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10kW A+++ Aluminum R290 Air Source Heating And Cooling Heat Pump Green Highly Efficient IPX4
|Nominal Heating (Max) (A7/6℃,W30/35℃)||Heating Capacity||kW||4.30~15.20|
|Nominal Heating (Max) (A7/6℃,W47/55℃)||Heating Capacity||kW||4.25~14.55|
|Nominal Cooling (Max) (A35/24℃,W12/7℃)||Cooling Capacity||kW||3.65~11.40|
|ERP Level(Outlet water temp. at 35℃)||/||A+++|
|Max. input power||kW||5.80|
|Max. input current||A||10.00|
|Rated water flow||m³/h||1.00|
|Fan motor type||/||DC inverter|
|Circulating pump||/||Inverter type / Built-in|
|Sound pressure at 1m distance||dB(A)||50|
|Max outlet water temperature||°C||75|
|Water piping connections||/||DN 25 (1")|
|Pressure drop at rating water flow||kPa||20|
|Operating temperature range (Heating mode)||°C||-25~45|
|Operating temperature range (Cooing mode)||°C||16~45|
|Unpacked Dimensions ( L×D×H )||mm||1287*448*904|
|Packed Dimensions ( L×D×H )||mm||1317*493*1020|
About some scientific knowledge about heat pump:
A heat pump is a mechanical or thermodynamic device that transfers heat from one point to another. It is extensively used for heating and cooling in residential and commercial buildings. Heat pumps take heat from the air or ground and transfer it to a heat sink or thermal reservoir, which may then be utilized to heat or cool.
The Second Law of Thermodynamics, which asserts that heat energy flows from high-temperature parts to low-temperature areas, is one of the most essential scientific ideas linked to heat pumps. Heat pumps reverse this process by moving heat from a low-temperature environment to a high-temperature one using mechanical energy.This process necessitates the use of energy, often in the form of electricity, to power the compressor and other heat pump components.
Another important scientific term connected to heat pumps is the coefficient of performance (COP), which is a measure of the heat pump's efficiency. The coefficient of performance (COP) is defined as the ratio of heat output to energy input and may be used to compare the performance of different heat pump systems. A higher COP shows that the heat pump is more efficient since it can produce more heat for the same amount of energy input.
The temperature of the heat source is a crucial issue when employing a heat pump. Heat pumps perform better when the temperature differential between the heat source and the heat sink is less.
This means that the efficiency of the heat pump may be lower in colder areas since the exterior air temperature is lower and the temperature differential between the heat source and the heat sink is bigger.
Finally, heat pumps are an important technology for heating and cooling buildings that rely on a variety of scientific ideas and notions. The Second Law of Thermodynamics, the coefficient of performance, and the temperature differential between the heat source and the heat sink are examples of these. Engineers and scientists may build more efficient and effective heat pump systems that assist reduce energy consumption and greenhouse gas emissions by understanding these ideas.
About one of the selling aspects for SolarEast's products:
SolarEast R290 is a high-efficiency, innovative heating solution with a variety of functions. Here are some of the important features of the SolarEast R290:
1. Energy grade: With an A+++ energy grade : The SolarEast R290 is one of the most energy-efficient heating alternatives on the market.
2. A fan motor and a full DC inverter : The SolarEast R290 has a fan motor as well as a full DC inverter, which minimizes energy consumption and boosts efficiency.
3. EVI inverter for -30°C : The system has an EVI inverter that allows it to operate at temperatures as low as -30°C, making it perfect for use in extremely cold environments.
4. Intelligent WiFi control: The SolarEast R290 has intelligent WiFi control, which lets consumers to remotely operate and monitor the system using a smartphone or other device.
5. R290 is a refrigerant : R290, an ecologically friendly refrigerant with a very low global warming potential, is used in the SolarEast R290.
6. The SolarEast R290 can produce water temperatures of up to 75°C at the outlet, making it suitable for use in a variety of heating applications.
An air-source heat pump might offer your house with efficient heating and cooling. When placed appropriately, an air-source heat pump may deliver up to three times the amount of heat energy that it uses. Heat pumps, as opposed to combustion heating systems, transport heat rather than converting it from a fuel.Solareast Heat Pump Ltd., founded in 1999, is the largest provider of solar water heaters in the world.Solareast Heat Pump Ltd. is a technological firm organization whose mission statement is "Make the world cleaner, make life better." It has been in the clean hot water and thermal energy industry for 20 years, with 10 of those years spent utilizing solar thermal technology, seven spent using air source heat pumps, and two spent using photovoltaics.
Solareast Heat Pump Ltd. is a publicly listed technical company organization whose mission statement is "Make the world cleaner, make life better." It has over 20 years of solar thermal energy experience, 10 years of experience with air source heat pumps, and seven years with a photovoltaic firm. It serves 25 million people and 20,000+ engineering clients in over 100 countries with clean hot water and thermal energy solutions.
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