CN106940055A - A kind of alliance THIC air-conditioning systems of family formula five and its operation method - Google Patents
A kind of alliance THIC air-conditioning systems of family formula five and its operation method Download PDFInfo
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- CN106940055A CN106940055A CN201611269613.0A CN201611269613A CN106940055A CN 106940055 A CN106940055 A CN 106940055A CN 201611269613 A CN201611269613 A CN 201611269613A CN 106940055 A CN106940055 A CN 106940055A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F3/00—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems
- F24F3/12—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems characterised by the treatment of the air otherwise than by heating and cooling
- F24F3/14—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems characterised by the treatment of the air otherwise than by heating and cooling by humidification; by dehumidification
- F24F3/1411—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems characterised by the treatment of the air otherwise than by heating and cooling by humidification; by dehumidification by absorbing or adsorbing water, e.g. using an hygroscopic desiccant
- F24F3/1417—Air-conditioning systems in which conditioned primary air is supplied from one or more central stations to distributing units in the rooms or spaces where it may receive secondary treatment; Apparatus specially designed for such systems characterised by the treatment of the air otherwise than by heating and cooling by humidification; by dehumidification by absorbing or adsorbing water, e.g. using an hygroscopic desiccant with liquid hygroscopic desiccants
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
- F24F13/30—Arrangement or mounting of heat-exchangers
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B30/00—Heat pumps
- F25B30/02—Heat pumps of the compression type
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
- F25B—REFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
- F25B41/00—Fluid-circulation arrangements
- F25B41/40—Fluid line arrangements
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- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
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- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Air Conditioning Control Device (AREA)
- Central Air Conditioning (AREA)
Abstract
The invention discloses a kind of alliance THIC air-conditioning systems of family formula five and its operation method, belong to air-conditioning system field, a kind of alliance THIC air-conditioning systems of family formula five, it includes a heat pump cycle module, a solution loop module and a life hot-water module；The heat pump cycle module includes a temperature control loops, a humid control loop：Each temperature control loop route compressor, the first condenser, four-way reversing valve, the second condenser, check valve bridge one, fluid reservoir I, expansion valve I, evaporator one and gas-liquid separator composition, each evaporator one are arranged in different rooms；The present invention can realize summer air-conditioning, heat supply in winter, the five functional such as hot water, four seasons fresh air and air humidity adjusting is highly integrated everyday, and the different demands of user can be met on the premise of effectively reduction air conditioning energy consumption.The present invention can be widely used in the Administrative Area of individual segmentation and residential housing in the regulation and control of indoor epidemic disaster.
Description
Technical field
The present invention relates to air-conditioning system field, more particularly to a kind of alliance THIC air-conditioning systems of family formula five and its operation side
Method.
Background technology
Using hot, wet coupling process come epidemic disaster in control room more than traditional air conditioner, to reach that dehumidification requirements need to use 5~7
DEG C low-temperature receiver, the air after dehumidifying need carry out reheating after could meet wind pushing temperature requirement, it is unnecessary thus to cause
Energy waste.Independent temperature-humidity control technology had obtained faster development in recent years.Solution dehumidification skill is used humid control more
Art, carries out caloic with humid air in dehumidifier using the salting liquid for possessing strong wettability power and exchanges, and then reach air dewetting
Purpose, it overcomes freeze drying consumption high-grade energy, high energy consumption and the problem of environmental pollution.Temperature control unit is only born
Duty removes indoor sensible heat load, so the temperature of low-temperature receiver is less than indoor dry-bulb temperature (25 DEG C), it is contemplated that heat transfer temperature
The conveying temperature difference of difference and medium, sink temperature also only needs to 15~18 DEG C, is effectively improved the comprehensive energy efficiency ratio of system.With biography
Air-conditioning of uniting is notable compared to the energy-saving effect of humiture independence control air conditioner system and has very in terms of using many taste energy
Big advantage, moreover it is possible to indoor environment more fully be controlled, so humiture independence control air conditioner system is increasingly by people
Welcome.
In recent years, the air conditioning mode of independent temperature-humidity control has obtained increasing concern and attention, and many real
Applied in the engineering of border, but these buildings are mainly large public building, and wherein independent temperature-humidity control equipment is to separate
, and in the Administrative Area of individual segmentation or residential housing, in default of corresponding high temperature low-temperature receiver, independent temperature-humidity control is set
Standby to realize miniaturization and family expenses, so as to limit the popularization of this air-conditioning technology, existing humiture is independently controlled
Air-conditioning system processed generally comprises a set of Temperature Treatment system and a set of single humidity processing system, and two sets of single equipment need
Respective Cooling and Heat Source, although it is relatively small that two systems can each be done, but 1+1 pattern still makes this set system build
It is larger, if two modules directly to be carried out to the combination of machinery, it will cause system cold and hot amount serious unbalance, also can not just realize
To the normal regulating of aerial temperature and humidity.
Chinese invention patent, Authorization Notice No.：CN102878650 B, authorized announcement date：2015.02.18, one is disclosed
Plant and realize the household air conditioning device that temperature, humidity are adjusted respectively, the device includes refrigerant system feature and air treatment section；System
Cooling system part include compressor (1), four-way valve (2), First Heat Exchanger (3), the first check valve (4), the second check valve (5),
Reservoir (6), filter (7), the first electric expansion valve (8), the 3rd check valve (9), the 4th check valve (10), the second heat exchanger
(11), the first gas-liquid separator (12), the second electric expansion valve (13), the 3rd heat exchanger (14)；Wherein, compressor (1) is defeated
Go out to terminate four-way valve first input end (2a), the output end of four-way valve first (2b) connects First Heat Exchanger input (3a), and first changes
Hot device output end (3b) connects the input of reservoir (6) by the first check valve (4).The invention realizes indoor temperature, humidity
It is separately adjustable.It is disadvantageous in that the patent is when humidity processing is carried out first not using the solution of more energy-conservation
Dehumidification mode but continued to use traditional dehumidification by condensation, therefore sink temperature still needs and dropped to below dew-point temperature；In addition should
Patent is, to the processing of air advanced trip temperature, to reduce and recycle the cold of heat pump to carry out air after the humidity processing temperature difference
Dehumidifying, because to drop to below dew-point temperature, therefore the dehumidifying effect of the system is doubtful.
Chinese invention patent, publication number：101140089, publication date：2008-03-12, discloses a kind of humiture independent
Air-conditioning system is controlled, is related to air-conditioning system, more particularly to humiture independence control air conditioner system.The system includes evaporator, swollen
Swollen valve, condenser, compressor, " solution-air " heat exchanger, condensing heat exchanger, regenerative device of solution, valve one to valve five, heat exchange
Device and connecting pipe.The system is reclaimed net for air-source heat pump units condenser heat dissipation capacity, the heat regenerated as solution, real
The regeneration of existing dehumidification solution, reduces demand of the solution regeneration to other waste heats.The energy-conservation of solution dehumidification regenerative process is realized, is carried
The Energy Efficiency Ratio of high air-conditioning system, it is simple in construction, reduce the thermal pollution to environment.It is disadvantageous in that the patent is without complete
Description using the process of heat pump progress humidity regulation, but carried out detailed Jie for regeneration of the condenser to solution
Continue, it can be seen that the system will realize that the independent control of humiture at least also needs to a set of heat pump from patent document.
The content of the invention
1. the invention technical problem to be solved
Application miniaturization of the heat pump in independent temperature-humidity control technology, family expenses, function for prior art
Excessively single the problem of, the invention provides a kind of alliance THIC air-conditioning systems of family formula five and its operation method.It utilizes a set of
The Cooling and Heat Source that heat pump regulates and controls as temperature and humidity in independent temperature-humidity control air-conditioning, makes independent temperature-humidity control air-conditioning system
Unite and develop into small-sized public building and residential housing, while increasing the basic function of independent temperature-humidity control air-conditioning, enable it to
Enough meet the different demands of different user.
2. technical scheme
To solve the above problems, the technical scheme that the present invention is provided is：
A kind of alliance THIC air-conditioning systems of family formula five, it includes a heat pump cycle module, a solution loop module and all one's life
Hot-water module living；
The heat pump cycle module includes a temperature control loops, a humid control loop：
Each temperature control loop route compressor, the first condenser, four-way reversing valve, the second condenser, check valve
Bridge one, fluid reservoir I, expansion valve I, evaporator one and gas-liquid separator composition, each evaporator one are arranged on different rooms
It is interior；The refrigerant come out from the compressor initially enters first condenser, and first condenser is changed with the four-way
To by-pass collar is provided between valve, the refrigerant of the four-way reversing valve outflow is divided into two-way, wherein flowing into the temperature all the way
Second condenser of control loop, enters the fluid reservoir I through the check valve bridge, then through the expansion valve I and unidirectionally
Valve bridge one, if being then divided into main line respectively enters each indoor evaporator one, the system flowed out from each indoor evaporator one
Cryogen is passed through by the four-way reversing valve after converging, and the compressor is then eventually returned to after the gas-liquid separator；
Each humid control loop removes a compressor, the first condensation for including sharing with the temperature control loops
Outside device, four-way reversing valve and gas-liquid separator, also including the second condenser, check valve bridge two, fluid reservoir II, expansion valve II and
Evaporator：The refrigerant come out from the compressor initially enters first condenser, the system of the first condenser outflow
Cryogen is divided into two-way through the four-way reversing valve, wherein flowing into second condenser of the humid control loop all the way, passes through
The check valve bridge two enters the fluid reservoir II, then enters the evaporator two through the expansion valve II and check valve bridge two,
The refrigerant flowed out from the evaporator two is passed through after converging passes through the four-way reversing valve, then after the gas-liquid separator most
The compressor is returned to eventually；
The solution loop module includes a solution regeneration unit and a solution dehumidification unit：
Each solution regeneration unit includes regeneration filler tower, regenerator solution tank, solution pump, economizer and cloth liquid dress
Put one：Solution is divided into two-way after being suctioned out from the regenerator solution tank by the solution pump one, all the way by the humidity control
Second condenser of loop processed, is sprayed onto in the regeneration filler tower after heat exchange by liquid distributor, and outdoor air-supply is carried out
Dehumidification treatments, subsequently into regenerator solution tank, dehumidifier solution tank is sent into another road after economizer heat exchange；
Each solution dehumidification unit include dehumidifying packing tower, dehumidifier solution tank, solution pump two, liquid distributor two with
And the economizer shared with the solution regeneration unit：After solution is pumped out from the dehumidifier solution tank by the solution
It is divided into two-way, all the way by the evaporator two of the humid control loop, is sprayed onto after heat exchange by liquid distributor two described
In dehumidifying packing tower, regeneration treatment is carried out to solution by outdoor fresh air, subsequently into dehumidifier solution tank, institute is passed through on another road
Regenerator solution tank is sent into after stating economizer heat exchange；
Domestic hot-water's module includes storage tank, electric auxiliary thermal and temperature sensing device：Domestic hot-water all the time with the heat
The first condenser (the first condenser is exactly the heat transfer by compressor to hot water herein) of pump circulation module is connected, by adding
Sent into after heat and electric auxiliary thermal, the temperature sensing device and the heat pump cycle mould are provided with inside the storage tank, the storage tank
The refrigerant by-pass collar of block is connected.
Preferably, by adjust the four-way reversing valve of the heat pump cycle module can realize the winter, summer operating mode turn
Change；Each part is the status of each part described in claim 1 under summer condition；
Under winter condition, each second condenser is converted to evaporator, and each second condenser is converted to steaming
Send out device, each indoor evaporator one is converted to condenser, each evaporator two is converted to condenser, it is each it is described again
Raw packed tower is converted to dehumidifying packing tower, and each dehumidifying packing tower is converted to regeneration filler tower, and each regenerator is molten
Liquid bath is converted to dehumidifier solution tank, and each dehumidifier solution tank is converted to regenerator solution tank.
Preferably, check valve bridge one and check valve bridge two are welded to form by 4 check valves.
Preferably, depending on each indoor evaporator is according to room quantity.
Preferably, it is by by-pass collar that the first condenser is short-circuit when hot water temperature reaches design temperature.
A kind of operation method of the alliance THIC air-conditioning systems of family formula five, comprises the following steps：
A, a kind of above-described alliance THIC air-conditioning systems of family formula five of structure；
Under B, summer condition, solution humidifying and solution reclaiming process are as follows：
In the temperature control loops, the air in each room is cooled using each indoor evaporator；
In the humid control loop, solution is heated using the refrigerant in second condenser, heated
Solution afterwards arrives the regeneration filler tower by the spray of liquid distributor one, and regeneration air flows through the regeneration filler tower, makes described
The moisture evaporation that solution has been adsorbed in regeneration filler tower, regeneration air eventually becomes air draft and drained；
In the humid control loop, solution is cooled using the refrigerant in the evaporator one, after cooling
Solution the dehumidifying packing tower is arrived by the spray of liquid distributor two, outdoor fresh air makes the dehumidifying through the dehumidifying packing tower
The moisture in solution absorption air in packed tower, outdoor fresh air is ultimately delivered to interior after dehumidifying；
Under C, winter condition, solution humidifying and solution reclaiming process are as follows：
In the temperature control loops, each indoor evaporator is set to be converted to condensation by switching four-way reversing valve
Device, is heated up using each indoor condenser to the air in each room；
In the humid control loop, second condenser is set to be converted to corresponding steaming by switching four-way reversing valve
Device is sent out, the evaporator is converted to corresponding condenser, the regeneration filler tower and dehumidifying packing tower are respectively converted into accordingly
Dehumidifying packing tower and regeneration filler tower；
In the humid control loop, using the evaporator change come condenser solution is heated, heating
Solution afterwards is sprayed in the regeneration filler tower being converted to the dehumidifying packing tower by liquid distributor, and air carries out humidification process
Afterwards, air-supply is eventually become；
In the humid control loop, using second condenser change come evaporator solution is cooled,
Solution after cooling is sprayed in the dehumidifying packing tower being converted to the regeneration filler tower by liquid distributor, fills out the dehumidifying
Expect the moisture in the solution absorption air in tower, air eventually becomes air draft and drained.
Preferably, 10% concentrated solution that solution pump one is suctioned out sends into dehumidifier solution tank by economizer, after dehumidifying
Weak solution is mixed.
Preferably, the evaporating temperature of heat pump brings up to 14~16 DEG C.
Preferably, described indoor evaporator is heat exchanger, and heat exchanger exchanges heat with the water inside radiant panel, and radiant panel is located at
Inside indoor floor.
Preferably, described indoor evaporator is fan coil.
Fan coil and radiant panel belong to indoor evaporator of the end equipment of system i.e. described in accompanying drawing, according to blower fan
Coil pipe is as end equipment, and its connected mode is just connected in systems as shown in FIG., directly；End is used as according to radiant panel
If device, because its length is longer unsuitable direct use refrigerant now needs to adopt as cooling down or heating medium
With water-cooled heat exchanger, heat exchanger connected mode is ibid schemed, simply now heat exchange object for radiant panel recirculated water rather than
Room air.
3. beneficial effect
The technical scheme provided using the present invention, compared with prior art, is had the advantages that：
(1) the alliance THIC air-conditioning systems of family formula five of the invention, set refrigerant to bypass between compressor and four-way reversing valve
Pipeline, and provided with magnetic valve, by the temperature sensing device Real-time Feedback water temperature information by being installed in storage tank, to control magnetic valve
Open, to prevent the problem of supply exceed demand in hot water production, while can be determined to store up according to the demand of domestic water amount of user
The capacity of water tank；Different users is different to the demand of domestic hot-water, therefore this can be carried out according to different targeted customers
Customization, usually pacifies and is so determined according to everyone one day general 50L water consumption, can be fitted if family has and uses bathtub
Work as amplification；
(2) the alliance THIC air-conditioning systems of family formula five of the invention, solution loop module uses double pump system, dense after regeneration
Solution after solution pump by being divided into two-way, wherein 10% or so concentrated solution is sent into dehumidifier solution by economizer all the way
Groove, is mixed that (part is to test obtained empirical value by substantial amounts of, is the tune by valve with the weak solution after dehumidifying
What section was realized)；The concentrated solution on another road about 90%, because of change in concentration very little, so in the weak solution with 10% or so in regeneration
Still it is used to regenerate after mixing in device solution tank, the weak solution after similarly dehumidifying and 10% or so the concentrated solution from solution pump
After being mixed in dehumidifier solution tank, about 90% weak solution is still used to dehumidify, and remaining 10% or so then sends into regenerator
Solution tank is regenerated, and double solution pumps (double solution pumps refer to be exactly solution pump one and solution pump two) design concept is effectively reduced
The power consumption of pump, and because dehumidifying humidification and caused by energy waste；
(3) the alliance THIC air-conditioning systems of family formula five of the invention, equipment is functionally more diversified, the alliance of family formula five
THIC air-conditioning systems are not only air-conditioning, even more Fresh air handling units, ensure it is cool in summer and warm in winter on the basis of can provide the user health
Fresh air, simultaneity factor can also effectively adjust indoor humidity, and ensure that the hot water supply of user throughout the year, systemic-function
Design meet the different demands of different user, while reducing the equipment investment of user；
(4) the alliance THIC air-conditioning systems of family formula five of the invention, described heat pump cycle module includes a temperature control list
Member and a humidity controlling unit, temperature control unit can be individually controlled indoor temperature, and humidity controlling unit can be with control room
(heat moisture ratio line is common according to indoor design condition point demand, air-supply design point point and indoor latent heat and sensible heat load to interior humidity
Determine, therefore different rooms just has different heat moisture ratios, the heat moisture ratio and routine of this change because of the difference of load
The substantially stationary sensible heat latent heat ratio of the air-treatment mode of air conditioner condensation dehumidifying constitutes mismatch problem；And humiture is independent
The mode of control can then realize the accurate regulation and control of heat moisture ratio by adjusting wind pushing temperature or humidity), Building Heat can be met
The change demand of wet ratio, therefore Administrative Area and residential housing of the present invention suitable for individual segmentation；
(5) the alliance THIC air-conditioning systems of family formula five of the invention, due to being provided with multiple condensers, effectively make use of and are
The condensation heat of system, it can be ensured that the hot water supply of user throughout the year；
(6) the alliance THIC air-conditioning systems of family formula five of the invention, functionally more diversified, can realize that summer empty
Tune, everyday heat supply in winter, the five functional such as hot water, four seasons fresh air and air humidity adjusting, can meet the different demands of user；
(7) the alliance THIC air-conditioning systems of family formula five of the invention, due to using independent temperature-humidity control technology, because
This, the evaporating temperature of heat pump can bring up to 14~16 DEG C, the COP of present system from 5 DEG C of conventional air-conditioning system
It is greatly improved, such as when condensation temperature is 37 DEG C, the COP of Kano machine will bring up to 13 from 8.7；
(8) the alliance THIC air-conditioning systems of family formula five of the invention, because carrying out single Temperature Treatment, it is possible to use
Unified end equipment, the use for summer radiant panel provides condition；It can also be entered in addition to fan coil using radiant panel
Trip temperature is adjusted, and chilled water (summer) or cooling water (winter) feeding radiant panel can be entered into the control of trip temperature；
(9) the alliance THIC air-conditioning systems of family formula five of the invention, because the indoor fresh air of feeding has first passed around solution and removed
Wet, so fan coil need to only undertake the sensible heat load of interior, its running temperature is positively retained at more than dew-point temperature, it is to avoid cold
The generation of solidifying water, indoor waste heat eliminates end equipment and run in dry cooling condition, and no condensate is produced, and effectively prevent the taste of bacterium
It is raw；The dust granule that the salting liquid used that dehumidifies simultaneously can be crossed effectively in air filtering, improves indoor air quality；
(10) the alliance THIC air-conditioning systems of family formula five of the invention, can by adjusting four-way reversing valve, make evaporator and
Condenser is changed accordingly, so as to realize the conversion and the corresponding conversion of dehumidifying humidification of summer in winter operating mode.The present invention can be extensive
Applied to the Administrative Area of individual segmentation and residential housing in the regulation and control of indoor epidemic disaster.
Brief description of the drawings
Fig. 1 is the overall structure diagram of the present invention；
Fig. 2 is the structural representation of check valve bridge.
Label implication in figure：
1st, compressor；2a, the first condenser；2b, the second condenser；2c, the second condenser；3rd, four-way reversing valve；4a, list
To valve bridge；4b, check valve bridge,；5a, fluid reservoir；5b, fluid reservoir；6a, expansion valve I；6b, expansion valve II；7a, indoor evaporator；
7b, evaporator；8th, gas-liquid separator；9th, magnetic valve；A1, regeneration filler tower, a2, dehumidifying packing tower；B1, regenerator solution tank；
B2, dehumidifier solution tank；C1, solution pump one；C2, solution pump two；D, economizer；E1, liquid distributor；E2, liquid distributor；Ith, store up
Water tank；IIth, electric auxiliary thermal；IIIth, temperature sensing device.
Embodiment
To further appreciate that present disclosure, with reference to drawings and Examples, the present invention is described in detail.
This patent is not only described to be regenerated using condenser to solution, and has highlighted how to utilize system pressure
The heat that contracting machine is produced, for domestic hot-water's heating, sink temperature improves the characteristics of that is humiture independence control air conditioner system institute
The innovative point of the design is by the Integrated design of independent temperature-humidity control system.The alliance THIC of family formula five of this patent is empty
Adjusting system functionally high concentration, a set of equipment can just realize summer air-conditioning, everyday heat supply in winter, hot water, four seasons fresh air
And the five functional such as air humidity adjusting, it can also meet the different demands of user, therefore family on the premise of effectively reduction air conditioning energy consumption
The alliance THIC air-conditioning systems of formula five have vast potential for future development.
Although also there is the technology of independent temperature-humidity control in the prior art, in equipment realization, using two modules point
Open, the form set up, floor space is big, be unfavorable for family expenses popularization, and use two auxiliary condensers, auxiliary condenser distance pressure
Farther out, main technological difficulties are the matching problems of energy between refrigerant flow control and each heat exchanger to contracting machine, if directly
Two modules are carried out to the combination of machinery, it will cause system cold and hot amount serious unbalance, also can not just realize to aerial temperature and humidity
Normal regulating；The connected mode of auxiliary condenser has two kinds in existing system, one kind be placed in compressor and four-way valve it
Between, another, on the inner connection tube for being placed in check valve bridge, two complete equipments are needed if merging if by the way of inline
Two heat exchangers, and using can then reduce by 1 compressor away from the near connected mode of compressor；Auxiliary condenser is directly coupled to pressure
The outlet of contracting machine can cause the reduction that condenser heat is sampled, so that the shortage of heat of condenser, this patent passes through to increase
The short circuit that by-pass collar 9 carries out selectivity (hot water is bypassed when sufficient) to auxiliary condenser solves the problem of heat exchange is not enough,
The energy is saved in actually used；
Although there is air-conditioning in prior art and fresh air dehumidifying system is combined, but air-conditioning and fresh air part are also two separated
Individual module, volume is big；And both are combined into the control that main difficult point is that refrigerant flow, the present invention in four-way by changing
Refrigerant flow proportional control valve (magnetic valve 9, i.e. by-pass collar 9) is set up below to valve 3, temperature control and humid control is realized
The control of circulation loop flow.
Heat pump makes independent temperature-humidity control air-conditioning system as application of the Cooling and Heat Source in independent temperature-humidity control technology
System moves towards miniaturization, family expenses and is possibly realized.But it is functionally excessively single, in order to meet the requirement of indoor comfort, use
Family generally requires to introduce the improvement that other airhandling equipments carry out auxiliary air conditioner completion indoor air quality, so causes unavoidably
The problems such as interior space occupancy is greatly and user's initial cost is big；Combined in the present invention using air-conditioning with Fresh air handling units, humiture knot
Close, reduce floor space；
Controlled by flow and cold and hot balance is realized in the effect of auxiliary condenser；The effect of auxiliary condenser is exactly to balance
The heat that compressor horsepower is produced, then realizes the balance of evaporator and condenser heat exchange amount.Equilibrium process：Pass through PLC first
Determine the pass between heat exchanger cold and refrigerant flow, enthalpy difference (being determined by the pressure and temperature for measuring heat exchanger inlet and outlet)
System, then passes to flow control valve by EKD316 controllers (equivalent to actuator) by signal, realizes supplementary heat exchanger
The dynamic equilibrium of heat exchange amount and compressor horsepower, i.e. PCompressor=QAuxiliary condenser, also it is achieved that QCondenserWith QEvaporatorBetween energy put down
Weighing apparatus；Auxiliary condenser from the prior art two are changed into one, and close to compressor, simplify hot water control, energy-conservation.
The auxiliary thermal II of electricity is not drive compressor 1 in conditioning in Transition Season, or winter system thermal it is insufficient when use, Fig. 1
Thick dashed line around middle storage tank I represents domestic hot-water.
Right side fine dotted line is solution circulation loop in Fig. 1, and humidity regulation is that solution temperature is corresponding to change molten by adjusting
Liquid phase for air steam partial pressure, and then change solution dehumidifying effect, that is, realize the control of different moisture removals.
Embodiment 1
The compressor 1 is connected with the first condenser 2a in Fig. 1, and the first condenser 2a is changed with the four-way
It is connected to valve 3, installs bypass pipe additional between the compressor 1 and the four-way reversing valve 3, and provided with magnetic valve 9, the electromagnetism
Valve 9 is connected with the temperature sensing device III on the storage tank I.
Refrigerant is divided into two paths after being come out from four-way reversing valve 3, and a path is connected with the second condenser 2b,
The second condenser 2b is connected with the check valve bridge 4a, and the check valve bridge 4a is connected with the fluid reservoir I5a, the storage
Flow container I5a is connected with the expansion valve I6a, and the expansion valve I6a is connected with the check valve bridge 4a, the check valve bridge 4a
It is connected with the indoor evaporator 7a, the indoor evaporator 7a is connected with the four-way reversing valve 3；Another path with it is described
Second condenser 2c is connected, and the second condenser 2c is connected with the check valve 4b, the check valve 4b and the fluid reservoir
II5b is connected, and the fluid reservoir II5b is connected with the expansion valve II6b, and the expansion valve II6b is connected with the check valve 4b,
The check valve 4b is connected with the indoor evaporator 7b, and the indoor evaporator 7b is connected with the four-way reversing valve 3；It is described
Four-way reversing valve 3 is connected with the gas-liquid separator 8, and the gas-liquid separator 8 is connected with the compressor 1.
Solution is divided into two paths after being come out from the solution pump c1, a path is connected with the second condenser 2c,
The second condenser 2c is connected with the liquid distributor e1, and the liquid distributor e1 is connected with the regeneration filler tower a1, institute
State regeneration filler tower a1 with the regenerator solution tank b1 to be connected, the regenerator solution tank b1 is connected with the solution pump c1；
Another path is connected with the economizer d, and the economizer d is connected with the dehumidifier solution tank b2.Solution is from described molten
Liquid pump c2 is also classified into two paths after coming out, a path is connected with the indoor evaporator 7b, the indoor evaporator 7b with
The liquid distributor e2 is connected, and the liquid distributor e2 is connected with the dehumidifying packing tower a2, the dehumidifying packing tower a2 and institute
State dehumidifier solution tank b2 to be connected, the dehumidifier solution tank b2 is connected with the solution pump c2；Another path and the warp
The device d that helps is connected, and the economizer d is connected with the regenerator solution tank b1.
The present invention is operated in operation method during summer condition, comprises the following steps：
1) in the temperature control unit, the air in each room is cooled using each indoor evaporator 7a；
2) in the humidity controlling unit, solution is heated using the refrigerant in the second condenser 2c,
Solution after heating arrives the regeneration filler tower a1 by liquid distributor e1 sprays, and regeneration air flows through the regeneration filler tower
A1, makes the moisture evaporation that solution has been adsorbed in the regeneration filler tower a1, and regeneration air eventually becomes air draft and drained；
3) in the humidity controlling unit, solution is cooled using the refrigerant in the evaporator 7b, cooled down
Solution afterwards arrives the dehumidifying packing tower a2 by liquid distributor e2 sprays, and outdoor fresh air makes institute through the dehumidifying packing tower a2
The moisture in the solution absorption air in dehumidifying packing tower a2 is stated, outdoor fresh air is ultimately delivered to interior after dehumidifying, and air-supply is to send
Enter the fresh air in room, air draft is the air regenerated to solution.
The present invention is operated in operation method during winter condition, comprises the following steps：
1) in the temperature control unit, each indoor evaporator 7a is converted to by switching four-way reversing valve 3
Condenser, is heated up using each indoor condenser to the air in each room；
2) in the humidity controlling unit, the second condenser 2c is made to be converted to phase by switching four-way reversing valve 3
The evaporator answered, makes the evaporator 7b be converted to corresponding condenser, regeneration filler tower a1 and the dehumidifying packing tower a2 points
Corresponding dehumidifying packing tower and regeneration filler tower are not converted to；
3) in the humidity controlling unit, using the evaporator 7b change come condenser solution is heated,
Solution after heating is sprayed in the regeneration filler tower being converted to the dehumidifying packing tower a2 by liquid distributor e2, and air is carried out
After humidification process, air-supply is eventually become；
4) in the humidity controlling unit, using the second condenser 2c change come evaporator solution is dropped
Temperature, the solution after cooling is sprayed in the dehumidifying packing tower being converted to the regeneration filler tower a1 by liquid distributor e1, makes institute
The moisture in the solution absorption air in dehumidifying packing tower is stated, air eventually becomes air draft and drained.
Embodiment 2
A kind of alliance THIC air-conditioning systems of family formula five of the present embodiment, be using heat pump as temperature control system, it is wet
Spend control system and the Cooling and Heat Source of domestic water system.The first condenser is initially entered after refrigerant comes out from compressor 1
2a, is heated to domestic water, and then refrigerant is two-way through 3 points of four-way reversing valve.Enter the temperature control list all the way
Second condenser 2b of member, is exchanged heat with outdoor air, then respectively enters each check valve bridge 4a, and by unnecessary refrigeration
Agent is temporarily stored in fluid reservoir I5a, is followed by swollen valve 6a and is carried out reducing pressure by regulating flow to refrigerant, then each by check valve bridge 4a feedings again
Room indoor evaporator 7a, the temperature to each room regulates and controls.Another road enters the second condensation of the humidity controlling unit
Device 2c, is heated to solution, subsequently into check valve 4b, and unnecessary refrigerant is temporarily stored in fluid reservoir II5b, is followed by
Expansion valve II6b carries out reducing pressure by regulating flow to refrigerant, and then solution is cooled down by check valve 4b feeding evaporator 7b again
Processing.Then through the remittance of four-way reversing valve 3 gas-liquid separator 8, (gas-liquid separator is that compressor is protected to two-way refrigerant again
Shield, prevent that compressor from occurring liquid hammer) gas-liquid separation processing is carried out, compressor 1 is eventually returned to, whole refrigerant circulation is completed.
Pyrosol after being exchanged heat with the second condenser 2c is sprayed onto the regeneration filler tower by liquid distributor e1
Solution regeneration is carried out by directly being contacted with fresh air in a1, the concentrated solution after regeneration imports regenerator solution tank b1, because regeneration
Solution concentration change afterwards is little, so extracting the solution in regenerator solution tank b1 by solution pump c1, and is divided into two-way, one
Road still provides for regeneration, and dehumidifier solution tank b2, the dehumidifying for air are then sent into another road by economizer d.Equally, evaporated
Solution after device 7b coolings is sprayed onto in the dehumidifying packing tower a2 by directly being contacted to it with fresh air by liquid distributor e2
Dehumidification treatments are carried out, the weak solution after dehumidifying imports dehumidifier solution tank b2, weak solution is equally divided into two-way, is still used for all the way
Regenerator solution tank b1 is then sent into dehumidifying, another road after crossing economizer d and being exchanged heat with concentrated solution, carries out solution again
It is raw.
Embodiment 3
With reference to a kind of alliance THIC air-conditioning systems of family formula five, it include a heat pump cycle module, a solution loop module and
One life hot-water module；The heat pump cycle module includes a temperature control loops, a humid control loop：
Each temperature control loop route compressor 1, the first condenser 2a, four-way reversing valve 3, the second condenser 2b,
The 4a of check valve bridge one, fluid reservoir I5a, expansion valve I6a, the 7a of evaporator one and gas-liquid separator 8 are constituted, each 7a of evaporator one
It is arranged in different rooms；The refrigerant come out from the compressor 1 initially enters the first condenser 2a, described first
By-pass collar 9 is provided between condenser 2a and the four-way reversing valve 3, the refrigerant that the four-way reversing valve 3 flows out is divided into two
Road, wherein flowing into the second condenser 2b of the temperature control loops all the way, enters the storage through the check valve bridge 4a
Flow container I5a, then through the expansion valve I6a and the 4a of check valve bridge one, if being then divided into main line respectively enters each indoor evaporation
The 7a of device one, is passed through by the four-way reversing valve 3, then through institute after converging from the refrigerant of each 7a of indoor evaporator one outflows
State and the compressor 1 is eventually returned to after gas-liquid separator 8；
As shown in Fig. 2 the 4a of check valve bridge one and the 4b of check valve bridge two port one are label 1-3 corresponding ports in Fig. 2；End
Mouth three corresponds to label 1-1 port；Port four corresponds to 1-2 port；Port two is label 1-4 corresponding ports.
It is cold that each humid control loop removes the compressor 1, first for including sharing with the temperature control loops
Outside condenser 2a, four-way reversing valve 3 and gas-liquid separator 8, also including the second condenser 2c, the 4b of check valve bridge two, fluid reservoir II5b,
Expansion valve II6b and evaporator 7b：The refrigerant come out from the compressor 1 initially enters the first condenser 2a, and described the
The refrigerant that one condenser stream 2a goes out is two-way through 3 points of the four-way reversing valve, wherein flowing into the humid control loop all the way
The second condenser 2c, enter the fluid reservoir II5b through the 4b of check valve bridge two, then through the expansion valve II6b and
The 4b of check valve bridge two enters the 7b of evaporator two, is passed through after converging from the 7b of evaporator two refrigerants flowed out and passes through described four
Logical reversal valve 3, is then eventually returned to the compressor 1 after the gas-liquid separator 8；
The solution loop module includes a solution regeneration unit and a solution dehumidification unit：
Each solution regeneration unit includes regeneration filler tower a1, regenerator solution tank b1, solution pump c1, economizer d
With the e1 of liquid distributor one：Solution is divided into two-way after being suctioned out from the regenerator solution tank b1 by the c1 of solution pump one, all the way
By the second condenser 2c of the humid control loop, the regeneration filler tower is sprayed onto by liquid distributor e1 after heat exchange
In a1, dehumidification treatments are carried out to outdoor air-supply, subsequently into regenerator solution tank b1, another road exchanges heat by the economizer d
Dehumidifier solution tank b2 is sent into afterwards；
Each solution dehumidification unit includes dehumidifying packing tower a2, dehumidifier solution tank b2, the c2 of solution pump two, cloth liquid dress
Put the two e2 and economizer d shared with the solution regeneration unit：Solution is described from the dehumidifier solution tank b2
Solution pump c2 is divided into two-way after suctioning out, and all the way by the 7b of evaporator two of the humid control loop, passes through cloth liquid after heat exchange
The e2 of device two is sprayed onto in the dehumidifying packing tower a2, regeneration treatment is carried out to solution by outdoor fresh air, subsequently into dehumidifying
Device solution tank b2, another road feeding regenerator solution tank b1 after economizer d heat exchange；
Domestic hot-water's module includes storage tank I, electric auxiliary thermal II and temperature sensing device III：Domestic hot-water all the time with institute
State the first condenser 2a (the first condenser 2a is exactly the heat transfer by compressor to hot water herein) phase of heat pump cycle module
Even, send into the storage tank I after heating, the inside of storage tank I is provided with electric auxiliary thermal II, the temperature sensing device III with
The refrigerant by-pass collar 9 of the heat pump cycle module is connected.
By adjust the four-way reversing valve 3 of the heat pump cycle module can realize the winter, summer operating mode conversion；Summer
Each part is the status of each part described in claim 1 under operating mode；
Under winter condition, each second condenser 2b is converted to evaporator, each second condenser 2c conversions
For evaporator, each 7a of indoor evaporator one is converted to condenser, and each 7b of evaporator two is converted to condenser, often
Regeneration filler tower a1 described in one is converted to dehumidifying packing tower, and each dehumidifying packing tower a2 is converted to regeneration filler tower, each
The regenerator solution tank b1 is converted to dehumidifier solution tank, and each dehumidifier solution tank b2 is converted to regenerator solution
Groove.
The 4a of the check valve bridge one and 4b of check valve bridge two is welded to form by 4 check valves, as shown in Fig. 2
Depending on each indoor evaporator 7a is according to room quantity, when hot water temperature reaches design temperature, pass through side
Exchange device 9 is short-circuit by the first condenser 2a.
A kind of operation method of the alliance THIC air-conditioning systems of family formula five, comprises the following steps：
A, a kind of above-described alliance THIC air-conditioning systems of family formula five of structure；
Under B, summer condition, solution humidifying and solution reclaiming process are as follows：
In the temperature control loops, the air in each room is cooled using each indoor evaporator 7a；
In the humid control loop, solution is heated using the refrigerant in the second condenser 2c, plus
Solution after heat arrives the regeneration filler tower a1 by the e1 of liquid distributor one sprays, and regeneration air flows through the regeneration filler tower
A1, makes the moisture evaporation that solution has been adsorbed in the regeneration filler tower a1, and regeneration air eventually becomes air draft and drained；
In the humid control loop, solution is cooled using the refrigerant in the 7b of evaporator one, cooled down
Solution afterwards arrives the dehumidifying packing tower a2 by the e2 of liquid distributor two sprays, and outdoor fresh air makes through the dehumidifying packing tower a2
The moisture in solution absorption air in the dehumidifying packing tower a2, outdoor fresh air is ultimately delivered to interior after dehumidifying；
Under C, winter condition, solution humidifying and solution reclaiming process are as follows：
In the temperature control loops, by switching four-way reversing valve 3, to be converted to each indoor evaporator 7a cold
Condenser, is heated up using each indoor condenser to the air in each room；
In the humid control loop, the second condenser 2c is set to be converted to accordingly by switching four-way reversing valve 3
Evaporator, the evaporator 7b is converted to corresponding condenser, regeneration filler tower a1 and dehumidifying packing tower the a2 difference
Be converted to corresponding dehumidifying packing tower and regeneration filler tower；
In the humid control loop, using the evaporator 7b change come condenser solution is heated, plus
Solution after heat is sprayed in the regeneration filler tower being converted to the dehumidifying packing tower a2 by liquid distributor e2, and air is added
After wet process, air-supply is eventually become；
In the humid control loop, using the second condenser 2c change come evaporator solution is dropped
Temperature, the solution after cooling is sprayed in the dehumidifying packing tower being converted to the regeneration filler tower a1 by liquid distributor e1, makes institute
The moisture in the solution absorption air in dehumidifying packing tower is stated, air eventually becomes air draft and drained.
10% concentrated solution that the c1 of solution pump one is suctioned out sends into dehumidifier solution tank b2 by economizer d, and dilute after dehumidifying
Solution is mixed.
The evaporating temperature of heat pump brings up to 14~16 DEG C, respectively reach in actual applications 14 DEG C, 15 DEG C, 15.5
DEG C or the numerical value such as 16 DEG C.
Described indoor evaporator 7 is heat exchanger, and heat exchanger exchanges heat with the water inside radiant panel, and radiant panel is located at indoor ground
Intralamellar part, described indoor evaporator 7 is fan coil.
Fan coil and radiant panel belong to indoor evaporator 7a of the end equipment of system i.e. described in accompanying drawing, according to wind
Machine coil pipe is as end equipment, and its connected mode is just connected in systems as shown in FIG., directly；End is used as according to radiant panel
If end device, because its length is longer unsuitable direct use refrigerant now needs as cooling down or heating medium
Using water-cooled heat exchanger, heat exchanger connected mode is ibid schemed, simply now heat exchange object for radiant panel recirculated water without
It is room air.
Schematical above that the present invention and embodiments thereof are described, the description does not have restricted, institute in accompanying drawing
What is shown is also one of embodiments of the present invention, and actual structure is not limited thereto.So, if the common skill of this area
Art personnel enlightened by it, in the case where not departing from the invention objective, is designed and the technical scheme without creative
Similar frame mode and embodiment, all should belong to protection scope of the present invention.
Claims (10)
1. a kind of alliance THIC air-conditioning systems of family formula five, it is characterised in that it includes a heat pump cycle module, a solution cyclic module
Block and a life hot-water module；
The heat pump cycle module includes a temperature control loops, a humid control loop：
Each temperature control loop route compressor (1), the first condenser (2a), four-way reversing valve (3), the second condenser
(2b), check valve bridge one (4a), fluid reservoir I (5a), expansion valve I (6a), evaporator one (7a) and gas-liquid separator (8) composition,
Each evaporator one (7a) is arranged in different rooms；The refrigerant come out from the compressor (1) initially enters described
First condenser (2a), is provided with by-pass collar (9) between first condenser (2a) and the four-way reversing valve (3), described
The refrigerant of four-way reversing valve (3) outflow is divided into two-way, wherein flowing into second condensation of the temperature control loops all the way
Device (2b), enters the fluid reservoir I (5a) through the check valve bridge (4a), then through the expansion valve I (6a) and check valve bridge one
(4a), if being then divided into main line respectively enters each indoor evaporator one (7a), flows from each indoor evaporator one (7a)
The refrigerant gone out is passed through by the four-way reversing valve (3) after converging, and is then eventually returned to after the gas-liquid separator (8) described
Compressor (1)；
Each humid control loop removes a compressor (1), the first condensation for including sharing with the temperature control loops
Device (2a), four-way reversing valve (3) and gas-liquid separator (8) outside, also including the second condenser (2c), check valve bridge two (4b), are stored up
Flow container II (5b), expansion valve II (6b) and evaporator (7b)：The refrigerant come out from the compressor (1) initially enters described
One condenser (2a), the refrigerant that the first condenser stream (2a) goes out is divided into two-way through the four-way reversing valve (3), wherein one
Road flows into second condenser (2c) of the humid control loop, enters the fluid reservoir through the check valve bridge two (4b)
II (5b), then enter the evaporator two (7b) through the expansion valve II (6b) and check valve bridge two (4b), from the evaporator
The refrigerant of two (7b) outflows is passed through after converging by the four-way reversing valve (3), then final after the gas-liquid separator (8)
Return to the compressor (1)；
The solution loop module includes a solution regeneration unit and a solution dehumidification unit：
Each solution regeneration unit includes regeneration filler tower (a1), regenerator solution tank (b1), solution pump one (c1), economy
Device (d) and liquid distributor one (e1)：Solution divides after being suctioned out from the regenerator solution tank (b1) by the solution pump one (c1)
For two-way, all the way by the second condenser (2c) of the humid control loop, sprayed after heat exchange by liquid distributor (e1)
Into the regeneration filler tower (a1), dehumidification treatments are carried out to outdoor air-supply, subsequently into regenerator solution tank (b1), Ling Yilu
The feeding dehumidifier solution tank (b2) after the economizer (d) exchanges heat；
Each solution dehumidification unit includes dehumidifying packing tower (a2), dehumidifier solution tank (b2), solution pump two (c2), cloth liquid
Device two (e2) and the economizer (d) shared with the solution regeneration unit：Solution is from the dehumidifier solution tank (b2)
It is divided into two-way after the middle sucking-off by the solution pump (c2), all the way by the evaporator two (7b) of the humid control loop, through changing
It is sprayed onto in the dehumidifying packing tower (a2), by outdoor fresh air solution is carried out at regeneration by liquid distributor two (e2) after heat
Reason, subsequently into dehumidifier solution tank (b2), regenerator solution tank is sent into another road after the economizer (d) exchanges heat
(b1)；
Domestic hot-water's module includes storage tank (I), electric auxiliary thermal (II) and temperature sensing device (III)：Domestic hot-water all the time with
(the first condenser (2a) is exactly to heat by the heat transfer of compressor to the first condenser (2a) of the heat pump cycle module herein
Water) it is connected, sent into after heating inside the storage tank (I), the storage tank (I) and be provided with electric auxiliary thermal (II), it is described
Temperature sensing device (III) is connected with the refrigerant by-pass collar (9) of the heat pump cycle module.
2. the alliance THIC air-conditioning systems of a kind of family formula five according to claim 1, it is characterised in that：By adjusting the heat
The four-way reversing valve (3) of pump circulation module can realize winter, the conversion of summer operating mode；Each part will for right under summer condition
Seek the status of each part described in 1；
Under winter condition, each second condenser (2b) is converted to evaporator, each second condenser (2c) conversion
For evaporator, each indoor evaporator one (7a) is converted to condenser, and each evaporator two (7b) is converted to condensation
Device, each regeneration filler tower (a1) is converted to dehumidifying packing tower, and each dehumidifying packing tower (a2) is converted to regeneration and filled out
Expect tower, each regenerator solution tank (b1) is converted to dehumidifier solution tank, each dehumidifier solution tank (b2) conversion
For regenerator solution tank.
3. the alliance THIC air-conditioning systems of a kind of family formula five according to claim 1, it is characterised in that：Check valve bridge one (4a)
It is welded to form with check valve bridge two (4b) by 4 check valves.
4. the alliance THIC air-conditioning systems of a kind of family formula five according to claim 1, it is characterised in that：Each indoor steaming
Depending on device (7a) is sent out according to room quantity.
5. the alliance THIC air-conditioning systems of a kind of family formula five according to claim 1, it is characterised in that：When hot water temperature reaches
It is by by-pass collar (9) that the first condenser (2a) is short-circuit during design temperature.
6. a kind of operation method of the alliance THIC air-conditioning systems of family formula five, comprises the following steps：
The alliance THIC air-conditioning systems of a kind of family formula five described in A, structure claim 1；
Under B, summer condition, solution humidifying and solution reclaiming process are as follows：
In the temperature control loops, the air in each room is cooled using each indoor evaporator (7a)；
In the humid control loop, solution is heated using the refrigerant in second condenser (2c), heated
Solution afterwards arrives the regeneration filler tower (a1) by liquid distributor one (e1) spray, and regeneration air flows through the regeneration filler tower
(a1) moisture evaporation that solution has been adsorbed in the regeneration filler tower (a1), is made, regeneration air eventually becomes air draft and drained；
In the humid control loop, solution is cooled using the refrigerant in the evaporator one (7b), after cooling
Solution by liquid distributor two (e2) spray arrive the dehumidifying packing tower (a2), outdoor fresh air is through the dehumidifying packing tower
(a2) solution in the dehumidifying packing tower (a2), is made to adsorb the moisture in air, outdoor fresh air is ultimately delivered to room after dehumidifying
It is interior；
Under C, winter condition, solution humidifying and solution reclaiming process are as follows：
In the temperature control loops, by switching four-way reversing valve (3), to be converted to each indoor evaporator (7a) cold
Condenser, is heated up using each indoor condenser to the air in each room；
In the humid control loop, second condenser (2c) is set to be converted to accordingly by switching four-way reversing valve (3)
Evaporator, the evaporator (7b) is converted to corresponding condenser, the regeneration filler tower (a1) and dehumidifying packing tower
(a2) corresponding dehumidifying packing tower and regeneration filler tower are respectively converted into；
In the humid control loop, using the evaporator (7b) change come condenser solution is heated, heating
Solution afterwards is sprayed in the regeneration filler tower being converted to the dehumidifying packing tower (a2) by liquid distributor (e2), and air is carried out
After humidification process, air-supply is eventually become；
In the humid control loop, using second condenser (2c) change come evaporator solution is cooled,
Solution after cooling is sprayed in the dehumidifying packing tower being converted to the regeneration filler tower (a1) by liquid distributor (e1), makes institute
The moisture in the solution absorption air in dehumidifying packing tower is stated, air eventually becomes air draft and drained.
7. a kind of operation method of the alliance THIC air-conditioning systems of family formula five according to claim 6, it is characterised in that solution
10% concentrated solution that pump one (c1) is suctioned out sends into dehumidifier solution tank (b2) by economizer (d), enters with the weak solution after dehumidifying
Row mixing.
8. a kind of operation method of the alliance THIC air-conditioning systems of family formula five according to claim 6, it is characterised in that heat pump
The evaporating temperature of system brings up to 14~16 DEG C.
9. the operation method of the alliance THIC air-conditioning systems of a kind of family formula five according to claim 6, it is characterised in that described
Indoor evaporator (7) be that water inside heat exchanger, heat exchanger and radiant panel exchanges heat, radiant panel is located inside indoor floor.
10. a kind of operation method of the alliance THIC air-conditioning systems of family formula five according to claim 6, it is characterised in that institute
The indoor evaporator (7) stated is fan coil.
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| CN110094822A (en) * | 2018-01-30 | 2019-08-06 | 南京海桐环境科技有限公司 | A kind of thermal drivers type micro-hole aeration type solution humidifying Fresh air handling units |
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| CN109595768A (en) * | 2018-11-15 | 2019-04-09 | 上海朗诗规划建筑设计有限公司 | Design control method and overall control method for indoor anti-condensation risk |
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| CN106940055B (en) | 2019-06-04 |
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