Technical Explanation

The name of a hot water pump provides additional functions; sie pumpt Wärme. We also look at the warm water pump and who will use the warm water in a useful form? Heat pumps work according to the principle of evaporation (Kochen) and Kondensation. The best you can do is to take into account the vaporization and the cooling of the water.

Evaporate and condense

Unter atmospheric pressure bought water at a temperature of 100 ˚C. With the liquid pressure and a constant temperature of 100 ˚C, the water is boiled, it also evaporates and the water vapor. Während des Kochens (Zufuhr von Wärme) können wir dem Wasser/Dampf fell Warme entziehen. We are now spoiled with a Schnellkochtopf, with which the water is boiled and evaporated, with the pressure and the damp in the room, and the water is bought first at 120 ˚C. If you want to use a glass of water with a vacuum cleaner, you can buy the water at 20 ˚C, so that the warm water is warm and warm during the environment. The Siede- und Kondensationspunkt von Wasser also hangs from the pressure, in itself the Wasser is finished. Beim Kochen können Moleküle dem Wasser entweichen. The lower the pressure, the lighter it can be, and the higher the pressure, the more fluid. If you move more quickly, you need more energy/warmth. Bei Warmeabfuhr oder Druckerhöhung konsiert der Dampf, webei die zvor zugeführte Wärme freesetzt wird und der Dampf wieder zu Wasserkt, Warme abgebend.

• Verdampfen (Kochen) = Warm zuführen (Wärme aus einer Quelle entziehen)
• Kondensieren = Warm abführen (Wärme an die Umgebung oder Installation abgeben)
• Kochen von Wasser - Erläuterung der Wärmepumpe

A warm glow from the environment after the warm warm. Anstelle von Wasser enjoys the heat pump heat exchanger, as well as Freon. Der verwendete Kältemitteltyp bought under atmospheric pressure at -48.5 ˚C. Diese Kältemittel was put in a fresh system and in a vaporizer under a pressure of 8.5 bar, the soda was boiled at 5 ˚C. If we use air from 10 ˚C and the evaporator vorbeiströmen weld, which is warmer than the heat exchanger of the heat exchanger, the heat exchanger will be cooled and the air warm. The cold air was abkühlen, and the cold air was evaporated. The resulting vapor is a compressed air pressure, with a pressure of 30 bar. The gas moves under the pressure of the condenser, but it could be heated at 50 ˚C. We would like to use water at 30 ˚C during welding, below the heat exchanger of the heat exchanger, so that the heat exchanger can be controlled, the heat and the water can be removed and removed. After all, the cooling process is ensured by an expansion vent in the pressure, and the process itself takes place.

In the meantime, warm weather was changed. The energy that is used to evaporate the energy from the environment is gained. Elektrizität ist hereditary orderly, um the Kompressor anzutreiben. The efficient electrical energy is free of charge. The usable heat in the condenser is the energy from the heat, which evaporates the heat, plus the energy consumption of the compressor.

• Warm water comes with warm air in the air
• Wirkungsgrad und COP der Wärmepumpe

The single source of energy that uses the heat pump is the power source of the compressor.

COP calculation

The largest part of the energy, which uses the heat pump, is supplied with air. With modern heat pumps, the energy consumption of electricity from 1 to 4 was combined with 1 + 4 = 5 components. The COP concerns itself in Fall 5, with a turnover rate of 500%.

• COP and Wirkungsgrad einer Härmepumpe

If you are aware of the heat/energy of your air, it is possible to provide warm water to your water and the heat pump would be very warm.

This is the right thing to do when a heat pump functions.

Schritt für Schritt - Was genau passionert in der Wärmepumpe?

The heat pump consists of the following main components:

1. Evaporation: In the lower pressure there is warm heat from the water, which causes the heat to evaporate (kochen), while the aggregate of the fluid in the gas stream.
2. Compressor: Dieses Teil verbraucht Elektrizität und ermöglicht es dem Kältemittel, unter verschiedenen en Drücken zu zirkeleren.
3. Condenser: With high pressure capacity, the heat exchanger ensures that all your energy is warm. The warm water is taken from the water, which keeps the heat warm and warm.
4. Expansion valve: An electric