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First, the introduction of air-source heat pump (a), what is the air-source heat pump?
Heat pump technology is a new energy technology attracting worldwide attention in recent years. It is a device that transfers heat from a low-temperature heat source to a high-temperature heat source by consuming a part of high-grade energy. The heat transferred to the high temperature heat source includes the high grade energy consumed and the amount of heat absorbed from the low temperature heat source.
(B), air source heat pump hot water unit Air source heat pump water heater (unit) generally by the compressor, condenser, tank, expansion valve, evaporator and other components.
(C), air heat pump working principle Air heat pump at work, it consumes part of the energy itself, the energy stored in the air to be tapped, through the heat transfer medium circulation system to increase the temperature to use, and the entire heat pump device consumed Work is only a small part of the output power. Using heat pump technology can save a lot of high-grade energy.
In operation, the evaporator draws heat from the surrounding environment to evaporate the heat transfer medium, the working fluid vapor through the compressor temperature and pressure rise, the high temperature steam condenses into liquid through the condenser, the heat released to the storage tank Water. Condensed heat transfer medium through the expansion valve back to the evaporator, and then be evaporated, so cycle back and forth.
Second, the advantages of air-source heat pump in the traditional fermentation 1, energy-saving: air-source heat pump than the current traditional steam heating has energy-saving advantages.
2, environmental protection: air source heat pump no toxic and harmful combustion emissions, no greenhouse gas emissions. Noise in line with environmental requirements.
3, Security: microcomputer control, complete hydropower separation, no leakage risk, no poisoning, explosion danger.
4, can use the original site, technology, equipment, small footprint, light weight, removable.
5, the boiler failure, repair costs, the use of air-source heat pump after the fermentation part of the boiler does not use, can greatly reduce boiler operating costs.
6, air source heat pump existing power supply system that can meet the requirements, do not need to transform the line. Air source heat pump does not require steam, circulating water, the original water, steam pipe does not need to be repaired.
7, in line with national advocacy of energy saving policy.
Thus, air-source heat pump applications in the traditional fermentation has a good alternative value of energy saving, is a worthy development of new energy technologies.
Application Characteristics of Air Source Heat Pump in Traditional Fermentation Application of air source heat pump in traditional fermentation is the first of its kind in the field of traditional fermentation. It is an exploration of traditional fermentation energy. This technology has the advantages of less equipment investment, low energy consumption, convenient safety and environmental protection, Will open up a new revolution of traditional fermentation energy alternative.
Heat pump technology is a new energy technology attracting worldwide attention in recent years. It is a device that transfers heat from a low-temperature heat source to a high-temperature heat source by consuming a part of high-grade energy. The heat transferred to the high temperature heat source includes the high grade energy consumed and the amount of heat absorbed from the low temperature heat source.
(B), air source heat pump hot water unit Air source heat pump water heater (unit) generally by the compressor, condenser, tank, expansion valve, evaporator and other components.
(C), air heat pump working principle Air heat pump at work, it consumes part of the energy itself, the energy stored in the air to be tapped, through the heat transfer medium circulation system to increase the temperature to use, and the entire heat pump device consumed Work is only a small part of the output power. Using heat pump technology can save a lot of high-grade energy.
In operation, the evaporator draws heat from the surrounding environment to evaporate the heat transfer medium, the working fluid vapor through the compressor temperature and pressure rise, the high temperature steam condenses into liquid through the condenser, the heat released to the storage tank Water. Condensed heat transfer medium through the expansion valve back to the evaporator, and then be evaporated, so cycle back and forth.
Second, the advantages of air-source heat pump in the traditional fermentation 1, energy-saving: air-source heat pump than the current traditional steam heating has energy-saving advantages.
2, environmental protection: air source heat pump no toxic and harmful combustion emissions, no greenhouse gas emissions. Noise in line with environmental requirements.
3, Security: microcomputer control, complete hydropower separation, no leakage risk, no poisoning, explosion danger.
4, can use the original site, technology, equipment, small footprint, light weight, removable.
5, the boiler failure, repair costs, the use of air-source heat pump after the fermentation part of the boiler does not use, can greatly reduce boiler operating costs.
6, air source heat pump existing power supply system that can meet the requirements, do not need to transform the line. Air source heat pump does not require steam, circulating water, the original water, steam pipe does not need to be repaired.
7, in line with national advocacy of energy saving policy.
Thus, air-source heat pump applications in the traditional fermentation has a good alternative value of energy saving, is a worthy development of new energy technologies.
Application Characteristics of Air Source Heat Pump in Traditional Fermentation Application of air source heat pump in traditional fermentation is the first of its kind in the field of traditional fermentation. It is an exploration of traditional fermentation energy. This technology has the advantages of less equipment investment, low energy consumption, convenient safety and environmental protection, Will open up a new revolution of traditional fermentation energy alternative.