ZUM List

JBG HT heat pumps are listed on the ZUM list, qualifying for a subsidy under the Clean Air program.

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Polish Heat Pumps - Quality Guarantee

Heating your home with a heat pump is currently one of the most efficient renewable energy systems. Energy savings and cost-effectiveness make investing in renewable energy sources an economical and ecological solution. Choosing Polish heat pumps means factory support and manufacturer service.

Polish heat pumps JBG HT can also be combined with a photovoltaic installation. Solar panels significantly contribute to electricity savings. Heat pump subsidies, e.g., from the "Clean Air" or "My Electricity" programs, make investing in renewable energy sources for your home pay off even faster, and combining it with solar panels helps protect the natural environment.

Polish Heat Pump Manufacturer - Ideal for Our Climate

A Polish heat pump manufacturer guarantees quality and adapts the heat pump to Polish climatic conditions. Heat pumps produced in Poland ensure optimized heating for our temperate climate. Matching the heat pump to the climatic conditions in which it operates is crucial for its efficiency and significantly reduces bills.

Air-to-Water Heat Pumps from Poland

The advantage of Polish air-to-water heat pumps JBG HT lies in their innovative solutions and intelligent technologies. Polish heat pumps stand out from devices manufactured in Asia and Europe. Air-to-water heat pump technology ensures maximum heating performance and efficiency. The refrigerant used in JBG HT heat pumps is propane (R290), which provides efficiency without contributing to ozone depletion. Another distinguishing feature is the compressor—inverter heat pumps from JBG HT allow optimal adjustment of heating power to the current energy demand, also lowering electricity bills.

Which Polish Heat Pump Should You Choose?

The JBG HT range includes Polish propane R290 heat pumps, monoblocks with high energy efficiency. Polish heat pumps JBG HT are available in two models. The heating power of JBG HT heat pumps is 10K and 15K, with an active cooling option available. JBG HT is the only heat pump manufacturer in Poland offering inverter heat pumps with a Keymark certificate.

The energy class of JBG HT heat pumps is A+++/A+++, confirmed by certified laboratories. JBG HT heat pumps also allow remote service access. The refrigerant used in JBG HT heat pumps is propane—the most environmentally friendly (GWP-3) and highly efficient. Choosing the Polish JBG HT heat pump is choosing a device with top technical parameters, dedicated to working in the Polish climate, with factory support from the heat pump manufacturer.

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Heat Pumps – Questions and Answers:


1. How does a heat pump work?

A heat pump is a device that uses natural energy from the air, water, or ground to heat your home and provide hot water. It is an eco-friendly heating solution as it does not generate any emissions or pollutants.

2. Natural Refrigerant R290 - What is it?

The mysterious-sounding refrigerant R290, used in some heat pump models, is simply propane, commonly found in refrigerators and freezers. What sets it apart from other refrigerants is its low GWP (Global Warming Potential), with a value of only GWP=3 (in comparison, a commonly used refrigerant R410 reaches GWP=2088). Inverter heat pumps using R290 are a more environmentally friendly solution. JBG HT heat pumps utilize R290 refrigerant.

3. Is installing a heat pump cost-effective?

The answer is a resounding yes. The benefits include the heat pump's energy efficiency, which translates to low heating costs, reliability, and low maintenance requirements (no need for a boiler room). This not only saves money but also time. Additionally, the ecological aspect cannot be overlooked — as the heat pump produces no harmful substances like ash or smoke, it is a particularly eco-friendly solution. It's undoubtedly an excellent green alternative to standard heating systems.

4. Is using a heat pump justified in our climate?

Heat pumps are still a relatively new heating solution, but they are gaining popularity. User experiences show that even in our climate, a well-selected and properly set heat pump fulfills its purpose and provides savings. However, to ensure the installation of a heat pump is fully justified (not just in our climatic conditions), the heating system in the building should be designed to work at relatively low temperatures (27-35°C), and the building itself should have low heat demand.

5. When will a heat pump pay for itself?

The key factor is choosing the right heat pump for your building's energy needs. After an energy audit and proper adjustment of the operating parameters, the economic benefits will be significant, contributing to a faster return on investment. Subsidies, such as the Clean Air 2024 program, can also help, providing funding for replacing solid fuel boilers with heat pumps.

6. Does a heat pump require photovoltaic panels?

A heat pump is an independent device and does not require photovoltaic panels to function effectively. However, combining a heat pump with a modern photovoltaic system enhances the investment's cost-effectiveness. Current heat pump systems work seamlessly with photovoltaic systems and underfloor heating systems.

Still, nothing prevents you from installing just a heat pump and adding solar panels later.

7. Can a heat pump be connected to radiators?

This is possible, but we recommend connecting the heat pump in buildings with good thermal insulation. This ensures the pump's efficiency and heating performance are optimized.

Heat pumps work most efficiently with water-heated underfloor systems. The water temperature in these systems averages 35°C, but its distribution across the floor significantly improves efficiency and ensures even temperature distribution throughout the house.

Although the installation cost of a heat pump and underfloor heating is high, the investment pays off relatively quickly, depending on the building's thermal insulation and its ability to retain heat.

8. Can you get a subsidy for a heat pump in a new house?

Yes, the "Moje Ciepło" program offers funding for purchasing and installing heat pumps in new single-family houses, provided that the building completion notice or occupancy permit application was submitted on or after January 1, 2021.

For the latest information on heat pump subsidies and funding, check the Knowledge Base - Subsidies and Grants section.

9. Does installing a heat pump require removing a coal furnace?

For the "Mój Prąd 5.0" program, removing a coal furnace is not required. However, for funding under the "Clean Air" program, replacing an old solid fuel boiler with a new, eco-friendly heat source is mandatory. Choosing a heat pump from the ZUM list with higher energy efficiency class is recommended.

10. How long does it take to get a heat pump subsidy?

Under the "Clean Air" program, subsidies are processed within 30 days of submitting a complete and correctly filled payment application with required documents. The subsidy is paid by the Provincial Fund for Environmental Protection and Water Management either in full or in up to three installments. The entire process can take about six months.

11. Are investments in renewable energy (heat pumps, photovoltaics) cost-effective?

Renewable energy sources (RES), such as solar, wind, water, and geothermal energy, are becoming increasingly cost-competitive compared to traditional energy sources like fossil fuels. With technological advancements and larger-scale production, the costs of producing and installing RES systems are decreasing, making them more cost-effective in the long run.

Investing in RES ensures independence from fluctuating solid fuel and energy markets.

12. Do you offer other products besides heat pumps?

Yes, at our Żory plant, we manufacture modern JBG PV photovoltaic panels with various parameters. With our help, you can secure an eco-friendly and modern energy source. Visit www.wieszzewarto.pl, leave your contact details, and we will conduct a free photovoltaic installation audit, supplemented with an offer for a JBG HT heat pump.


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