Heat Pump
Design, installation, and servicing of air-to-water and air-to-air heat pumps. Replace your gas heating!
Request Free ConsultationWhy Switch to a Heat Pump?
Heat pumps represent the future of home heating. They extract thermal energy from the ambient air to heat and cool your home, as well as produce hot water, consuming up to 60-70% less energy than traditional gas boilers.
The MAFER-COOL KFT team provides an end-to-end service: from energy assessment and system design through installation to ongoing maintenance. We also help our clients navigate available government grants.
Heat Pump Types
We help you choose the right system for your home
Air-to-Water Heat Pump
The most versatile solution: heating, cooling, and hot water from a single system. Combined with underfloor heating, you can achieve up to 70% savings compared to gas. Ideal for family homes and apartments.
Air-to-Air Heat Pump
A cost-effective option for heating and cooling smaller spaces. Modern inverter AC units also function as heat pumps, efficiently heating down to -25 degrees C. Quick installation and low upfront cost.
What We Offer
- Air-to-water heat pump design and installation
- Air-to-air heat pump systems
- Integration with existing heating systems
- Energy consulting and payback calculations
- Grant and subsidy advisory
- Heat pump servicing and maintenance
- Smart controls and WiFi connectivity
- 5-year warranty on heat pump systems
Installation Process
From first contact to commissioning
Energy Assessment
We assess the building's heat loss, the existing heating system, and energy usage patterns to determine the right sizing.
System Design
We design the optimal heat pump system, calculate the payback period, and estimate expected energy savings.
Grant Advisory
We help you navigate available grants and subsidies, which can cover up to 50% of the investment.
Installation & Commissioning
Professional installation, connection to the existing heating system, commissioning, and user walkthrough.
Indicative Pricing
Prices depend on system size and complexity
Air-to-Air System
300,000 - 800,000 HUF
unit + installation
Air-to-Water System
2 - 5 million HUF
family home, complete
Government Grants
up to 50%
with state subsidies
Frequently Asked Questions
How much can I save with a heat pump?+
Does a heat pump work efficiently in winter?+
Can I use a heat pump with radiators?+
What does heat pump installation cost?+
Are there grants available for heat pump installation?+
Air-to-Water vs Air-to-Air: Detailed Comparison
Choose the right system based on your home and heating needs
| Feature | Air-to-Water | Air-to-Air |
|---|---|---|
| How It Works | Extracts heat from outdoor air and transfers it to a water-based heating circuit (underfloor heating or radiators) | Extracts heat from outdoor air and delivers it directly into the room via wall-mounted or ceiling units |
| COP (Coefficient of Performance) | 3.5 - 5.0 with underfloor heating (35 degrees C flow temperature) | 3.0 - 4.5 depending on outdoor temperature and unit quality |
| Hot Water Production | Yes — heats domestic hot water via an integrated or external buffer tank | No — a separate water heater is needed |
| Best For | Whole-house heating replacement, new builds, homes with underfloor heating or fan coils | Supplemental heating, individual rooms, quick retrofit, smaller spaces |
| Typical Cost | 2 - 5 million HUF (complete system) | 300,000 - 800,000 HUF (per unit) |
| Installation Time | 3 - 7 working days | 1 day per unit |
The COP (Coefficient of Performance) is the key metric for heat pump efficiency. A COP of 4.0 means that for every 1 kWh of electricity consumed, the heat pump delivers 4 kWh of heat. This is why heat pumps are so much more efficient than traditional gas boilers or electric heaters, which can never exceed a COP of 1.0. The actual COP varies with outdoor temperature — the colder it gets, the harder the heat pump has to work — but modern systems maintain excellent efficiency even at -15 degrees C.
For whole-house heating, especially if you plan to completely replace a gas boiler, an air-to-water system is the recommended choice. It integrates with your existing underfloor heating or radiators and also provides domestic hot water. For individual rooms, supplemental heating, or situations where a quick and cost-effective retrofit is needed, air-to-air units offer an excellent solution with minimal installation effort.
Grants & Subsidies
Financial support for your heat pump investment
The Hungarian government and the European Union actively support the transition to renewable heating through various subsidy programmes. Heat pump installations are eligible for energy efficiency grants that can cover a significant portion of the investment cost — in some programmes, up to 50% of the total system price including installation.
These programmes typically require an energy audit of the property and proof that the installed system meets minimum efficiency requirements, as defined by EU Energy Labelling standards. All heat pump systems we install meet or exceed these requirements.
We provide complete grant advisory as part of our service. This includes assessing your eligibility, helping with the application paperwork, providing the technical documentation required by the grant authority, and ensuring that the installation meets all grant conditions. Our experience with previous grant programmes means we know exactly what the authorities expect and can help you avoid common application mistakes that lead to rejection.
Grant availability and conditions change periodically, so we recommend contacting us for the latest information on currently open programmes. We maintain an up-to-date overview of all active residential energy efficiency subsidies in Hungary.
ROI & Cost Savings
The financial case for switching to a heat pump
Up to 70%
Reduction in heating costs compared to a traditional gas boiler, when combined with underfloor heating
5 - 7 years
Typical return on investment period for a residential air-to-water heat pump system in Hungary
15 - 20 years
Expected lifespan of a quality heat pump system with regular maintenance, far outlasting the payback period
The economics of heat pumps are compelling and continue to improve as gas prices rise and electricity from renewable sources becomes cheaper. A typical Hungarian family home (100-150 m²) with moderate insulation spends approximately 300,000 - 500,000 HUF per year on gas heating. Switching to an air-to-water heat pump with underfloor heating can reduce this to 90,000 - 150,000 HUF per year in electricity costs, representing annual savings of 200,000 - 350,000 HUF.
When government grants cover 30-50% of the upfront investment, the payback period shortens to as little as 3-5 years. After that, the savings go directly into your pocket for the remaining 10-15 years of the system's life. Additionally, a heat pump installation increases your property's energy rating and market value, which is increasingly important as energy performance certificates become a factor in property transactions.
We provide a detailed, personalised payback calculation as part of our free initial consultation, taking into account your specific property, current energy costs, and the proposed system. This gives you a clear picture of the expected savings before making any commitment.
Request a Free Survey Today!
Our technicians offer free on-site visits in the Érd area.
Request a Free SurveyOr call us: 06 30 972 1237