5 thoughts on “What is the working principle of water source heat pump?”
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The working principle of the water source thermal pump unit is to transfer the heat in the building to the water source in summer. 1. Observation of environmental benefits Water source heat pump is a heating air -conditioning system that uses surface water as a source of hot and cold. When heating, it eliminates the boiler room system such as coal, gas, and oil. There is no combustion process to avoid pollution such as smoke discharge and pollution. The cooling water tower is eliminated when cooling. Water consumption. Therefore, the water source heat pump uses a technology of clean renewable energy.
2. The water body temperature that can be used by high -efficiency water source heat pump units is 12 ~ 22 ° C in winter, and the temperature of the water body is higher than the temperature of the environment. In summer, the water body is 18 ~ 35 ° C, and the temperature of the water body is lower than the temperature of the environment. Therefore, the coagulation temperature of the cooling is reduced, making the cooling effect better than the air -cooled and cooling tower, and the unit efficiency is improved. 3. According to EPA estimates of the U.S. Environmental Protection Agency, the design and installation of good water source heat pumps can save 30 ~ 40%of the operating costs of users of 30 ~ 40%. 4. The energy used by the energy -saving water source heat pump itself is a clean energy source, but at the time of power generation, it consumes energy and causes the emissions of pollutants and carbon dioxide gas. Compared with the air source heat pump, the well -designed water source heat pump unit is equivalent to reducing power consumption of more than 30%. Compared with electric heating, it is equivalent to reducing electricity consumption of more than 70%. Therefore, the water source thermal pump also reduces and reduces the pollution emissions and greenhouse effects generated during the first energy consumption process during power consumption.
Working principle of water source heat pump The shallow water sources on the surface of the earth (such as groundwater with a depth of less than 1000 meters, rivers, lakes, and oceans on the surface) absorb the radiation energy of the solar entering the earth. The temperature of these water sources is generally very stable. The working principle of the water source thermal pump unit is to transfer the heat in the building to the water source in the summer. Due to the low temperature of the water source, the heat can be taken away efficiently. In winter, the energy is extracted from the water source. The agent is sent to the building after the temperature is increased. Usually the water source heat pump water pump consumes 1kW energy, and users can get more than 4kW of heat or cold. The water source thermal pump can be divided into two types: closed system and opening system according to the different ways of water source. The closed system refers to a set of closed -cycle heat exchanges on the side of the water. The general level or vertical burial of the coil or vertical in this group can be used to achieve energy transfer with the heat exchange with the lake or seawater. The system that is directly buried in the soil is called soil source heat pump, which is also a type of ground source heat pump); the opening system refers to the system that is directly discharged by the heat exchanger from the underground or surface to pump water from the ground or the surface. Water source thermal pumps use water as the heat source and cooling medium in the process of heating or refrigeration, that is, using the switching work quality circuit to achieve the operation of heating and cooling. However, it is more convenient to complete the three -way valves in the water circuit. Although the water source is expressed in the water source heat pump system, the water source directly enters the evaporator (when the refrigeration is a condenser), in some occasions, in order to avoid the cold water system (usually dealt with) that is polluted. Come to water; another method is to use a closed circuit condenser water system. As a medium for heat pump heat and refrigeration, water can be used to meet the following two conditions-one is that the temperature of the water is between 7 ° C and 30 ° C, and the other is that the amount of water must be sufficient. Water source water can be a variety of industrial wastewater, living water, seawater, river, river water, etc., and even various industrial spatial heat. The simple and easy way to extract the heat (cold) in the water is to hit the well and use the well pump to extract the groundwater as the circulating medium. It because the water source thermal pump technology uses the surface water as the hot and cold source of the air -conditioning unit, it has the following advantages: environmental protection benefits significant water source heat pump is the heating air conditioner that uses the surface water as the source of energy conversion. system. When heating, it eliminates the boiler room system such as coal, gas, and oil. There is no combustion process to avoid pollution such as smoke discharge and pollution. The cooling water tower is eliminated when cooling. Water consumption. Therefore, the water source heat pump uses a technology of clean renewable energy. The water body temperature used by high -efficiency water source heat pump units is 12 ~ 22 ° C in winter, and the temperature of the water body is higher than the temperature of the ambient air. Therefore, the evaporation temperature of the heat pump cycle increases and the energy efficiency ratio is also increased. In summer, the water body is 18 ~ 35 ° C, and the temperature of the water body is lower than the temperature of the environment. Therefore, the coagulation temperature of the cooling is reduced, making the cooling effect better than the air -cooled and cooling tower, and the unit efficiency is improved. According to EPA estimates of the U.S. Environmental Protection Agency, the design and installation of good water source heat pumps can save 30-40%of the operating costs of users of 30 to 40%of users. The electric energy used by energy -saving water source heat pump itself is a clean energy source, but during power generation, it consumes one energy and causes the emissions of pollutants and carbon dioxide gas. Compared with the air source heat pump, the well -designed water source heat pump unit is equivalent to reducing power consumption of more than 30%. Compared with electric heating, it is equivalent to reducing electricity consumption of more than 70%. Therefore, the water source thermal pump also reduces and reduces the pollution emissions and greenhouse effects generated during the first energy consumption process during power consumption. The wide application scope can be widely used in concentrated heating and refrigeration of hotels, office buildings, schools, business villa areas, residential areas, and other commercial and industrial building air conditioners. Beer brewing, cold -rolled forging, cold storage and indoor planting and constant temperature breeding industries. It use a set of equipment can be used for cold, heated, and can provide hot water. For the air -conditioning system, a heat pump provides two heat sources, which can save one -time investment. The total investment is only 60%of the traditional air -conditioning system, and it is easy to install. The installation workload is less than other air conditioning systems, and the installation period is shorter. It is easy to change installation.
Pay content for time limit to check for freenAnswer Hello, the principle of water source heat pump is to transfer the heat on the building to the water source. In the hot summer building, the temperature of the heat suction surface will be very high, and then the temperature of the building surface is transferred to the water to warm the water through the water source heat pump. Then transmit the calories over the air to the building, the water source heat pump can effectively save energy. In addition, the water source heat pump can also overcome the problem of insufficient frosting switches during the use of heat source pumps in the air. Compared with other machines, the reliability and heating efficiency of the water source thermal pump are very high, and the application range is relatively wide.
The central air -conditioning system of the water source is composed of the end (indoor air treatment end, etc.), and the water source central air -conditioning host (also known as the water source heat pump) system and the water source water system. During the heating of users, the central air -conditioning system of the water source extracts low -quality thermal energy from the water source, and is sent to high -temperature heat sources through the water source central air -conditioning host (thermal pump) driven by electric energy to meet the user heating needs. When providing cooling for users, the central air conditioner of the water source transfers the residual heat in the user's room through the water source central air -conditioning host (refrigeration) to the water source to meet the user's cooling needs. The systemic diagram: The heating work is an example (the cooling condition can be implemented by valve transfers, even if the water source water enters the condenser, the evaporator's frozen circulating water connection user system), see the system principle below: Category: The water source thermal pump can be divided into two types: closed system and opening system according to the different ways of water source. The closed system refers to a set of closed -cycle heat exchanges on the water side. The general level of the set of pipes in this group is buried in underground or lake water and sea water. Transfer. The open system is usually referred to as deep well -back irrigation water source heat pump system. By constructing the water pumping well, the groundwater is pulled out, and the heat exchanging heat exchanges or directly to the water source heat pump unit. After extracting the heat or release the heat, the backwing group will return to the ground.
The water source thermal pump system is an air -conditioning system that uses shallow geothermal resources (also known as ground energy, including groundwater, soil or surface water, etc.) that can be heated and refrigerated. The system realizes the low temperature heat energy to the high temperature level by entering a small amount of electrical energy. The land energy is used as the heat source of the heat pump heating in winter and the cold source of the summer air conditioner. In underground energy, the system does not discharge any waste gas, waste water, waste residue, and is an ideal "green air conditioner". field.
The working principle of the water source thermal pump unit is to transfer the heat in the building to the water source in summer.
1. Observation of environmental benefits Water source heat pump is a heating air -conditioning system that uses surface water as a source of hot and cold. When heating, it eliminates the boiler room system such as coal, gas, and oil. There is no combustion process to avoid pollution such as smoke discharge and pollution. The cooling water tower is eliminated when cooling. Water consumption. Therefore, the water source heat pump uses a technology of clean renewable energy.
2. The water body temperature that can be used by high -efficiency water source heat pump units is 12 ~ 22 ° C in winter, and the temperature of the water body is higher than the temperature of the environment. In summer, the water body is 18 ~ 35 ° C, and the temperature of the water body is lower than the temperature of the environment. Therefore, the coagulation temperature of the cooling is reduced, making the cooling effect better than the air -cooled and cooling tower, and the unit efficiency is improved.
3. According to EPA estimates of the U.S. Environmental Protection Agency, the design and installation of good water source heat pumps can save 30 ~ 40%of the operating costs of users of 30 ~ 40%.
4. The energy used by the energy -saving water source heat pump itself is a clean energy source, but at the time of power generation, it consumes energy and causes the emissions of pollutants and carbon dioxide gas. Compared with the air source heat pump, the well -designed water source heat pump unit is equivalent to reducing power consumption of more than 30%. Compared with electric heating, it is equivalent to reducing electricity consumption of more than 70%. Therefore, the water source thermal pump also reduces and reduces the pollution emissions and greenhouse effects generated during the first energy consumption process during power consumption.
Working principle of water source heat pump
The shallow water sources on the surface of the earth (such as groundwater with a depth of less than 1000 meters, rivers, lakes, and oceans on the surface) absorb the radiation energy of the solar entering the earth. The temperature of these water sources is generally very stable. The working principle of the water source thermal pump unit is to transfer the heat in the building to the water source in the summer. Due to the low temperature of the water source, the heat can be taken away efficiently. In winter, the energy is extracted from the water source. The agent is sent to the building after the temperature is increased. Usually the water source heat pump water pump consumes 1kW energy, and users can get more than 4kW of heat or cold. The water source thermal pump can be divided into two types: closed system and opening system according to the different ways of water source. The closed system refers to a set of closed -cycle heat exchanges on the side of the water. The general level or vertical burial of the coil or vertical in this group can be used to achieve energy transfer with the heat exchange with the lake or seawater. The system that is directly buried in the soil is called soil source heat pump, which is also a type of ground source heat pump); the opening system refers to the system that is directly discharged by the heat exchanger from the underground or surface to pump water from the ground or the surface. Water source thermal pumps use water as the heat source and cooling medium in the process of heating or refrigeration, that is, using the switching work quality circuit to achieve the operation of heating and cooling. However, it is more convenient to complete the three -way valves in the water circuit. Although the water source is expressed in the water source heat pump system, the water source directly enters the evaporator (when the refrigeration is a condenser), in some occasions, in order to avoid the cold water system (usually dealt with) that is polluted. Come to water; another method is to use a closed circuit condenser water system. As a medium for heat pump heat and refrigeration, water can be used to meet the following two conditions-one is that the temperature of the water is between 7 ° C and 30 ° C, and the other is that the amount of water must be sufficient. Water source water can be a variety of industrial wastewater, living water, seawater, river, river water, etc., and even various industrial spatial heat. The simple and easy way to extract the heat (cold) in the water is to hit the well and use the well pump to extract the groundwater as the circulating medium.
It because the water source thermal pump technology uses the surface water as the hot and cold source of the air -conditioning unit, it has the following advantages:
environmental protection benefits significant water source heat pump is the heating air conditioner that uses the surface water as the source of energy conversion. system. When heating, it eliminates the boiler room system such as coal, gas, and oil. There is no combustion process to avoid pollution such as smoke discharge and pollution. The cooling water tower is eliminated when cooling. Water consumption. Therefore, the water source heat pump uses a technology of clean renewable energy.
The water body temperature used by high -efficiency water source heat pump units is 12 ~ 22 ° C in winter, and the temperature of the water body is higher than the temperature of the ambient air. Therefore, the evaporation temperature of the heat pump cycle increases and the energy efficiency ratio is also increased. In summer, the water body is 18 ~ 35 ° C, and the temperature of the water body is lower than the temperature of the environment. Therefore, the coagulation temperature of the cooling is reduced, making the cooling effect better than the air -cooled and cooling tower, and the unit efficiency is improved. According to EPA estimates of the U.S. Environmental Protection Agency, the design and installation of good water source heat pumps can save 30-40%of the operating costs of users of 30 to 40%of users.
The electric energy used by energy -saving water source heat pump itself is a clean energy source, but during power generation, it consumes one energy and causes the emissions of pollutants and carbon dioxide gas. Compared with the air source heat pump, the well -designed water source heat pump unit is equivalent to reducing power consumption of more than 30%. Compared with electric heating, it is equivalent to reducing electricity consumption of more than 70%. Therefore, the water source thermal pump also reduces and reduces the pollution emissions and greenhouse effects generated during the first energy consumption process during power consumption.
The wide application scope can be widely used in concentrated heating and refrigeration of hotels, office buildings, schools, business villa areas, residential areas, and other commercial and industrial building air conditioners. Beer brewing, cold -rolled forging, cold storage and indoor planting and constant temperature breeding industries.
It use a set of equipment can be used for cold, heated, and can provide hot water. For the air -conditioning system, a heat pump provides two heat sources, which can save one -time investment. The total investment is only 60%of the traditional air -conditioning system, and it is easy to install. The installation workload is less than other air conditioning systems, and the installation period is shorter. It is easy to change installation.
Pay content for time limit to check for freenAnswer Hello, the principle of water source heat pump is to transfer the heat on the building to the water source. In the hot summer building, the temperature of the heat suction surface will be very high, and then the temperature of the building surface is transferred to the water to warm the water through the water source heat pump. Then transmit the calories over the air to the building, the water source heat pump can effectively save energy. In addition, the water source heat pump can also overcome the problem of insufficient frosting switches during the use of heat source pumps in the air. Compared with other machines, the reliability and heating efficiency of the water source thermal pump are very high, and the application range is relatively wide.
The central air -conditioning system of the water source is composed of the end (indoor air treatment end, etc.), and the water source central air -conditioning host (also known as the water source heat pump) system and the water source water system. During the heating of users, the central air -conditioning system of the water source extracts low -quality thermal energy from the water source, and is sent to high -temperature heat sources through the water source central air -conditioning host (thermal pump) driven by electric energy to meet the user heating needs. When providing cooling for users, the central air conditioner of the water source transfers the residual heat in the user's room through the water source central air -conditioning host (refrigeration) to the water source to meet the user's cooling needs.
The systemic diagram: The heating work is an example (the cooling condition can be implemented by valve transfers, even if the water source water enters the condenser, the evaporator's frozen circulating water connection user system), see the system principle below:
Category: The water source thermal pump can be divided into two types: closed system and opening system according to the different ways of water source.
The closed system refers to a set of closed -cycle heat exchanges on the water side. The general level of the set of pipes in this group is buried in underground or lake water and sea water. Transfer.
The open system is usually referred to as deep well -back irrigation water source heat pump system. By constructing the water pumping well, the groundwater is pulled out, and the heat exchanging heat exchanges or directly to the water source heat pump unit. After extracting the heat or release the heat, the backwing group will return to the ground.
The water source thermal pump system is an air -conditioning system that uses shallow geothermal resources (also known as ground energy, including groundwater, soil or surface water, etc.) that can be heated and refrigerated. The system realizes the low temperature heat energy to the high temperature level by entering a small amount of electrical energy. The land energy is used as the heat source of the heat pump heating in winter and the cold source of the summer air conditioner. In underground energy, the system does not discharge any waste gas, waste water, waste residue, and is an ideal "green air conditioner". field.