Post by account_disabled on Feb 28, 2024 1:53:17 GMT -5
Aerothermal energy, what it is and benefits.
The term aerothermal is undoubtedly popular in the world of air conditioning. If you have recently changed your HVAC system, you have surely heard about it.
Luckily, for some time now, more and more people are taking the step, at the domestic level, towards renewable energy systems . Within these systems, aerothermal energy stands out, although it is not a % renewable system.
What is aerothermal energy?
Within the world of refrigeration and heating, aerothermal energy consists of a technology that uses the energy of the air for air conditioning . It is considered green and highly efficient en C Level Executive List ergy. However, it is not a completely renewable energy, since the heat pump requires energy.
Aerothermal systems are used for air conditioning , whether heating or cooling, and to produce domestic hot water .
An aerothermal heat pump has a fairly high operating coefficient , which is usually around or , depending on the manufacturer. This means that, for every kilowatt hour of electricity that the equipment consumes, it is capable of generating between or thermal kilowatt hours.
But not only is the energy efficiency of this type of systems high, they also have high efficiency in water consumption, which allows us to reduce water and energy bills .
Operation of an aerothermal system
The operation of an aerothermal system basically consists of the exchange of heat between the system and the surrounding air . This exchange is carried out by an air heat pump called an outdoor unit, which absorbs and recovers energy from the surrounding air and transfers heat to the circuit while evaporating the refrigerant gas inside.
The thermal energy of the air is used for underfloor heating systems, radiators, hot water production and pool heating. Among pneumatic heating systems we can distinguish: integral or two-part pneumatic heating systems, made up of an indoor unit (hydraulic kit) and an outdoor unit (heat pump), and integral pneumatic heating systems, made up of a single unit. abroad. But, in reality, these are the main steps on which these types of systems are based:
Outside air enters the evaporator, where energy exchange occurs and the refrigerant liquid evaporates. The outside air comes into contact with the evaporator through the coil and the refrigerant inside evaporates as it is colder than the air.
The evaporated refrigerant enters the compressor, where it is compressed and its temperature increases.
The compressed gas reaches the condenser and is converted back to a liquid state. Once the gas condenses, it becomes a liquid refrigerant. Compressed gas releases heat when it condenses, which is used to heat the house.
The refrigerant will flow to the expansion valve, which will lower the temperature and pressure of the refrigerant, return to the evaporator and restart the process.
Benefits and disadvantages of aerothermal energy
The term aerothermal is undoubtedly popular in the world of air conditioning. If you have recently changed your HVAC system, you have surely heard about it.
Luckily, for some time now, more and more people are taking the step, at the domestic level, towards renewable energy systems . Within these systems, aerothermal energy stands out, although it is not a % renewable system.
What is aerothermal energy?
Within the world of refrigeration and heating, aerothermal energy consists of a technology that uses the energy of the air for air conditioning . It is considered green and highly efficient en C Level Executive List ergy. However, it is not a completely renewable energy, since the heat pump requires energy.
Aerothermal systems are used for air conditioning , whether heating or cooling, and to produce domestic hot water .
An aerothermal heat pump has a fairly high operating coefficient , which is usually around or , depending on the manufacturer. This means that, for every kilowatt hour of electricity that the equipment consumes, it is capable of generating between or thermal kilowatt hours.
But not only is the energy efficiency of this type of systems high, they also have high efficiency in water consumption, which allows us to reduce water and energy bills .
Operation of an aerothermal system
The operation of an aerothermal system basically consists of the exchange of heat between the system and the surrounding air . This exchange is carried out by an air heat pump called an outdoor unit, which absorbs and recovers energy from the surrounding air and transfers heat to the circuit while evaporating the refrigerant gas inside.
The thermal energy of the air is used for underfloor heating systems, radiators, hot water production and pool heating. Among pneumatic heating systems we can distinguish: integral or two-part pneumatic heating systems, made up of an indoor unit (hydraulic kit) and an outdoor unit (heat pump), and integral pneumatic heating systems, made up of a single unit. abroad. But, in reality, these are the main steps on which these types of systems are based:
Outside air enters the evaporator, where energy exchange occurs and the refrigerant liquid evaporates. The outside air comes into contact with the evaporator through the coil and the refrigerant inside evaporates as it is colder than the air.
The evaporated refrigerant enters the compressor, where it is compressed and its temperature increases.
The compressed gas reaches the condenser and is converted back to a liquid state. Once the gas condenses, it becomes a liquid refrigerant. Compressed gas releases heat when it condenses, which is used to heat the house.
The refrigerant will flow to the expansion valve, which will lower the temperature and pressure of the refrigerant, return to the evaporator and restart the process.
Benefits and disadvantages of aerothermal energy