Possibility of heating and cooling with the same unit if the house system is also suitable for cooling
• Possibility of combining operation with a solar water heater for more cost-effective hot water usage
• Built-in compensation function, resulting in a more cost-effective heating system
• To achieve zero heating costs, the heat pump can be combined with the installation of a photovoltaic system in the house