-
Durable, Reliable Technology
-
Long-Lasting Design and Components
-
After-Sales Support and Extended Warranty
At Respressor..
Unprecedented Energy Savings and Fully Budget-Friendly Heating Machines with "RPBT" Technology
exclusively at Respressor.
Respressor Heat Pumps, with their extra-efficient design and high-quality materials, provide you with many more years of service compared to a standard heat pump.
Provides 75% savings compared to coal fuel costs.
Our heat pumps with "RPBT" technology provide up to 75% savings on electricity energy costs compared to the market prices of domestic and imported orange, walnut, and hazelnut coal fuels, which have an average energy value of 4000-6000 kcal/kg. Furthermore, they require no fuel refilling or cleaning, making them effortless and comfortable to ussage.
Provides 65% savings compared to wood pellet fuel costs.
Our heat pumps with "RPBT" technology provide up to 65% savings on electricity energy costs compared to the market prices of wood pellet fuels, which have an average energy value of 4000 kcal/kg. Moreover, they require no fuel refilling or cleaning, offering effortless and comfortable ussage.
Provides 20% savings compared to natural gas boiler fuel costs
Our heat pumps with "RPBT" technology provide up to 20% savings on electricity energy costs compared to natural gas, while offering the same level of comfort. With this technology, heating becomes a more economical and sustainable resource than natural gas, which is currently the cheapest heat source.
Provides 70% savings compared to electric boiler and heater energy costs
Our heat pumps with "RPBT" technology provide up to 70% savings on electricity energy costs compared to other electric boilers and heaters, while offering the same level of comfort.
Provides 25% savings compared to the energy costs of other heat pumps
Our heat pumps with "RPBT" technology provide up to 25% savings on electricity energy costs compared to other air-source and inverter heat pumps, while offering the same level of comfort.
Our Air Source Heat Pumps with "RPBT" Technology in Heating:
02 Monowell Series Air Source Heat Pumps
04 Why are Respressor Heat Pumps Preffered?
A
A groundbreaking new development in the heating and cooling sector, exclusively with its patent at Respressor!
B
A New Refrigerant Cycle System with "RPBT" Technology!
C
Integrated and efficient design, it provides you with many more years of service compared to a standard heat pump.
D
A heat machine that offers unprecedented energy efficiency and is completely budget-friendly.
E
It can meet every needs with the wide range of products,
05 Recommended Other Products
HEAT PUPM PACKAGE HOT WATER SYSTEMS
-
Heat Pump and Tank Package Hot Water Systems for Large Hot Water Demands
-
Wide Capacity Options with 100-3000 Liter Models
INSTALLATION AND
SETUP MATERIALS
All the installation accessories needed for heat pump setup:
Thermostatic valves, piping, collectors, and distributors
06 Why Respressor Heat Pumps?
Heat pumps are systems that transfer thermal energy from one source to another in a usable form. These systems are commonly used for both heating and cooling applications. Typically, they draw heat from external sources such as air, water, or ground, and use this heat as a source for heating and cooling through modern heat cycles. Heat pumps are recognized as an optimal and eco-friendly solution for heating and cooling today and in the future, known for their energy efficiency.
Heat pumps operate using a thermodynamic cycle. The basic components are as follows:
-
Evaporator (Heat Exchanger): This is the point where the heat pump absorbs heat from the external environment (air, water, or ground). A refrigerant (typically an HFC gas) present in this area evaporates as it absorbs heat.
-
Compressor: The compressor compresses the vapor taken from the evaporator, increasing its pressure and temperature. This process raises the temperature of the vapor before it is directed to the heater.
-
Condenser (Heater): The compressed vapor is used to heat the interior space or produce hot water. The heat contained in the vapor is converted into usable thermal energy at this stage.
-
Expansion Valve: The expansion valve reduces the pressure of the compressed vapor and decreases its temperature. This process allows the refrigerant to return to the evaporator, enabling it to regain heat from the external source and complete the internal cycle.
-
The efficiency of heat pumps is measured by a value called COP (Coefficient of Performance). COP represents the ratio of the heat pump's heating or cooling output to the electrical energy it consumes. Generally, the higher the COP value of a heat pump, the more efficient it is considered to be. For example, if a heat pump has a COP of 4, it means that for every unit of electrical energy consumed, it provides four units of heating or cooling capacity.
The main advantages of heat pumps are as follows:
-
Energy Efficiency: They reduce electricity consumption by using heat energy drawn from the external environment with high efficiency.
-
Eco-Friendly: They reduce the carbon footprint and environmental impact by decreasing the use of fossil fuels.
-
Versatile Application: They adapt to different climates and usage conditions, making them suitable for various locations.
-
Heat pump technology is continuously evolving with new innovations. Advancements such as more efficient compressors, smart control systems, and more eco-friendly refrigerants enhance the efficiency and performance of heat pumps.
Heat pumps stand out as a significant heating and cooling solution due to their energy efficiency, environmental friendliness, and wide range of applications. With technological advancements, the widespread adoption and increased use of these systems have become commonplace.
07 What is the Heat Pump?
08 News & Artickles
heat pump, heat pump price, heat pump radiators, cheapest heat pump, heat pump prices, second hand heat pump, istanbul heat pump, izmir heat pump, antalya heat pump, ankara heat pump, Marmara heat pump, Aegean heat pump, Mediterranean heat pump, Black Sea heat pump, Eastern Anatolia heat pump, Sivas heat pump, res heat pump, heat pump, heat pumps, does a heat pump burn a lot, the most efficient heat pump, how is a heat pump? heats, is it a heat pump or my electric combi boiler, how much does a heat pump cost, does a heat pump work with a solar panel, how many square meters of space does a 16kw heat pump heat, how much does a heat pump burn in 1 month, how does a heat pump work, what is a heat pump and how does it work, a heat pump working principle, air source heat pump, water source heat pump, ground source heat pump, best priced heat pump, best heat pump brand, heat pump consumption, nearest heat pump dealer, best heat pump brand, best quality heat pump , the cheapest heat pump, what is a heat pump?
