Energy consumption and efficiency of heat pumps
The energy consumption varies from heat pumps to the same energy consumption (Coefficient of Performance, COP). Unabhängig von der Art, sei es een Luft-Wasser-Wärmepumpe or der een Erdwärmepumpe, die Effizienz anhand de COP memes. Aber was bedeutet dieser COP eigentlich?
Oft the Fehler power, Warmepumpen nur hand einzelnen COP Werts zu claimed. A higher COP is not in use, but a heat pump is sparse. To be honest, you can see how the integrator plays (SCOP) in an entscheidende Rolle. It is also important to know who functions the heat pump during the load load.
Origin of the heat pump
A heat pump with water or air heat will be used for different systems. Practical, your warm water medium (due to solar energy generated or not) can serve as a source of warmth, fresh air, airflow, electricity or residual heat for industrial processes. The warm water is warmed up and nourished in a warm environment for warm water and fresh air. Electricity is subject to order, so the process will start and continue.
Was the COP responsible for a warm pump?
The COP is based on the relationship between the natural heat and the heat exchanger of the heat pump. These can be the best of a hand with a musical experience.
Beispiel: Von jeder zeugten 5 kWh Warm einer Wärmepumpe logs 4 kWh aus der Quelle (Luft oder Wasser) und 1 kWh aus Strom. With other sources, you will receive 5 kWh of warm water from the COP in your diet with 4 kWh of warm water and 1 kWh of electricity. The COP is also discussed here 5. In this context, the next steps are:
A higher COP uses less energy and heat from a heat pump. A heat pump with a higher COP has a lower amortization time and results in fewer solar panels being installed. The power of the COP is a relevant knowledge.
Wirkungsgrad einer Härmepumpe
I am currently enjoying the experience of COP 5, during the first part of the year for 5 days of warm weather. The energy efficiency of 500% was higher in the heating industry. Zum Vergleich hier de Wirkungsgrade von electric Heizung und einem Gasheizkessel.
COP and Wirkungsgrad von Electrical Heizkessel or der Electrical Heizkörpern
If you have an electrical heating system, you have an electrical heating system or an electrical heating system, and the operating environment is not so high. Im best Fall erzeugt a full electric heating 1 kWh Warmth for your kWh Electricity, which is consumed. These are the following data:
The COP amounts to 1 and the operating rate amounts to 100%. Die Energiezufuhr entspricht der Ausgabe. Even more, a heat pump is 5-fold sparser with current as an electric heater, possible, but a heat pump heats from a heat source to a useful level. The largest energy source does not originate from electricity, especially from the warm air of water.
COP und Wirkungsgrad eines Gas-Heizkessels
A Gas Heizkessel has Verluste zu verkraften. The fact that both the consumption of gas free heat cannot be fully maintained by the warm water above it, was such a warm pleasure and a pleasant pleasure. It is easy to use the water from the water in the water, which results in the natural gas from the Schornstein entweicht. Bei Brennwertkessel konsiert der Wasserdampf und fuhrt zu weniger Verlust und höherem Wirkungsgrad. However, the traffic flow is never 100% above the higher signal. The high efficiency of the products is approximately 90%, which is a COP of 0.9 hours. This is more efficient than a single heat pump. A few Kesselherstellers have an efficiency of up to 107%, with the same maintenance being carried out on the following website: https://cvketelkiezen.nl .
The COP of a warm pump is not a great festival
The COP is a heat pump depending on different factors:
First of all, the efficiency of the heat pump itself influences the COP; you are more efficient in producing warm water under the air, the higher is the COP. This takes into account the performance of the electrical inverter compressors and electronically controlled expansion valves. Since the temperature of the air (airflow) is affected by the COP, the temperature of the water produced by the air is also affected. You produce higher temperatures, higher temperatures and lower COP. That's logical; If you order more energy, water from 15°C to 80°C should be heated to 15°C to 35°C. COP one air-water heat pump
One air-water heat pump is warm in the air, which warms the sun, and it is also possible to use the water in the heating system. The COP of the air-water heat pump is strongly dependent on the ambient temperature. If the ambient temperature is low, the current will be warm, so that the warm mixture will be warm and the COP sinks. The COP increases at higher ambient temperatures. There are air-water heat pumps in warm climates that are more efficient.
COP an Earth Heat Pump
A warm environment with warm temperatures, such as the temperature of the air, is a relatively constant temperature. This is the power that the flow of the water heater does not affect the temperature of the air-water heater. The COP a water pump remains constant and can be adjusted in climate zones more efficiently.
What is the SCOP?
The Saisonale Leistungszahl (Seasonal Coefficient of Performance, SCOP) is an experience of the COP and an insight into the efficiency of a heat pump over a combined heat recovery process. Since the ambient temperatures vary over the years, there may be a more realistic evaluation of the temperature of the heat pump over the longer period of time.
In case of fall, a heat pump with lower temperatures was not a more efficient signal, but the SCOP compared to COP was more efficient. Beim Vergleich von Wärmepumpen ist es de her ratsam, sowohl the COP as well as the SCOP will be taken into account, for a better understanding of the energy efficiency.
Teilbelastung und die Bedeutung für de Energieverbrauch
Heat pumps have never been under full load in Betrieb. In the fall, it is important to note that there is now a Teil der maximumen Leistung erbringen, with the current Heizbedarf zu decken. Here comes the Teilbelastung ins Spiel.
It is important to ensure that a heat pump is used during the work, which affects the energy consumption in real life. Some heat pumps could be used with less efficient energy consumption, which would result in higher energy consumption. Please ensure that your warm water pump is supplied with the same care as your Teilbelastung.
Fazit: Healthy Operation of the Heat Pump Efficiency
To ensure that the efficiency of a heat pump is fully achieved, it is the same as the clean COP. Der integrierte Wert SCOP, die Art der Wärmequelle, die Betriebsbedingungen und die Leistung bei Teilbelastung spielen eine wichtige Rolle bei der ganzheitlichen Bewertung. Heat pumps can be an energy efficient option for the heat exchanger, especially if they are dimensioned and optimized for operation.
