CN212806685U - Remove heat recovery unit and heating system that supplies cold based on remove heat accumulation heat exchange module - Google Patents
Remove heat recovery unit and heating system that supplies cold based on remove heat accumulation heat exchange module Download PDFInfo
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- CN212806685U CN212806685U CN202021121735.7U CN202021121735U CN212806685U CN 212806685 U CN212806685 U CN 212806685U CN 202021121735 U CN202021121735 U CN 202021121735U CN 212806685 U CN212806685 U CN 212806685U
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- 238000011084 recovery Methods 0.000 title claims abstract description 52
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- 239000002918 waste heat Substances 0.000 claims abstract description 18
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
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Abstract
The utility model relates to an air conditioner and heating field, concretely relates to remove heat and cold recovery unit and heating system based on remove heat accumulation heat transfer module. The utility model provides a combination formula portable air conditioner, hot water, heating system based on heat accumulation heat transfer module, including portable heat accumulation heat transfer module, portable cooling heat recovery all-in-one and portable electrical heating all-in-one. The utility model discloses utilize portable heat accumulation heat transfer module as the carrier, replaced the mode that traditional air conditioner must install the off-premises station, solved the nimble removal of summer household air conditioner and waste heat discharge recycle problem and winter household valley electricity heat accumulation heating problem, promoted the availability of heat accumulation part, for household room or local area independent heating and air conditioner provide the product form and supply, be of value to and simplify the construction work volume and realize energy-conservation.
Description
Technical Field
The utility model relates to an air conditioner and heating field, concretely relates to remove heat and cold recovery unit and heating system based on remove heat accumulation heat transfer module.
Background
The application of the heat storage technology in building heating air conditioners is used for solving the problem of time mismatching between a heating end and a heat utilization end, for example, in electric energy clean heating with valley electricity as a heating source; on the other hand, the heat pump system is used for solving the problem of mismatch of the heat supply end and the heat using end in space, namely heat supply between the position of the heat supply source and the heat using end cannot be realized in a pipeline conveying mode; a further aspect is that the heat accumulator acts as a buffer vessel for stabilizing the influence of fluctuations in the heat supply side or the heat utilization side on the other side during heat transfer. By using the heat storage device, the above problems in the building heating and air conditioning system can be effectively solved.
When the existing heat storage device is applied to a building heating and air conditioning system, the heat storage device generally comprises three forms: 1. as a component fixedly mounted on the system, such as a heat storage heat exchanger in a heating system; 2. the device is independently arranged at a fixed position, such as a phase change heat storage device, a heat storage type electric heating device and the like which are widely applied in the existing 'coal-to-electricity' project; 3. the heat accumulating type electric heating radiator combines an electric heating element and a heat accumulator into an integral heating appliance. In the three forms, the first two forms are all the non-removable installation forms, and the third form is a setting product. It can be said that the three forms do not realize independent flexible movement and free combination of the heat storage device between the heat source and the heat supply end.
The development and application of the prior mobile heat storage device mainly aim at heat sale and transportation from an industrial waste heat recovery or central heat supply heat source plant to users without laying a pipe network, generally adopt the form of a large vehicle-mounted mobile heat storage box, have no precedent for the development of a small mobile heat storage device combined with heating, ventilating and air conditioning equipment in a building, and realize the organic combination of the utilization of waste heat and clean heat sources in the building and a heat utilization end by taking the small mobile heat storage device as a carrier.
In the application of the existing household heating air-conditioning products, on one hand, the application of the traditional room air conditioner mainly aims at regulating and controlling the temperature of indoor air, but does not consider how to effectively utilize the waste heat discharged outwards, and because the outdoor unit needs to discharge the waste heat outwards, the outdoor unit needs to be installed and fixed through a wall by adopting a pipeline. These factors not only result in waste of waste heat resources, but also increase the equipment cost because each room needs to be independently provided with an air conditioner because the air conditioner is not movable. On the other hand, most of the conventional valley-power heat storage type electric heating devices integrate electric heating and heat storage devices, and a measure that the heat storage devices are independently arranged to realize multifunctional application cannot be considered.
The clean energy heating of village and town buildings is greatly increased in the last 3 years, the clean heating technology of various village and town buildings is also widely researched in the last few years, and the related technology in the early stage is basically only developed aiming at electric heating products, and the degree of comprehensive utilization of electric energy for air conditioning heating by utilizing a heat storage module is not deeply considered. The utility model is directed to the above-mentioned problem, through setting up independent nimble mobilizable heat accumulation heat transfer module, combine with traditional room air conditioner, electrical heating system, the nimble configuration problem of room air conditioner unmovable cooling, air conditioner heat extraction can not effectively be retrieved, the limited and air conditioner heating equipment in recovery heat utilization place and thermal storage equipment among the corresponding solution prior art.
SUMMERY OF THE UTILITY MODEL
In order to solve the technical problem, the purpose of the application is to provide a mobile cooling and heating recovery device based on a mobile heat storage heat exchange module.
The utility model discloses a still another purpose provides the removal heating system based on remove heat accumulation heat transfer module.
To prior art not enough, the utility model provides a regard as independent portable heat accumulation part with heat accumulation heat transfer module to can with supply cold and hot recovery all-in-one or the quick aggregate erection of electrical heating all-in-one, realize utilizing mobilizable heat accumulation heat transfer module, carry out the air conditioner cooling in summer and retrieve used heat and be used for life hot water, combine with portable electrical heating all-in-one winter, realize utilizing millet electricity heat accumulation heating.
According to the utility model discloses a remove cold heat recovery unit that supplies based on remove heat accumulation heat transfer module includes:
a movable heat storage and exchange module and a movable cold and heat supply and recovery all-in-one machine,
wherein,
the movable heat storage and exchange module comprises a heat storage box body for containing a heat storage medium, at least four movable and steering trundles, a heat source side water inlet pipeline valve, a quick connecting mechanism, a heat source side water return pipeline, a valve, a quick connecting mechanism, a heat supply side water outlet pipeline, a valve, a quick connecting mechanism, a heat supply side water inlet pipeline, a valve and a quick connecting mechanism, wherein the heat storage medium in the heat storage box body can be a phase change heat storage medium or water, when the phase change heat storage medium is adopted, a heat exchange coil pipe is also arranged,
the movable cooling and heat recovery all-in-one machine comprises an air conditioner refrigeration circulation system and a waste heat recovery heat output system,
wherein, the air-conditioning refrigeration cycle system adopts a traditional room air conditioner refrigeration compression cycle mode and comprises four main components of a compressor, a condenser, an expansion valve and an evaporator, wherein, the condenser adopts a refrigerant-water type heat exchanger, the evaporator adopts a heat exchanger for an air-conditioning indoor machine, and combines a blower to realize indoor cold air supply,
the waste heat recovery heat output system comprises an expansion tank, a water pump, a refrigerant-water type heat exchanger, a hot water circulation pipeline, a valve and a quick connecting mechanism; the movable cold and heat recovery all-in-one machine is provided with a moving and steering device, for example, at least four movable and steering castors which can move according to the air-conditioning demand place,
and a heat source side water supply and return pipeline inlet of the movable heat storage and heat exchange module is directly in butt joint with a hot water circulating pipeline outlet of the movable heat supply and heat recovery all-in-one machine, and a heat source side water supply and return pipeline outlet of the movable heat storage and heat exchange module is directly in butt joint with an inlet of the hot water circulating pipeline of the movable heat supply and heat recovery all-in-one machine through a quick connecting mechanism.
According to the utility model discloses a remove heating system based on remove heat accumulation heat transfer module, it is wherein visual a plurality of portable heat accumulation heat transfer modules of configuration during portable air conditioner refrigeration cycle system's that supplies cold and hot recovery all-in-one operation.
The utility model discloses a moving heating system based on remove heat accumulation heat transfer module's operational mode does: when the house air conditioner is used in summer, the movable heat storage and exchange module and the movable cold and heat supply recovery all-in-one machine are placed in an area needing air supply of the air conditioner and are assembled and installed together through the quick connectors, and the heat supply side valve of the movable heat storage and exchange module is closed. And simultaneously, the air conditioner refrigeration compression circulation system and the waste heat recovery heat output system are started, so that the waste heat is stored in the movable heat storage and exchange module while air is supplied to the house by the air conditioner. After the air conditioner is in demand or the movable heat storage and exchange module is fully stored, the valve of the inlet and the outlet of the hot water circulation pipeline of the movable cold and heat supply and recovery all-in-one machine is closed and is separated from the movable heat storage and exchange module. The movable heat storage module is moved to a place with hot water demand and is respectively connected with a tap water pipeline and a domestic hot water supply pipeline through the quick connection mechanism, so that hot water supply is realized. When the demand of the air conditioner in the house is large and the single movable heat storage and exchange module is full, the air conditioner and the heat storage process can be continued by replacing another movable heat storage and exchange module.
The mobile heating device based on the mobile heat storage and exchange module of the utility model comprises a mobile heat storage and exchange module and a mobile electric heating and heating integrated machine,
wherein,
the movable heat storage and exchange module comprises a heat storage box body for containing a heat storage medium, at least four movable and steering trundles, a heat source side water inlet pipeline, a valve, a quick connecting mechanism, a heat source side water return pipeline, a valve, a quick connecting mechanism, a heat supply side water outlet pipeline, a valve, a quick connecting mechanism, a heat supply side water inlet pipeline, a valve and a quick connecting mechanism, wherein the heat storage medium in the heat storage box body can be a phase change heat storage medium or water, and when the phase change heat storage medium is adopted, a heat exchange coil pipe is arranged,
the movable electric heating and warming integrated machine comprises an electric heater, a water flow switch, a heat supply heat exchanger, a fan, a water pump, an expansion tank, a hot water circulation pipeline, a valve and a quick connecting mechanism. In order to reduce the complexity of the system, the electric heating heat storage pipeline and the heat output pipeline share one set of water pump. A water flow switch is arranged on a water outlet pipeline of the electric heater to prevent the electric heater from being electrified and heated when no water flows in the electric heater. The heat supply heat exchanger adopts a high-efficiency wind-water heat exchanger and is combined with a blower to realize indoor hot air supply. The movable electric heating and warming integrated machine is provided with at least four movable and steering caster wheels which can move according to heating demand places,
and a heat source side water supply and return pipeline of the movable heat storage and heat exchange module is directly in butt joint with a heat storage side water supply and return pipeline of the movable electric heating and heating all-in-one machine, and a heat supply side water supply and return pipeline of the movable heat storage and heat exchange module is directly in butt joint with a heat supply side water supply and return pipeline of the movable electric heating and heating all-in-one machine through a quick connecting mechanism.
According to the utility model discloses a remove heating system based on remove heat accumulation heat transfer module, wherein, heat source side circulation pipeline and the heat supply side circulation pipeline of portable electric heating all-in-one set up independently respectively, respectively have a water pump and an expansion tank in every circulation pipeline, independent operation respectively, the mode that respectively does not influence.
The utility model discloses a moving heating system's operational mode based on remove heat accumulation heat transfer module: in the valley power period, closing an inlet and outlet valve of a water supply and return pipeline at the heat supply side of the movable heat storage and heat exchange module, opening an inlet and outlet valve of a water supply and return pipeline at the heat source side of the movable heat storage and heat exchange module, opening a water pump and an electric heater to perform electric heat storage on the movable heat storage and heat exchange module, and closing the inlet and outlet valves of the water supply and return pipeline at the heat source side of the electric heater, the water pump and the movable heat storage and; and in the heat supply period, the inlet and outlet valves of the water supply and return pipeline at the heat source side of the movable heat storage heat exchange module are closed, the inlet and outlet valves of the water supply and return pipeline at the heat supply side of the movable heat storage heat exchange module, the water pump and the fan are opened, and warm air is supplied to the heating area.
The utility model discloses a removal cooling and heating recovery unit based on remove heat accumulation heat transfer module can realize the heating air conditioner in different demand places, through the combination of portable heat accumulation heat transfer module and portable cooling and heating recovery all-in-one, can realize just can consume in the air conditioner region and discharge used heat and need not the purpose to outdoor emission, has satisfied the portable installation of exempting from of air conditioner, and can carry out the air conditioner air supply to different demand places.
Through the utility model discloses a portable electrical heating system based on portable heat accumulation heat transfer module can realize according to portable heat accumulation of place demand, heating, has avoided traditional heating system can't carry out the vacant house and stop warm and the energy that causes is extravagant.
The utility model has the advantages that:
according to the technical scheme of the utility model, through the used heat that the air conditioner discharged is stored in portable heat accumulation heat transfer module recovery has solved the used heat emission problem of handling of traditional domestic air conditioner, and portable hot water is with hot spot, satisfy user's hot water demand, household air conditioning unit waste heat recovery and effective utilization have been realized, energy saving and emission reduction's effect has, can reduce the influence to summer outdoor thermal environment simultaneously, the portable function of air conditioner has been realized, can be according to the nimble mobile device in air conditioner demand place, consequently, also avoided traditional domestic air conditioner to need wear the wall installation and each room all need the problem of configuration installation alone.
According to the technical scheme of the utility model, portable heat accumulation heat transfer module both can be used to air conditioner waste heat recovery in summer, can be used to millet electricity heat accumulation heating in winter again, and summer and winter all can use, have promoted the product availability, have realized a tractor serves several purposes.
According to the technical scheme of the utility model, but portable heat accumulation heat transfer module, portable cooling and heating recovery all-in-one and portable electric heating all-in-one are the independent modular device who freely removes of taking the truckle, and three equipment hot water pipeline has all set up the interface that can the butt joint installation, and three equipment can adopt different capacity according to the demand condition, can realize the modularization combination configuration of freely selecting according to the capacity size.
According to the technical scheme of the utility model, but combination formula portable air conditioner based on heat accumulation heat transfer module, the hot water, heating system's three constitution module, compact structure has all been accomplished, and volume and weight are little, and can dock the installation fast, be convenient for indoor removal and combination very much, adopt one set of device can satisfy indoor air conditioner and hot water supply in summer, millet electric heat accumulation and non-millet electric heating in winter, be the good choice of indoor heating air conditioner product, also be applicable to present household type clean heating field, the device is the important application form in heat accumulation technique and product heating and air conditioner field in the building, independent heating and air conditioner provide the product form for household type room and supply.
(1) The traditional household air conditioner adopts the fixed installation of an indoor unit and an outdoor unit, and the purpose that one household air conditioner supplies cold for different rooms cannot be realized. According to the technical scheme, the heat storage module is adopted to absorb heat discharged by the air conditioner, an outdoor unit of a traditional household air conditioner is omitted, the evaporator side and the condenser side of the household air conditioner are both located indoors, and the installed trundles enable the household air conditioner to move according to air conditioner demand conditions of rooms, so that air conditioners in different rooms can be met.
(2) The air-conditioning area and the domestic hot water use area have spatial separation characteristics and inconsistency in application time. The heat storage module is used for recovering waste heat in the air-conditioning refrigeration period, and then the heat stored heat storage module is moved to a domestic hot water using area to provide domestic hot water in the non-air-conditioning period or in a mode of replacing the heat storage module. Moreover, the technical scheme adopts the quick connection mechanism, so that general personnel can conveniently operate to disconnect or connect, and the application convenience is improved.
(3) Configuring the heat storage module leads to an increase in cost. And the heat storage module is used for multiple purposes, so that the cost is reduced. The solar heat storage module is not only used for air conditioner heat extraction recovery and domestic hot water application in summer, but also can be used for valley electricity heat storage and heating in winter, and through the application of the air conditioner season and the heating season, the utilization rate of the heat storage module is increased, and the cost is reduced.
(4) The movable electric heating and warming integrated machine adopts a hot air warming mode, still has better heating capacity at lower water supply temperature and can be matched with the heat storage temperature of the heat storage module.
Drawings
Fig. 1 is a schematic structural diagram of a mobile heating device based on a mobile heat storage and exchange module according to an embodiment of the present invention;
fig. 2 is a schematic structural diagram of a mobile heating device based on a mobile heat storage and exchange module according to an embodiment of the present invention;
fig. 3 is another schematic structural diagram of a mobile heating device based on a mobile heat storage and exchange module according to an embodiment of the present invention.
Reference numerals: 1: portable heat accumulation heat transfer module, 2: portable cooling heat recovery all-in-one, 3: portable electric heating all-in-one, 4: a quick-connecting mechanism is arranged on the base,
11: a heat storage tank accommodating a heat storage medium, 12: a caster wheel is arranged on the base plate,
21: compressor, 22 condenser, 23 expansion valve, 24: blower, 25: evaporator, 26: water pump, 27: expansion tank, 29: a valve is arranged on the upper portion of the valve,
31: electric heater, 32: water flow switch, 33: a fan, 34: a heat supply heat exchanger is arranged on the heat pipe,
Detailed Description
As shown in fig. 1, according to the utility model discloses a removal cooling heat recovery unit based on remove heat accumulation heat transfer module includes:
removable heat accumulation heat exchange module 1 and removable cold and hot recovery all-in-one of supplying 2, wherein, removable heat accumulation heat exchange module 1: the heat storage device comprises a heat storage box body 11 for containing a heat storage medium, at least four movable and steering trundles 12, a heat source side water inlet pipeline, a valve and a quick connecting mechanism 4, a heat source side water return pipeline, a valve and a quick connecting mechanism 4, a heat supply side water outlet pipeline, a valve and a quick connecting mechanism 4, and a heat supply side water inlet pipeline, a valve and a quick connecting mechanism 4. The heat storage medium in the heat storage box body 11 can be a phase change heat storage medium or a sensible heat storage medium or a composite heat storage medium combining phase change and sensible heat, and a structure for enhancing heat exchange or indirect heat exchange can be arranged in the heat storage box body.
The movable cold and heat supply recovery all-in-one machine 2 comprises an air conditioner refrigeration circulation system and a waste heat recovery heat output system. The air conditioner refrigeration cycle system adopts a traditional room air conditioner refrigeration compression cycle mode and comprises four main components, namely a compressor 21, a condenser 22, an expansion valve 23 and an evaporator 25, wherein the condenser 22 adopts a refrigerant-water type heat exchanger, the evaporator 25 adopts a heat exchanger for an air conditioner indoor unit, and an air blower 24 is combined to realize indoor cold air supply. The waste heat recovery heat output system comprises a water pump 26, an expansion tank 27, a condenser 22, a hot water circulation pipeline and valve 29 and a quick connecting mechanism 4; the movable cooling and heating recovery all-in-one machine is provided with at least four movable and steering caster wheels 12 which can move according to the air-conditioning demand place.
According to the utility model discloses a removal cooling and heating recovery unit based on remove heat accumulation heat transfer module, portable heat accumulation heat transfer module 1 and portable cooling and heating recovery all-in-one 2 are according to following mode aggregate erection and operation.
The combined installation mode is as follows: a plurality of movable heat storage and heat exchange modules 1 are configured during the operation of the movable cold and heat supply recovery all-in-one machine 2 and the inlet and outlet of a hot water pipeline of the movable cold and heat supply recovery all-in-one machine 2 are directly connected with the inlet and outlet of a water supply return pipeline at the heat source side of the movable heat storage and heat exchange modules 1 in a butt joint mode through a quick connecting mechanism 4.
The operation mode is as follows: when the house air conditioner is used in summer, the movable heat storage and exchange module 1 and the movable cold and heat supply and recovery all-in-one machine 2 are placed in an area needing air supply of the air conditioner and are assembled and installed together through the quick connecting mechanism 4, and the heat supply side valve of the movable heat storage and exchange module 1 is closed. And simultaneously, the air conditioner refrigeration compression circulation system and the waste heat recovery heat output system are started, so that air is supplied to a house, and waste heat is stored in the movable heat storage and exchange module 1. After the air conditioner is in demand or the movable heat storage and exchange module 1 is fully stored, the valve of the inlet and outlet of the hot water circulation pipeline of the movable cold and heat supply and recovery all-in-one machine 2 is closed and is separated from the movable heat storage and exchange module 1. The movable heat storage and exchange module 1 is moved to a place with hot water demand and is respectively connected with a tap water pipeline and a domestic hot water supply pipeline through the quick connection mechanism 4, so that hot water supply is realized. When the demand of the air conditioner in the house is large and the single movable heat storage and exchange module is full, the air conditioner and the heat storage process can be continued by replacing another movable heat storage and exchange module.
As shown in fig. 2, according to the utility model discloses a remove heating system based on remove heat accumulation heat transfer module includes portable heat accumulation heat transfer module 1 and portable electrical heating all-in-one 3. The movable electric heating and warming integrated machine 3 comprises an electric heater 31, a water flow switch 32, a heat supply heat exchanger 34, a fan 33, a water pump 26, an expansion tank 27, a hot water circulation pipeline, a valve and a quick connecting mechanism). At least four movable and steering caster wheels 12 are installed at the bottom of the movable electric heating and heating integrated machine 3 and can move according to heating demand places. Wherein, the power of the electric heater 31 is linked with the water flow switch 32, and when the flow rate of the water in the water flow switch 32 meets the design requirement, the water flow switch 32 is connected with the power of the electric heater 31.
According to the utility model discloses a remove heating system based on remove heat accumulation heat transfer module, portable heat accumulation heat transfer module 1 and portable electrical heating all-in-one 3 are according to following mode aggregate erection and operation.
1. The combined installation mode is as follows: the inlet and outlet of the heat source side water supply and return pipeline and the inlet and outlet of the heat supply side water supply and return pipeline of the movable heat storage and heat exchange module 1 are directly connected with the corresponding interfaces of the movable electric heating and heating integrated machine 3 in a butt joint mode through the quick connection mechanisms 4.
2. The operation mode is as follows: in the valley electricity period, the inlet and outlet valves of the water supply and return pipeline on the heat supply side of the movable heat storage heat exchange module 1 are closed, the inlet and outlet valves of the water supply and return pipeline on the heat source side of the movable heat storage heat exchange module 1 are opened, the water pump 35 and the electric heater 31 are opened to perform electric heat storage on the movable heat storage heat exchange module 1, and the inlet and outlet valves of the water supply and return pipeline on the heat source side of the electric heater (31), the water pump 35 and the movable heat storage heat exchange module. In the heat supply period, the inlet and outlet valves of the water supply and return pipeline on the heat source side of the movable heat storage and exchange module 1 are closed, the inlet and outlet valves of the water supply and return pipeline on the heat supply side of the movable heat storage and exchange module 1, the water pump 26 and the fan 33 are opened, and warm air is supplied to the heating area.
As shown in fig. 3, according to the utility model discloses a remove heat accumulation heat exchange module based mobile heating device also can adopt the mode that heat source side circulation pipeline and heat supply side circulation pipeline independently set up respectively, and heat source side circulation pipeline includes parts such as electric heater 31, water switch 32, heat source side circulating water pump 26, heat source side expansion tank 27, and heat supply side circulation pipeline includes parts such as fan 33, heat supply heat exchanger 34, heat supply side circulating water pump 26, heat supply side expansion tank 27. This alternative has increased a set of water pump and expansion tank, can carry out the heat supply simultaneously when the heat accumulation.
The foregoing is illustrative of the present application and is not to be construed as limiting thereof. Various modifications and changes may occur to those skilled in the art without departing from the spirit and principles of the application and are intended to be included within the scope of the claims.
Claims (5)
1. A remove cooling and heating recovery device based on remove heat accumulation heat exchange module, its characterized in that, the device includes:
a movable heat storage and exchange module and a movable cold and heat supply and recovery all-in-one machine,
wherein,
the movable heat storage and exchange module comprises a heat storage box body for containing a heat storage medium, at least four movable and steering trundles, a heat source side water inlet pipeline valve, a quick connecting mechanism, a heat source side water return pipeline, a valve, a quick connecting mechanism, a heat supply side water outlet pipeline, a valve, a quick connecting mechanism, a heat supply side water inlet pipeline, a valve and a quick connecting mechanism, wherein the heat storage medium in the heat storage box body can be a phase change heat storage medium or water,
the movable cold and heat supply and recovery integrated machine is provided with a moving and steering device which comprises an air conditioner refrigeration circulation system and a waste heat recovery heat output system,
wherein the air-conditioning refrigeration cycle system comprises a compressor, a condenser, an expansion valve and an evaporator
The waste heat recovery heat output system comprises an expansion tank, a water pump, a refrigerant-water type heat exchanger, a hot water circulation pipeline, a valve and a quick connecting mechanism;
and a heat source side water supply and return pipeline inlet of the movable heat storage and heat exchange module is directly in butt joint with a hot water circulating pipeline outlet of the movable heat supply and heat recovery all-in-one machine, and a heat source side water supply and return pipeline outlet of the movable heat storage and heat exchange module is directly in butt joint with an inlet of the hot water circulating pipeline of the movable heat supply and heat recovery all-in-one machine through a quick connecting mechanism.
2. The mobile cooling and heat recovery device based on the mobile heat storage and exchange module of claim 1, wherein the condenser is a refrigerant-water type heat exchanger, and the evaporator is a heat exchanger for an indoor unit of an air conditioner.
3. The mobile cooling and heat recovery device based on the mobile heat storage and exchange module as claimed in claim 1, wherein the air conditioning refrigeration cycle system of the mobile cooling and heat recovery all-in-one machine is configured with a plurality of mobile heat storage and exchange modules.
4. A mobile heating device based on a mobile heat storage and exchange module is characterized by comprising the mobile heat storage and exchange module and a mobile electric heating and heating integrated machine,
wherein,
the movable heat storage and exchange module comprises a heat storage box body for containing a heat storage medium, at least four movable and steering trundles, a heat source side water inlet pipeline, a valve, a quick connecting mechanism, a heat source side water return pipeline, a valve, a quick connecting mechanism, a heat supply side water outlet pipeline, a valve, a quick connecting mechanism, a heat supply side water inlet pipeline, a valve and a quick connecting mechanism, wherein the heat storage medium in the heat storage box body can be a phase change heat storage medium or water,
the movable electric heating and warming integrated machine is provided with at least four movable and steering caster wheels, and comprises an electric heater, a water flow switch, a heat supply heat exchanger, a fan, a water pump, an expansion tank, a hot water circulating pipeline, a valve and a quick connecting mechanism,
and a heat source side water supply and return pipeline of the movable heat storage and heat exchange module is directly in butt joint with a heat storage side water supply and return pipeline of the movable electric heating and heating all-in-one machine, and a heat supply side water supply and return pipeline of the movable heat storage and heat exchange module is directly in butt joint with a heat supply side water supply and return pipeline of the movable electric heating and heating all-in-one machine through a quick connecting mechanism.
5. The mobile heating device based on the mobile heat storage and exchange module of claim 4, wherein the heat source side circulation pipeline and the heat supply side circulation pipeline of the mobile electric heating and heating all-in-one machine are respectively and independently arranged, and each circulation pipeline is provided with a water pump and an expansion tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021121735.7U CN212806685U (en) | 2020-06-17 | 2020-06-17 | Remove heat recovery unit and heating system that supplies cold based on remove heat accumulation heat exchange module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021121735.7U CN212806685U (en) | 2020-06-17 | 2020-06-17 | Remove heat recovery unit and heating system that supplies cold based on remove heat accumulation heat exchange module |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212806685U true CN212806685U (en) | 2021-03-26 |
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