CN209431557U - A kind of total heat recovery swimming pool dehumidifier - Google Patents
A kind of total heat recovery swimming pool dehumidifier Download PDFInfo
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- CN209431557U CN209431557U CN201821198321.7U CN201821198321U CN209431557U CN 209431557 U CN209431557 U CN 209431557U CN 201821198321 U CN201821198321 U CN 201821198321U CN 209431557 U CN209431557 U CN 209431557U
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Abstract
The utility model discloses a kind of total heat recovery swimming pool dehumidifiers, the cooling cycle system being set side by side including two, respectively refrigeration system one and refrigeration system two, refrigeration system one is desiccant cooling association system working medium loop, configured with first evaporator and two condensers, two condensers are respectively the first reheater condenser and the first air-conditioning condenser, it can be achieved that refrigerated dehumidification recycles；Refrigeration system two is heat pump system working medium loop, is configured with second evaporator and two condensers, and two condensers are respectively water condenser and the second air-conditioning condenser, it can be achieved that one of refrigerated dehumidification, water heating and heat pump heating or combination.Wind treatment channel is equipped between two working medium loops.The utility model total heat recovery swimming pool dehumidifier controls air dewetting, air themperature, pond water temperature respectively, and system is simple, and control is with clearly defined objective, has carried out whole recycling to the heat of refrigeration system, reduces auxiliary heating amount, saves the energy.
Description
Technical field
The utility model relates to swimming place and hall dehumidifier, more particularly to have simultaneously dehumidifying, refrigeration, water heating,
The swimming place and hall of heat pump functional dehumidifier unit.
Background technique
With the continuous improvement of people's living standards, people do not require nothing more than the place that can be swum, to the environment of swimming
More stringent requirements are proposed, and the general water temperature of indoor pool is maintained at 26 degrees Celsius to 28 degrees Celsius, and air themperature is maintained at 28 and takes the photograph
Family name's degree is to 30 degrees Celsius, and therefore, indoor pool Temperature and Humidity Control is more and more in widespread attention.When relative humidity is excessively high, room
Interior air quality cannot be guaranteed；When relative humidity is too low, water evaporation is too fast undoubtedly to will increase input cost.Swimming pool dehumidifying
Machine comes into being.But coming into operation with swimming pool dehumidifier saves operating cost if all kinds of energy efficiently used,
Reducing energy consumption also becomes focal point.
High-quality Swimming pool, annual pond water temperature, the air themperature in the pond Room, relative humidity are to maintain constant.Substantially
It is considered that the hot humidity load of water bring is invariable, but the load for supplementing fresh air changes at random according to outer work condition, institute
With for swimming pool dehumidifier, annual load is all in variation.Summer, cold humidity load was maximum, and spring and autumn transition season part is cold (heat)
Humidity load, winter thermic load is maximum, and humidity load is minimum.In dehumidification process, certain refrigerating capacity and centainly heat again maintain pond
Aerial temperature and humidity is constant in the Room.Meanwhile as the evaporation of water is scattered and disappeared, needs to fill into clean water, fill into the general temperature of water and be lower than
Pond water temperature needs external source continuous heating, maintains pond water temperature constant.
General swimming pool dehumidifier type selecting is to be configured to single system according to summer maximum cold humidity load or function is identical
Dual system.The weather diversity that can not adapt to winter, spring and autumn transition season completely, when humidity load is smaller, thermal load demands are larger,
Compressor does not start, and hot humidity load is unsatisfactory for；Compressor standard-sized sheet will cause excessive dehumidifying, indoor relative humidity deviation control model
It encloses；Compressor section starting, humidity load is met the requirements, but thermic load is unable to reach requirement, causes room temperature too low, is deviateed
Control range.Water condensation and indoor reheater condenser are arranged general swimming pool dehumidifier in parallel or in series, when being arranged in series
Will cause two must heat simultaneously, will cause air themperature or pond water temperature and carry out pressure heating when not needing heating；And
Connection setting can heat distribution unevenness.The independently control of indoor temperature and humidity and pond water temperature cannot be fully met.
It is constant constant with pond water temperature in order to control pond Room temperature and humidity, increase in the general unit that dehumidifies and assist Cooling and Heat Source, puts down
It weighs excessive cooling or heating, while water also needs external source to maintain, units consumption can integrally increase.
Application No. is the Chinese utility models of 201110155403.X, disclose a kind of multi-functional swimming pool of dual system recuperation of heat
All-in-one machine, the utility model is without Summer and winter conversion operation function；It is not equipped with air-cooling chamber external condenser, when pond Room air themperature and pond
Coolant-temperature gage is all satisfied requirement, and the condensation heat of compressor shifts channel without others, can only force heating bath Room air or water,
It will cause pond Room air themperature or pond water temperature be excessively high；In system A, it is string that air, which heats condenser A2 and swimming pool water- to-water heat exchanger A3,
Connection system, to will cause: when compressor A1 starting, no matter whether pond Room air themperature meets sets requirement, can all pass through
Air heating condenser A2 is crossed to be forced to heat, and the heat that swimming pool water- to-water heat exchanger A3 can be transferred to water is only to heat air
It is remaining afterwards.Meanwhile two heat exchanger series connection, it will cause the increase of refrigeration system resistance, cause the reduction of unit efficiency.All changes
Hot device is parallel form in wind channel, and resistance in air system is big, and blower motor power is caused to increase, and efficiency reduces.
Utility model content
In view of the above technical problems, the utility model proposes one kind to carry out total heat recovery to energy, to pond Room air
The dehumidifier that temperature and humidity, pond water temperature independently control.
In order to achieve the above technical purposes, the utility model is using following specific technical solution:
A kind of total heat recovery swimming pool dehumidifier, the cooling cycle system being set side by side including two, respectively refrigeration system
One and refrigeration system two, refrigeration system one is desiccant cooling association system working medium loop, is configured with first evaporator and two
A condenser, two condensers are respectively the first reheater condenser and the first air-conditioning condenser, it can be achieved that refrigerated dehumidification or independent
Dehumidifying；
Refrigeration system two is heat pump refrigerating association system working medium loop, configured with second evaporator and two condensations
Device, two condensers are respectively water condenser and the second air-conditioning condenser, it can be achieved that refrigerated dehumidification, water heating and heat pump system
One of heat or combination；
Wind treatment channel, in wind treatment channel, the first evaporator of refrigeration system one are equipped between two working medium loops
It is placed side by side with the second evaporator of refrigeration system two, wind can pass through any evaporator；The reheater condenser of refrigeration system one with
First evaporator of refrigeration system one, the second evaporator of refrigeration system two are placed in series respectively in airflow direction；
In wind treatment channel, it is provided with pressure fan.
The refrigeration system one includes the first compressor, reheater condenser, the first expansion valve, the first evaporator, the first sky
Adjust condenser, the first air conditioner condensation blower, wherein the outlet end of the first compressor and reheater condenser, the first air-conditioning condenser
Input end connection, the outlet end of the first air-conditioning condenser of reheater condenser connect with the input end of the first expansion valve, and first is swollen
The outlet end of swollen valve is connect with the input end of the first evaporator, the input end of the outlet end connect compressor of the first evaporator；Position
In the side of the first air-conditioning condenser setting first air-conditioning draught fan.
The refrigeration system two is changed including the second compressor, water condenser, the second expansion valve, the second evaporator, four-way
To valve, the second air-conditioning condenser, the second air conditioner condensation blower, wherein the outlet end connection pool water condenser of the second compressor
Input end, the input end of the outlet end connection four-way reversing valve of water condenser, the outlet end of four-way reversing valve is separately connected the
The outlet end of the input end of two air-conditioning condensers, the input end of the second compressor, the second evaporator, the second air-conditioning condenser go out
Mouth end connects the input end of the second expansion valve, and the outlet end of the second expansion valve connects the input end of the second evaporator；Positioned at second
The side setting of air-conditioning condenser second air-conditioning draught fan.
Water condenser is the anti-corrosion erosion material of high temperature resistant, water condenser be equipped with for connect the water of swimming pool into
Mouth and water outlet.
Using technical solutions of the utility model have it is following the utility model has the advantages that
The first, the utility model total heat recovery swimming pool dehumidifier, refrigeration system one are desiccant cooling system, are configured with one
First evaporator and two condensers, respectively the first reheater condenser and the first air-conditioning condenser are, it can be achieved that refrigerated dehumidification follows
Ring is responsible for the dehumidifying of air, air-conditioning in the Room of pond in summer, spring and autumn conditioning in Transition Season, winter.First evaporator dehumidifies to air cooling-down,
First reheater condenser recycles heat hot-air again, guarantees that indoor temperature and humidity is constant.Refrigeration system two is heat pump system, is configured with
One the second evaporator and two condensers, respectively water condenser and the second air-conditioning condenser.The import of water condenser
Connect in the outlet of compressor, the outlet of water condenser connects with the import of four-way reversing valve, no matter runs refrigeration cycle also
It is winter heating's circulation, when water needs to heat, can preferentially guarantees, meanwhile, the cooling of the water of low temperature as system
Water can reduce condensation temperature, improve the efficiency of system.It is refrigerated dehumidification circulation in summer, while the heat recycled is used to add
Hot water.Heat pump cycle is converted in winter, obtains heat from the external world.Season in spring and autumn needs flexibly switching according to indoor temperature and humidity
Operational mode.
The second, system one and system two is provided with air-conditioning condenser, when room air and water do not need heating, energy
Condensation heat is discharged into outdoor, guarantees room temperature and pond water temperature in control range.
Second evaporator of third, the first evaporator of refrigeration system one and refrigeration system two is installed side by side, system one
Reheater condenser is mounted on behind two evaporators, and whole device windage is small, effectively reduces blower motor power.
4th, reheater condenser is arranged in system one and the first air-conditioning condenser is in parallel, and system is simple, and process is short, effectively subtracts
Few system resistance.Water heat exchanger is arranged before four-way reversing valve system two, and the setting of the second air-conditioning condenser is changed in four-way
To after valve, guarantee that water is preferential.
Detailed description of the invention
Fig. 1 is a kind of total heat recovery swimming pool dehumidifier schematic diagram of the utility model；
Wherein, the second evaporator of 1-, the second compressor of 2-, 3- water condenser, 4- four-way reversing valve, 5- second are empty
Adjust condenser, the second air conditioner condensation of 6- blower, the second expansion valve of 7-, 8- pressure fan, the 9, first air-conditioning condenser, 10- first empty
Adjust condensation fan, the second compressor of 11-, the second expansion valve of 12-, 13, reheater condenser, the 14, first evaporator.
Specific embodiment
With reference to the accompanying drawings of the specification and specific embodiment is to the technology of the utility model total heat recovery swimming pool dehumidifier
Scheme is described in further detail.
As shown in Figure 1, a kind of total heat recovery swimming pool dehumidifier of the present embodiment includes refrigeration system one, refrigeration system two；
Solid arrow direction indicates the flow direction of refrigerant when refrigeration cycle in figure, when dotted arrow direction indicates heat pump heating circulation
The flow direction of refrigerant.
Refrigeration system one includes the first compressor 11, reheater condenser 13, the first expansion valve 12, the first evaporator 14, the
One air-conditioning condenser 9, the first air conditioner condensation blower 10, wherein the outlet end of the first compressor 11 and reheater condenser 13, first
The input end of air-conditioning condenser 9 connects, outlet end and the first expansion valve 12 of reheater condenser 13, the first air-conditioning condenser 9
Input end connection, the outlet end of the first expansion valve 12 are connect with the input end of the first evaporator 14, the outlet of the first evaporator 14
The input end of the first compressor 11 of end connection；
Refrigeration system two is changed including the second compressor 2, water condenser 3, the second expansion valve 7, the second evaporator 1, four-way
To valve 4, the second air-conditioning condenser 5, the second air conditioner condensation blower 6, wherein the outlet end connection pool water condensation of the second compressor 2
The input end of device 3, the input end of the outlet end connection four-way reversing valve 4 of water condenser 3, the outlet end point of four-way reversing valve 4
The outlet end of the input end of the second air-conditioning condenser 5, the input end of the second compressor 2, the second evaporator 1, air-conditioning cold are not connected
The outlet end of condenser 5 connects the input end of the second expansion valve 7, and the outlet end of the second expansion valve 7 connects the import of the second evaporator 1
End；
As the preferred of technical solutions of the utility model, refrigeration system one configures 2 condensers, it can be achieved that empty in the Room of pond
Gas reheating, or extra condensation heat is externally discharged.
As the preferred of technical solutions of the utility model, refrigeration system two configures 2 condensers, it can be achieved that adding to water
Heat, or extra condensation heat is externally discharged.Refrigeration system two is heat pump system.
As the further preferred of technical solutions of the utility model, refrigeration system one and refrigeration system two can independent operating,
It can run simultaneously, plurality of operating modes combination.Various operating conditions and energy-efficient purpose can be suitble to by realizing while meeting.
The working method of the utility model Fresh air handing unit:
In summer operating mode, air high temperature and humidity in the Room of pond, cold humidity load is big, and refrigeration system one runs refrigerated dehumidification work
Condition, the starting of the first compressor 11, the first evaporator 14 are carried out cool-down dehumidification to pond Room air, are recycled using reheater condenser 13 cold
Solidifying reheat heat air improves supply air temperature, temperature and humidity in the constant pond Room；The first air-conditioning condenser 9, the first air-conditioning cold can also be passed through
Extra condensation heat is transferred to outdoor by solidifying blower 10.
Refrigeration system two runs cooling condition, the starting of the second compressor 2, and the second evaporator 1 cools down to pond Room air
Dehumidifying, meanwhile, water is heated using 3 recovering condensing heat of water condenser, keeps water constant temperature；The second air conditioner condensation can also be passed through
The pond Room is discharged in extra heat by device 5, the second air-conditioning draught fan 6.
In winter in operating condition, in the Room of pond the humidity load of air become smaller, thermic load it is big, refrigeration system one operation remove wet cooling condition,
The starting of first compressor 11, the first evaporator 14 carry out cool-down dehumidification to pond Room air, are recycled and are condensed using reheater condenser 13
Reheat heat air maintains pond Room temperature；First air-conditioning condenser 9, the first air-conditioning draught fan 10 deactivate；
Refrigeration system two runs heat pump heating condition, the starting of the second compressor 2, and four-way reversing valve 4 must electrically activate, switching system
Cryogen flow direction, the high-temperature high-pressure refrigerant of the second compressor 2 discharge first passes through water condenser 3 and heats to water, then flows to the
Two evaporators 1, the second evaporator 1 are converted to condenser, carry out heat temperature raising to pond Room air；The conversion of second air-conditioning condenser 5
For evaporator, using the second air-conditioning condenser 5, air-conditioning draught fan 6 from outdoor acquirement heat.
In spring and autumn transition season, operating condition is changeable.
In the Room of pond air humidity load become smaller, refrigeration duty hour, can isolated operation refrigeration system two.Isolated operation refrigeration system
When two, refrigeration system two runs cooling condition, the starting of the second compressor 2, and the second evaporator 1 carries out cooling to pond Room air and removes
It is wet, meanwhile, water is heated using 3 recovering condensing heat of water condenser, keeps water constant temperature.
In the Room of pond air humidity load become smaller, thermic load hour, can isolated operation refrigeration system one.The operation of refrigeration system one rises
Temperature removes wet cooling condition, the starting of the first compressor 11, and the first evaporator 14 carries out cool-down dehumidification to pond Room air, utilizes reheater condenser
Hot-air, raising supply air temperature maintain aerial temperature and humidity in the Room of pond constant to 13 recovering condensing heats again.
Air humidity load is big in the Room of pond, refrigeration duty hour, and the operation heating of refrigeration system one removes wet cooling condition, and refrigeration system two is transported
Row cool-down dehumidification operating condition.The operation heating of refrigeration system one removes wet cooling condition, and the starting of the first compressor 11, the first evaporator 14 is to the pond Room
Air carries out cool-down dehumidification, and using 13 recovering condensing heat of reheater condenser, hot-air, raising supply air temperature maintain the pond Room warm and humid again
It spends constant.
Refrigeration system two runs cooling condition, the starting of the second compressor 2, and the second evaporator 1 dehumidifies to pond Room air,
Meanwhile water is heated using 4 recovering condensing heat of water condenser, keep water constant temperature.
The multiple combinations operational mode of refrigeration system one and refrigeration system two can be used, to adapt to the perseverance of annual each operating condition
Constant temperature and humidity operation.Both the needs of aerial temperature and humidity in the Room of pond had been met, the demand of water heating is also met.Simultaneity factor energy conservation
Operation.
Finally, it should be noted that above embodiments are to illustrate preferred embodiments of the present invention, not to this
Technical solution, which is done, further to be limited, and is modified in the art to this technical solution and equivalent replacement, and to the technical side
The conventional variation and the replacement of unsubstantiality that case carries out are intended to be included in the protection scope of the present utility model application.
Claims (2)
1. a kind of total heat recovery swimming pool dehumidifier, the cooling cycle system being set side by side including two, respectively refrigeration system one
With refrigeration system two, which is characterized in that
Refrigeration system one is desiccant cooling association system working medium loop, configured with first evaporator (14) and two condensations
Device, two condensers are respectively the first reheater condenser (13) and the first air-conditioning condenser (9), it can be achieved that refrigerated dehumidification or independent
Dehumidifying；
Refrigeration system two is heat pump refrigerating association system working medium loop, is configured with second evaporator (1) and two condensers,
Two condensers are respectively water condenser (3) and the second air-conditioning condenser (5), it can be achieved that refrigerated dehumidification, water heating and heat
One of heat pump heating or combination；
Wind treatment channel, in wind treatment channel, the first evaporator (14) of refrigeration system one are equipped between two working medium loops
It is placed side by side with the second evaporator (1) of refrigeration system two, wind can pass through any evaporator；The reheater condenser of refrigeration system one
(13) it connects respectively with the second evaporator (1) of the first evaporator (14) of refrigeration system one, refrigeration system two in airflow direction
It places；
In wind treatment channel, it is provided with pressure fan (8)；
The refrigeration system one includes the first compressor (11), reheater condenser (13), the first expansion valve (12), the first evaporator
(14), the first air-conditioning condenser (9), the first air conditioner condensation blower (10), wherein the outlet end of the first compressor (11) and reheating
The input end connection of condenser (13), the first air-conditioning condenser (9), (13) first air-conditioning condenser (9) of reheater condenser go out
Mouth end is connect with the input end of the first expansion valve (12), the import of the outlet end and the first evaporator (14) of the first expansion valve (12)
End connection, the input end of the outlet end connect compressor (11) of the first evaporator (14)；Positioned at the one of the first air-conditioning condenser (9)
Side setting first air-conditioning draught fan (10)；
The refrigeration system two includes the second compressor (2), water condenser (3), the second expansion valve (7), the second evaporator
(1), four-way reversing valve (4), the second air-conditioning condenser (5), the second air conditioner condensation blower (6), wherein the second compressor (2)
The input end of outlet end connection pool water condenser (3), the import of outlet end connection four-way reversing valve (4) of water condenser (3)
End, the outlet end of four-way reversing valve (4) is separately connected the import of the input end of the second air-conditioning condenser (5), the second compressor (2)
It holds, the outlet end of the second evaporator (1), the input end of the outlet end connection the second expansion valve (7) of the second air-conditioning condenser (5),
The input end of the outlet end connection the second evaporator (1) of second expansion valve (7)；Side positioned at the second air-conditioning condenser (5) is set
Set second air-conditioning draught fan (6).
2. a kind of total heat recovery swimming pool dehumidifier according to claim 1, it is characterised in that: water condenser (3) is resistance to
The anti-corrosion erosion material of high temperature, water condenser (3) are equipped with water import (A) and water outlet for connecting swimming pool
(B).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821198321.7U CN209431557U (en) | 2018-07-26 | 2018-07-26 | A kind of total heat recovery swimming pool dehumidifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821198321.7U CN209431557U (en) | 2018-07-26 | 2018-07-26 | A kind of total heat recovery swimming pool dehumidifier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209431557U true CN209431557U (en) | 2019-09-24 |
Family
ID=68006608
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821198321.7U Active CN209431557U (en) | 2018-07-26 | 2018-07-26 | A kind of total heat recovery swimming pool dehumidifier |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209431557U (en) |
-
2018
- 2018-07-26 CN CN201821198321.7U patent/CN209431557U/en active Active
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