Monobloc heat pump: The compact heater
With the monoblock heat pump, the central components are located in a closed unit that is particularly easy to install. Find out from Bosch how a monobloc heating system works, how monobloc and split heat pumps differ, and what speaks in favor of outdoor or indoor installation.
What is a monobloc heat pump? Function and structure
A monobloc heat pump is a design of air-to-water heat pump in which all important components for heat generation are housed in one compact unit. Unlike split heat pumps, separate units with refrigerant lines are not required. Instead, the compressor, evaporator, expansion valve, and condenser are combined in one housing. The refrigeration circuit is hermetically sealed.
The monobloc air-source heat pump generates heat from outside air for heating and domestic hot water. It transfers the thermal energy to a refrigerant and makes it usable for the heating system. Electricity is used in the process. The condenser transfers the extracted thermal energy to the heating water. The hot water flows in to the heat distribution and storage system and cold water flows back. The operation of the heat pump is reversible, so you can also use a monobloc heat pump for cooling.
Modern monobloc heat pumps have an inverter integrated into the structure. Thanks to this technology, they adjust their power to the actual demand in the house. The system continuously adjusts the speed of the compressor and significantly saves energy.
What is a monobloc heat pump? Function and structure
A monobloc heat pump is a design of air-to-water heat pump in which all important components for heat generation are housed in one compact unit. Unlike split heat pumps, separate units with refrigerant lines are not required. Instead, the compressor, evaporator, expansion valve, and condenser are combined in one housing. The refrigeration circuit is hermetically sealed.
The monobloc air-source heat pump generates heat from outside air for heating and domestic hot water. It transfers the thermal energy to a refrigerant and makes it usable for the heating system. Electricity is used in the process. The condenser transfers the extracted thermal energy to the heating water. The hot water flows in to the heat distribution and storage system and cold water flows back. The operation of the heat pump is reversible, so you can also use a monobloc heat pump for cooling.
Modern monobloc heat pumps have an inverter integrated into the structure. Thanks to this technology, they adjust their power to the actual demand in the house. The system continuously adjusts the speed of the compressor and significantly saves energy.
What is a monobloc heat pump? Function and structure
A monobloc heat pump is a design of air-to-water heat pump in which all important components for heat generation are housed in one compact unit. Unlike split heat pumps, separate units with refrigerant lines are not required. Instead, the compressor, evaporator, expansion valve, and condenser are combined in one housing. The refrigeration circuit is hermetically sealed.
The monobloc air-source heat pump generates heat from outside air for heating and domestic hot water. It transfers the thermal energy to a refrigerant and makes it usable for the heating system. Electricity is used in the process. The condenser transfers the extracted thermal energy to the heating water. The hot water flows in to the heat distribution and storage system and cold water flows back. The operation of the heat pump is reversible, so you can also use a monobloc heat pump for cooling.
Modern monobloc heat pumps have an inverter integrated into the structure. Thanks to this technology, they adjust their power to the actual demand in the house. The system continuously adjusts the speed of the compressor and significantly saves energy.
What is a monobloc heat pump? Function and structure
A monobloc heat pump is a design of air-to-water heat pump in which all important components for heat generation are housed in one compact unit. Unlike split heat pumps, separate units with refrigerant lines are not required. Instead, the compressor, evaporator, expansion valve, and condenser are combined in one housing. The refrigeration circuit is hermetically sealed.
The monobloc air-source heat pump generates heat from outside air for heating and domestic hot water. It transfers the thermal energy to a refrigerant and makes it usable for the heating system. Electricity is used in the process. The condenser transfers the extracted thermal energy to the heating water. The hot water flows in to the heat distribution and storage system and cold water flows back. The operation of the heat pump is reversible, so you can also use a monobloc heat pump for cooling.
Modern monobloc heat pumps have an inverter integrated into the structure. Thanks to this technology, they adjust their power to the actual demand in the house. The system continuously adjusts the speed of the compressor and significantly saves energy.
What is a monobloc heat pump? Function and structure
A monobloc heat pump is a design of air-to-water heat pump in which all important components for heat generation are housed in one compact unit. Unlike split heat pumps, separate units with refrigerant lines are not required. Instead, the compressor, evaporator, expansion valve, and condenser are combined in one housing. The refrigeration circuit is hermetically sealed.
The monobloc air-source heat pump generates heat from outside air for heating and domestic hot water. It transfers the thermal energy to a refrigerant and makes it usable for the heating system. Electricity is used in the process. The condenser transfers the extracted thermal energy to the heating water. The hot water flows in to the heat distribution and storage system and cold water flows back. The operation of the heat pump is reversible, so you can also use a monobloc heat pump for cooling.
Modern monobloc heat pumps have an inverter integrated into the structure. Thanks to this technology, they adjust their power to the actual demand in the house. The system continuously adjusts the speed of the compressor and significantly saves energy.
What is a monobloc heat pump? Function and structure
A monobloc heat pump is a design of air-to-water heat pump in which all important components for heat generation are housed in one compact unit. Unlike split heat pumps, separate units with refrigerant lines are not required. Instead, the compressor, evaporator, expansion valve, and condenser are combined in one housing. The refrigeration circuit is hermetically sealed.
The monobloc air-source heat pump generates heat from outside air for heating and domestic hot water. It transfers the thermal energy to a refrigerant and makes it usable for the heating system. Electricity is used in the process. The condenser transfers the extracted thermal energy to the heating water. The hot water flows in to the heat distribution and storage system and cold water flows back. The operation of the heat pump is reversible, so you can also use a monobloc heat pump for cooling.
Modern monobloc heat pumps have an inverter integrated into the structure. Thanks to this technology, they adjust their power to the actual demand in the house. The system continuously adjusts the speed of the compressor and significantly saves energy.
Which is better: monobloc or split heat pump?
It is not possible to make a blanket statement about which design of air-source heat pump - monobloc vs. split - is better. Both variants of heat pump heating work technically efficiently, are quiet and achieve good COP values. The key figure describes the ratio of energy expended to heat generated, determined under standard conditions. Nevertheless, there are significant differences between monobloc and split heat pumps that need to be taken into account:
Which is better: monobloc or split heat pump?
It is not possible to make a blanket statement about which design of air-source heat pump - monobloc vs. split - is better. Both variants of heat pump heating work technically efficiently, are quiet and achieve good COP values. The key figure describes the ratio of energy expended to heat generated, determined under standard conditions. Nevertheless, there are significant differences between monobloc and split heat pumps that need to be taken into account:
Which is better: monobloc or split heat pump?
It is not possible to make a blanket statement about which design of air-source heat pump - monobloc vs. split - is better. Both variants of heat pump heating work technically efficiently, are quiet and achieve good COP values. The key figure describes the ratio of energy expended to heat generated, determined under standard conditions. Nevertheless, there are significant differences between monobloc and split heat pumps that need to be taken into account:
Which is better: monobloc or split heat pump?
It is not possible to make a blanket statement about which design of air-source heat pump - monobloc vs. split - is better. Both variants of heat pump heating work technically efficiently, are quiet and achieve good COP values. The key figure describes the ratio of energy expended to heat generated, determined under standard conditions. Nevertheless, there are significant differences between monobloc and split heat pumps that need to be taken into account: