CN206338867U - A kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit - Google Patents
A kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit Download PDFInfo
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- CN206338867U CN206338867U CN201621479185.XU CN201621479185U CN206338867U CN 206338867 U CN206338867 U CN 206338867U CN 201621479185 U CN201621479185 U CN 201621479185U CN 206338867 U CN206338867 U CN 206338867U
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Abstract
This patent is related to a kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit, including compressor, air-cooled condenser, reheater condenser, triple valve, expansion valve, electric heater, humidifier, pressure fan and evaporator, the expansion valve, evaporator and compressor pass sequentially through pipeline connection in order；The air conditioner also includes intelligence control system；The outlet of the compressor is respectively communicated with air-cooled condenser and the entrance of reheater condenser；The entrance that two interfaces of the triple valve pass through pipeline connection expansion valve with the outlet of air-cooled condenser and reheater condenser by pipeline connection, another interface respectively；The intelligence control system includes control cabinet and the EAT sensor, air intake humidity sensor, leaving air temp sensor and the air-out humidity sensor that are electrically connected with control cabinet；The control cabinet is also electrically connected with compressor, pressure fan, triple valve, electric heater and humidifier respectively；Air is got in after sequentially passing through evaporator, reheater condenser, electric heater, humidifier and pressure fan in order.This patent realizes and automatically controlled that control accuracy is high, can better adapt to a variety of job requirements, high degree of automation according to air intake humiture and the warm and humid degrees of data of air-out.
Description
Technical field
This patent is related to air-conditioning automatic field, and in particular to a kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit.
Background technology
Current existing Wind-cooling type thermostatic and humidistatic air conditioning unit adjusts heat first with evaporator cool-down dehumidification, then by electric heater
With humidifier damping, constant temperature and humidity air is provided to the air-conditioned room for having particular/special requirement to humiture.
Under partial load condition, compressor cold is bigger than normal so that the leaving air temp after evaporator cooling is significantly less than
The requirement of warm and humid angle value is set, it is necessary to which electric heater realizes thermal compensation, it is ensured that the purpose of constant temperature and humidity, and the work of electric heater
Energy consumption is very big, so that a power output is 25kW air conditioner as an example, in addition to electric heater, whole machine rated power（That is input work
Rate）Only 10kW, but need the electric heater that match power is 18kW, the power of electric heater is close to the two of air conditioner rated power
Times, and powerful electrical heating operation, the problems such as easy overheat, excessively stream occur, burn, or even on fire, it is unreliable to run.
A kind of air cooled type constant temperature constant humidity machine is provided in Publication No. CN201621802U patent application publication text,
Including indoor set and outdoor unit, it is sequentially provided with blower fan, electrode humidifier and evaporator, blower fan and is connected with described indoor set
Compressor, air-cooled condenser, aerofoil fan and gas-liquid separator, described evaporation are sequentially provided with motor, described outdoor unit
Device two ends are connected with air-cooled condenser and gas-liquid separator respectively, are connected with turn between described evaporator and air-cooled condenser
Device for drying and filtering and triple valve, heat regenerator is connected between described device for drying and filtering and triple valve.
Such scheme is when for air cooling-down, and the heat regenerator is not had an effect；When to atmosphere temperature rising, start
Heat regenerator, can be reclaimed by controlling triple valve to the heat after air-cooled condenser heat exchange, reduced and even replace electric add
The running of heat pipe, but the control mode of the program is simpler, and also the details wherein on how to control is unclear, for example, lead to
Cross which data is fed back and controlled.
Utility model content
In order to overcome the defect of prior art, this patent provides a kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit, Neng Gougen
Realize and automatically control that control accuracy is high according to air intake humiture and the warm and humid degrees of data of air-out, can better adapt to a variety of work will
Ask, high degree of automation.
For this patent, above-mentioned technical problem is so solved：A kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit,
Including compressor, air-cooled condenser, reheater condenser, triple valve, expansion valve, electric heater, humidifier, pressure fan and evaporation
Device, the expansion valve, evaporator and compressor pass sequentially through pipeline connection in order；The air conditioner also includes Based Intelligent Control system
System and reservoir；The outlet of the compressor is respectively communicated with air-cooled condenser and the entrance of reheater condenser；The triple valve
The outlet respectively with air-cooled condenser and reheater condenser of two interfaces by pipeline connection, another interface is connected by pipeline
The entrance of logical reservoir；The outlet of the reservoir is connected with expansion valve；The intelligence control system include control cabinet and with
EAT sensor, air intake humidity sensor, leaving air temp sensor and the air-out humidity sensor of control cabinet electrical connection；Institute
Control cabinet is stated also to electrically connect with compressor, pressure fan, triple valve, electric heater and humidifier respectively；The EAT sensing
Device is used for the EAT for detecting air conditioner, and air intake humidity sensor is used for the air intake humidity for detecting air conditioner, and leaving air temp is passed
Sensor is used for the leaving air temp for detecting air conditioner, and air-out humidity sensor is used for the air-out humidity for detecting air conditioner；Air is by suitable
Sequence is got in after sequentially passing through evaporator, reheater condenser, electric heater, humidifier and pressure fan.
Passed in this patent by EAT sensor, air intake humidity sensor, leaving air temp sensor and air-out humidity
Sensor collection air conditioner actual motion in air intake humiture and the warm and humid degrees of data of air-out, and with control cabinet it is set in advance enter
The warm and humid degrees of data of air-out is compared, and then controls compressor and pressure fan to open or shutdown, the aperture of triple valve, electric heater
Heating amount and humidifier humidification amount, air inlet/outlet is reached certain humiture requirement, control accuracy is high, wherein control cabinet
In the warm and humid degrees of data of air inlet/outlet set in advance can sets itself, adapt to a variety of job requirements, high degree of automation；It is described air-cooled
The outlet of condenser and reheater condenser is connected through triple valve with reservoir, due to the setting height and air-cooled condenser of evaporator
Maintain an equal level or higher with the height of reheater condenser, condensed liquid refrigerant is difficult by pipeline under the influence of gravitional force
Flow in evaporator, refrigerant is easily caused in this case and is accumulated in air-cooled condenser and reheater condenser, and pass through
The setting of reservoir so that refrigerant can be flowed to first in reservoir, it is to avoid lime set is in air-cooled condenser and reheater condenser
Accumulate excessive, expand air-cooled condenser and the heat exchange area of reheater condenser, improve heat exchange efficiency；In Load Evaporator increase
When, required refrigerant is also more, now can feed refrigerant by reservoir, on the contrary, during load reduction, unnecessary refrigerant
It can be stored in reservoir, flexibly refrigeration, adaptability is good；Reservoir is prevented from excessive refrigerant and flowed from condenser
Go out, it is to avoid liquid hammer is produced to compressor.
Further, it is provided with condensation fan on the air-cooled condenser；The intelligence control system also includes condensating wind
Machine speed regulator and the pressure sensor being arranged on compressor outlet pipeline；The condensation fan speed regulator respectively with condensating wind
Machine and control cabinet electrical connection；The pressure sensor electrically connects control cabinet.
The pressure at expulsion Numerical Control condensation fan speed regulator that the control cabinet can be detected according to pressure sensor, and then
Speed governing is carried out to condensation fan, keeps pressure at expulsion numerical value to maintain by accelerating or slowing down the condensation efficiency of air-cooled condenser
In one normal scope, flexibility ratio is high, improves reliability.
Further, the outlet of the reheater condenser is connected by magnetic valve with liquid reserve tank.
When air is after evaporator, required heating amount be less or when need not heat, triple valve close its with again
The interface of reheater condenser connection, but simultaneously to avoid the refrigerant in reheater condenser from accumulating excessive, pressure is excessive, can now lead to
The opening and closing of control magnetic valve is crossed, refrigerant is imported in reservoir, alleviates the pressure in reheater condenser, strengthens reliability.
Further, also including air cleaner；It is cold that air sequentially passes through air cleaner, evaporator, reheating in order
Got in after condenser, electric heater, humidifier and pressure fan.
By setting finely ground particles, pollen, bacterium, industrial waste gas and dust that air cleaner crossed in air filtering etc. miscellaneous
Matter, to prevent that these impurity from causing damage to air conditioner, additionally it is possible to protect health.
Further, the humidifier be electrode humidifier, electric heating humidifier, dry steam humidifier, wet-membrane humidifier or
High-pressure micro mist humidifier.
The humidifier can be selected according to air particular/special requirement, and flexibility is high.
Further, the first pressure switch electrically connected with control cabinet is provided with the inlet ductwork of the compressor.
If inlet ductwork hypotony, illustrate that air conditioner there occurs failure, compressor pressure ratios can be caused to increase, load
Increase, and then cause compressor damage.Whether the first pressure switch can be used for detection manifold pressure too low, and then be opened and closed
Inlet ductwork is protected to air conditioner.
Further, the second pressure switch electrically connected with control cabinet is provided with the export pipeline of the compressor.
If export pipeline hypertonia, illustrate that air conditioner there occurs failure, also compressor load can equally increased, enters
And compressor may be damaged.Whether the second pressure switch can be used for detection manifold pressure too high, and then be opened and closed outlet
Road is protected by air conditioner.
A kind of temperature and humidity regulation method using intelligent air-cooled type thermostatic and humidistatic air conditioning unit：
When control targe is air return humiture, the adjusting method is specially：
If T1：Actual detection return air temperature, T2：Set return air temperature, Φ 1：Actual detection return air humidity, Φ 2：Set back
Rheumatism degree, T3：Set return air temperature control accuracy, Φ 3：Set return air humid control precision；
（1）As T1 >=T2+T3, and Φ 1 >=Φ 2+ Φ 3, open compressor, triple valve is closed and connected with reheater condenser
Interface, open the interface connected with air-cooled condenser completely, electric heater is shut down, humidifier is shut down；
（2）As T1 >=T2+T3, and Φ 2+ Φ 3 >=Φ, 1 >=Φ 2- Φ 3, open compressor, triple valve is closed and reheating
The interface of condenser connection, opens the interface connected with air-cooled condenser completely, and electric heater is shut down, and humidifier is shut down；
（3）As T1 >=T2+T3, and the ＜ Φ 2- Φ 3 of Φ 1, open compressor, triple valve is closed and connected with reheater condenser
Interface, open the interface connected with air-cooled condenser completely, electric heater is shut down, humidifier starts；
（4）As T2+T3 >=T1 >=T2-T3, and Φ 1 >=Φ 2+ Φ 3, open compressor, triple valve expands cold with reheating
The interface of condenser connection, reduces the interface connected with air-cooled condenser, and electric heater is shut down, and humidifier is shut down；
（5）As T2+T3 >=T1 >=T2-T3, and Φ 2+ Φ 3 >=Φ, 1 >=Φ 2- Φ 3, make compressor, triple valve, electrical heating
Device and humidifier keep original working condition；
（6）As T2+T3 >=T1 >=T2-T3, and the ＜ Φ 2- Φ 3 of Φ 1, compressor, triple valve and electric heater is kept former
The working condition come, humidifier starts；
（7）As T1 ＜ T2-T3, and Φ 1 >=Φ 2+ Φ 3, open compressor, triple valve expands to be connected with reheater condenser
Interface, reduce the interface that is connected with air-cooled condenser, until interface is fully opened or is closed, electric heater startup, humidifier
Shut down；
（8）As T1 ＜ T2-T3, and Φ 2+ Φ 3 >=Φ, 1 >=Φ 2- Φ 3, make compressor shutdown, triple valve keeps original shape
State, electric heater starts, and humidifier keeps original working condition；
（9）As T1 ＜ T2-T3, and the ＜ Φ 2- Φ 3 of Φ 1, make compressor shutdown, triple valve keeps original working condition,
Electric heater starts, and humidifier starts.
By setting control accuracy value T3 and Φ 3, it is allowed to which humiture is floated within the specific limits, it is to avoid frequently adjust air-conditioning
The running of each part, causes operation troubles in machine；With reference to the humiture and the humiture of setting of actual detection, accurate adjustment air-conditioning
The running of each part in machine, adaptability is good.
Further, the heating levels of the electric heater are a total of n grades, if m is the series that need to start；As T1 ＜ T2-
During T3/n*m, electric heater starts m grades of heating；As T2+T3/n*m >=T1 >=T2-T3/n*m, electric heater keeps original
Series is heated；As T1 >=T2+T3/n*m, electric heater heating levels reduce n-m grades.
Air intake in the heating levels combination adjusting method of the electric heater（Return air）Temperature control precision value is counted
Controlled again after calculation, further improve the control accuracy of temperature, more it is effectively guaranteed that indoor constant temperature requirement.
Another temperature and humidity regulation method using intelligent air-cooled type thermostatic and humidistatic air conditioning unit：
When control targe is air-out humiture, the adjusting method is specially：
If T4：Actual detection leaving air temp, T5：Set leaving air temp, Φ 4：Actual detection air-out humidity, Φ 5：Set out
Rheumatism degree, T6：Set leaving air temp control accuracy, Φ 6：Set air-out humidity control accuracy value；
（1）As T4 >=T5+T6, and Φ 4 >=Φ 5+ Φ 6, open compressor, triple valve is closed and connected with reheater condenser
Interface, open the interface connected with air-cooled condenser completely, electric heater is shut down, humidifier is shut down；
（2）As T4 >=T5+T6, and Φ 5+ Φ 6 >=Φ, 4 >=Φ 5- Φ 6, open compressor, triple valve is closed and reheating
The interface of condenser connection, opens the interface connected with air-cooled condenser completely, and electric heater is shut down, and humidifier is shut down；
（3）As T4 >=T5+T6, and the ＜ Φ 5- Φ 6 of Φ 4, open compressor, triple valve is closed and connected with reheater condenser
Interface, open the interface connected with air-cooled condenser completely, electric heater is shut down, humidifier starts；
（4）As T5+T6 >=T4 >=T5-T6, and Φ 4 >=Φ 5+ Φ 6, open compressor, triple valve expands cold with reheating
The interface of condenser connection, reduces the interface connected with air-cooled condenser, and electric heater is shut down, and humidifier is shut down；
（5）As T5+T6 >=T4 >=T5-T6, and the Φ 6 of 4 >=Φ of Φ 5+ 6 >=Φ of Φ 5, make compressor, triple valve, electric heater
Original working condition is kept with humidifier；
（6）As T5+T6 >=T4 >=T5-T6, and the ＜ Φ 5- Φ 6 of Φ 4, compressor, triple valve and electric heater is kept former
The working condition come, humidifier starts；
（7）As T4 ＜ T5-T6, and Φ 4 >=Φ 5+ Φ 6, open compressor, triple valve expands to be connected with reheater condenser
Interface, reduce the interface that is connected with air-cooled condenser, until interface is fully opened or is closed, electric heater startup, humidifier
Shut down；
（8）As T4 ＜ T5-T6, and Φ 5+ Φ 6 >=Φ, 4 >=Φ 5- Φ 6, make compressor shutdown, triple valve keeps original shape
State, electric heater starts, and humidifier keeps original working condition；
（9）As T4 ＜ T5-T6, and the ＜ Φ 5- Φ 6 of Φ 4, make compressor shutdown, triple valve keeps original working condition,
Electric heater starts, and humidifier starts.
It is different from prior art, this patent has the beneficial effect that：
（1）The control cabinet is according to EAT sensor, air intake humidity sensor, leaving air temp sensor and goes out rheumatism
The data that degree sensor is collected are controlled to each part in air conditioner, improve control accuracy and automaticity.
（2）Set liquid reserve tank to collect the condensate liquid accumulated in air-cooled condenser and reheater condenser, expand air-cooled condenser
With the heat exchange area in reheater condenser, heat exchange efficiency height.
（3）Reheater condenser outlet is connected by magnetic valve with reservoir, can dredge when reheater condenser is stopped it
The refrigerant of middle accumulation, reduces pressure at expulsion, and reliability is high.
（4）Increase air cleaner, the impurity crossed in air filtering protects air conditioner safe operation and health.
（5）Temperature and humidity regulation method is by setting the working method of each part in the case of various humitures, it is ensured that air conditioner
Normal operation under various regimes, flexibility is high, and adaptability is good；And control accuracy value T3, Φ 3, T6 and Φ 6 are added, necessarily
Avoid each part in air conditioner in degree frequently to be manipulated, reliability is high.
Brief description of the drawings
Fig. 1 is the structural representation of this patent.
Fig. 2 is the connection diagram of this patent intelligence control system.
Embodiment
A kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit as shown in Figure 1, including compressor 11, air-cooled condenser 16, again
Reheater condenser 18, triple valve 15, expansion valve 111, electric heater 21, humidifier 22, pressure fan 23 and evaporator 112, it is described swollen
Swollen valve 111, evaporator 112 and compressor 11 pass sequentially through pipeline connection in order；The air conditioner also includes Based Intelligent Control system
System and reservoir 110；The outlet of the compressor 11 is respectively communicated with the entrance of air-cooled condenser 16 and reheater condenser 18；Institute
Two interfaces of triple valve 15 are stated respectively with the outlet of air-cooled condenser 16 and reheater condenser 18 by pipeline connection, another
The entrance that interface passes through pipeline connection reservoir 110；The outlet of the reservoir 110 is connected with expansion valve 111；The intelligence control
System processed includes control cabinet 41 and the EAT sensor 47 electrically connected with control cabinet 41, air intake humidity sensor 48, gone out
Air temperature sensor 49 and air-out humidity sensor 410；The control cabinet 41 also respectively with compressor 11, pressure fan 23, threeway
Valve 15, electric heater 21 and humidifier 22 are electrically connected；The EAT sensor 47 is used for the EAT for detecting air conditioner,
Air intake humidity sensor 48 is used for the air intake humidity for detecting air conditioner, and leaving air temp sensor 49 is used for the air-out for detecting air conditioner
Temperature, air-out humidity sensor 410 is used for the air-out humidity for detecting air conditioner；Air sequentially passes through evaporator 112, again in order
Got in after reheater condenser 18, electric heater 21, humidifier 22 and pressure fan 23.
Pass through EAT sensor 47, air intake humidity sensor 48, leaving air temp sensor 49 and air-out in this patent
Humidity sensor 410 collection air conditioner actual motion in air intake humiture and the warm and humid degrees of data of air-out, and with control cabinet 41
The warm and humid degrees of data of air inlet/outlet set in advance is compared, and then control compressor 11 and pressure fan 23 are opened or shut down, threeway
The humidification amount of the aperture of valve 15, the heating amount of electric heater 21 and humidifier 22, makes air inlet/outlet reach certain humiture requirement,
Control accuracy is high, and the warm and humid degrees of data of air inlet/outlet set in advance can sets itself, a variety of work of adaptation wherein in control cabinet 41
It is required that, high degree of automation；The outlet of the air-cooled condenser 16 and reheater condenser 18 connects through triple valve 15 with reservoir 110
It is logical, because the height that sets of evaporator 112 maintains an equal level or higher with air-cooled condenser 16 and the height of reheater condenser 18, after condensation
Liquid refrigerant under the influence of gravitional force be difficult flowed to by pipeline in evaporator 112, be easy to make in this case
Accumulated in into refrigerant in air-cooled condenser 16 and reheater condenser 18, and pass through the setting of reservoir 110 so that refrigerant can
First to flow in reservoir 110, it is to avoid lime set is accumulated excessively in air-cooled condenser 16 and reheater condenser 18, is expanded air-cooled cold
The heat exchange area of condenser 16 and reheater condenser 18, improves heat exchange efficiency；When the load of evaporator 112 increases, required system
Cryogen is also more, now can feed refrigerant by reservoir 110, on the contrary, during load reduction, unnecessary refrigerant can be stored in
In reservoir 110, flexibly freeze, adaptability is good；Reservoir 110 is prevented from excessive refrigerant and flowed out from condenser, keeps away
Exempt to produce liquid hammer to compressor 11.
Condensation fan 31 is provided with the air-cooled condenser 16；The intelligence control system also includes condensation fan speed governing
Device 43 and the pressure sensor 42 being arranged on the export pipeline of compressor 11；The condensation fan speed regulator 43 respectively with condensation
Blower fan 31 and control cabinet 41 are electrically connected；The pressure sensor 42 electrically connects control cabinet 41.
The pressure at expulsion Numerical Control condensation fan speed regulator that the control cabinet 41 can be detected according to pressure sensor 42
43, and then speed governing is carried out to condensation fan 31, in specific implementation process, the condensation fan speed regulator 43 is start-stop speed governing,
Pressure sensor 42 is output as switching value, and when pressure sensor exports low-voltage signal, condensation fan speed regulator 43 controls cold
Solidifying blower fan 31 is shut down；When pressure sensor exports high-voltage signal, the control condensation fan 31 of condensation fan speed regulator 43 is opened, and is made
Pressure at expulsion is in compressor safe range, it is ensured that the normal safe of compressor 11 is run, and reliability is high；The condensation fan is adjusted
Fast device 43 or stepless speed regulation, accordingly pressure sensor 42 be output as analog quantity, now condensation fan speed regulator 43 according to
The pressure value regulation pressure at expulsion that pressure sensor 42 is detected；When pressure at expulsion is reduced, condensation fan speed governing is reduced
The aperture of device 43, when pressure at expulsion rises, increases the aperture of condensation fan speed regulator 43, pressure at expulsion is pacified in compressor
In gamut, it is ensured that the normal safe of compressor 11 is run, reliability is improved.
The outlet of the reheater condenser 18 is connected by magnetic valve 120 with liquid reserve tank 110.
When air is after evaporator 112, and required heating amount is little or need not heat, triple valve 15 closes it
The interface connected with reheater condenser 18, but simultaneously to avoid the refrigerant in reheater condenser 18 from accumulating excessive, pressure is excessive,
Refrigerant can be now imported in reservoir 110 by controlling the opening and closing of magnetic valve 120, alleviate the pressure in reheater condenser 18
Power, strengthens reliability.
Also include air cleaner 24；Air sequentially passes through air cleaner 24, evaporator 112, reheating condensation in order
Got in after device 18, electric heater 21, humidifier 22 and pressure fan 23.
By setting finely ground particles, pollen, bacterium, industrial waste gas and dust in the air filtering excessively of air cleaner 24 etc.
Impurity, to prevent that these impurity from causing damage to air conditioner, additionally it is possible to protect health.
The humidifier 22 is electrode humidifier, electric heating humidifier, dry steam humidifier, wet-membrane humidifier or high-pressure micro-mist
Humidifier.
The humidifier 22 can be selected according to air particular/special requirement, and flexibility is high.
The first non-return valve 114, first pressure table 115 and and control cabinet are provided with the inlet ductwork of the compressor 11
The first pressure switch 113 of 41 electrical connections.
If inlet ductwork hypotony, illustrate that air conditioner there occurs failure, the compression ratio of compressor 11 can be caused to increase, born
Lotus increases, and then causes compressor 11 to damage.Whether the first pressure switch 113 can be used for detection manifold pressure too low,
And then opening and closing inlet ductwork is protected to air conditioner.
Be provided with the export pipeline of the compressor 11 second non-return valve 13, second pressure table 12 and with control cabinet 41
The second pressure switch 14 of electrical connection.
If export pipeline hypertonia, illustrate that air conditioner there occurs failure, also the load of compressor 11 can equally increased,
And then compressor 11 may be damaged.Whether the second pressure switch 14 can be used for detection manifold pressure too high, and then be opened and closed
Export pipeline is protected to air conditioner.
A kind of temperature and humidity regulation method using intelligent air-cooled type thermostatic and humidistatic air conditioning unit：
When control targe is air return humiture, the adjusting method is specially：
If T1：Actual detection return air temperature, T2：Set return air temperature, Φ 1：Actual detection return air humidity, Φ 2：Set back
Rheumatism degree, T3：Set return air temperature control accuracy, Φ 3：Set return air humid control precision；
（1）As T1 >=T2+T3, and Φ 1 >=Φ 2+ Φ 3, open compressor 11, triple valve 15 is closed and reheater condenser
The interface of 18 connections, opens the interface connected with air-cooled condenser 16, electric heater 21 is shut down, and humidifier 22 is shut down completely；
（2）As T1 >=T2+T3, and Φ 2+ Φ 3 >=Φ, 1 >=Φ 2- Φ 3, open compressor 11, triple valve 15 close with
The interface that reheater condenser 18 is connected, opens the interface connected with air-cooled condenser 16, electric heater 21 is shut down, humidifier completely
22 shut down；
（3）As T1 >=T2+T3, and the ＜ Φ 2- Φ 3 of Φ 1, open compressor 11, triple valve 15 is closed and reheater condenser
The interface of 18 connections, opens the interface connected with air-cooled condenser 16, electric heater 21 is shut down, and humidifier 22 starts completely；
（4）As T2+T3 >=T1 >=T2-T3, and Φ 1 >=Φ 2+ Φ 3, open compressor 11, triple valve 15 expand with again
The interface that reheater condenser 18 is connected, reduces the interface connected with air-cooled condenser 16, and electric heater 21 is shut down, and humidifier 22 stops
Machine；
（5）As T2+T3 >=T1 >=T2-T3, and Φ 2+ Φ 3 >=Φ, 1 >=Φ 2- Φ 3, make compressor 11, triple valve 15, electricity
Heater 21 and humidifier 22 keep original working condition；
（6）As T2+T3 >=T1 >=T2-T3, and the ＜ Φ 2- Φ 3 of Φ 1, make compressor 11, triple valve 15 and electric heater 21
Original working condition is kept, humidifier 22 starts；
（7）As T1 ＜ T2-T3, and Φ 1 >=Φ 2+ Φ 3, open compressor 11, triple valve 15 expands and reheater condenser
The interfaces of 18 connections, reduce the interface that is connected with air-cooled condenser 16, until interface is fully opened or is closed, then electric heater 21
Start, humidifier 22 is shut down；
（8）As T1 ＜ T2-T3, and Φ 2+ Φ 3 >=Φ, 1 >=Φ 2- Φ 3, shut down compressor 11, triple valve 15 keeps former
Carry out state, electric heater 21 starts, and humidifier 22 keeps original working condition；
（9）As T1 ＜ T2-T3, and the ＜ Φ 2- Φ 3 of Φ 1, shut down compressor 11, triple valve 15 keeps original work shape
State, electric heater 21 starts, and humidifier 22 starts.
By setting control accuracy value T3 and Φ 3, it is allowed to which humiture is floated within the specific limits, it is to avoid frequently adjust air-conditioning
The running of each part, causes operation troubles in machine；With reference to the humiture and the humiture of setting of actual detection, accurate adjustment air-conditioning
The running of each part in machine, adaptability is good.
In specific implementation process, electric heater can be controlled with multistage start stop mode, heating of the electric heater 21 etc.
A total of n grades of level, if m is the series that need to start；As T1 ＜ T2-T3/n*m, electric heater 21 starts m grades of heating；Work as T2+
During T3/n*m >=T1 >=T2-T3/n*m, electric heater 21 keeps original series to heat；As T1 >=T2+T3/n*m, electrical heating
The heating levels of device 21 reduce n-m grades；Electric heater can also be controlled with the mode of step-less adjustment, in the case of electrical heating unlatching,
As T1 ＜ T2-T3, electric heater loading；As T2+T3 >=T1 >=T2-T3, electric heater keeps original series；When T1 >=
During T2+T3, electric heater unloading.
T3 in the heating levels combination adjusting method of the electric heater 21 is controlled again after being calculated, and is further improved
The control accuracy of temperature, more it is effectively guaranteed that indoor constant temperature requirement.
Another temperature and humidity regulation method using intelligent air-cooled type thermostatic and humidistatic air conditioning unit：
When control targe is air-out humiture, the adjusting method is specially：
If T4：Actual detection leaving air temp, T5：Set leaving air temp, Φ 4：Actual detection air-out humidity, Φ 5：Set out
Rheumatism degree, T6：Set leaving air temp control accuracy, Φ 6：Set air-out humidity control accuracy value；
（1）As T4 >=T5+T6, and Φ 4 >=Φ 5+ Φ 6, open compressor 11, triple valve 15 is closed and reheater condenser
The interface of 18 connections, opens the interface connected with air-cooled condenser 16, electric heater 21 is shut down, and humidifier 22 is shut down completely；
（2）As T4 >=T5+T6, and Φ 5+ Φ 6 >=Φ, 4 >=Φ 5- Φ 6, open compressor 11, triple valve 15 close with
The interface that reheater condenser 18 is connected, opens the interface connected with air-cooled condenser 16, electric heater 21 is shut down, humidifier completely
22 shut down；
（3）As T4 >=T5+T6, and the ＜ Φ 5- Φ 6 of Φ 4, open compressor 11, triple valve 15 is closed and reheater condenser
The interface of 18 connections, opens the interface connected with air-cooled condenser 16, electric heater 21 is shut down, and humidifier 22 starts completely；
（4）As T5+T6 >=T4 >=T5-T6, and Φ 4 >=Φ 5+ Φ 6, open compressor 11, triple valve 15 expand with again
The interface that reheater condenser 18 is connected, reduces the interface connected with air-cooled condenser 16, and electric heater 21 is shut down, and humidifier 22 stops
Machine；
（5）As T5+T6 >=T4 >=T5-T6, and the Φ 6 of 4 >=Φ of Φ 5+ 6 >=Φ of Φ 5, make compressor 11, triple valve 15, electricity plus
Hot device 21 and humidifier 22 keep original working condition；
（6）As T5+T6 >=T4 >=T5-T6, and the ＜ Φ 5- Φ 6 of Φ 4, make compressor 11, triple valve 15 and electric heater 21
Original working condition is kept, humidifier 22 starts；
（7）As T4 ＜ T5-T6, and Φ 4 >=Φ 5+ Φ 6, open compressor 11, triple valve 15 expands and reheater condenser
The interface of 18 connections, reduces the interface connected with air-cooled condenser 16, until interface is fully opened or is closed, electric heater 21 is opened
Dynamic, humidifier 22 is shut down；
（8）As T4 ＜ T5-T6, and Φ 5+ Φ 6 >=Φ, 4 >=Φ 5- Φ 6, shut down compressor 11, triple valve 15 keeps former
Carry out state, electric heater 21 starts, and humidifier 22 keeps original working condition；
（9）As T4 ＜ T5-T6, and the ＜ Φ 5- Φ 6 of Φ 4, shut down compressor 11, triple valve 15 keeps original work shape
State, electric heater 21 starts, and humidifier 22 starts.
In specific implementation process, electric heater can be controlled with multistage start stop mode, heating of the electric heater 21 etc.
A total of n grades of level, if m is the series that need to start；As T4 ＜ T5-T6/n*m, electric heater 21 starts m grades of heating；Work as T5+
During T6/n*m >=T4 >=T5-T6/n*m, electric heater 21 keeps original series to heat；As T4 >=T5+T6/n*m, electrical heating
The heating levels of device 21 reduce n-m grades；Electric heater can also be controlled with the mode of step-less adjustment, in the case of electrical heating unlatching,
As T4 ＜ T5-T6, electric heater loading；As T5+T6 >=T4 >=T5-T6, electric heater keeps original series；When T4 >=
During T5+T6, electric heater unloading.
Provided with the first one-way valve for leading to triple valve 15 between the reheater condenser 18 and the connecting pipeline of triple valve 15
19。
Provided with the second one-way valve for leading to triple valve 15 between the connecting pipeline of the air-cooled condenser 16 and triple valve 15
17。
The triple valve 15 is three-way control valve.
As shown in Fig. 2 in specific implementation process, the control cabinet 41 includes display operating system, sensing data and adopted
Collecting system and central controller system；The pressure sensor 42, EAT sensor 47, air intake humidity sensor 48, go out
Air temperature sensor 49 and air-out humidity sensor 410 are electrically connected with sensor data acquisition system；The center control system
System respectively with compressor 11, pressure fan 23, condensation fan speed regulator 43, three-way control valve 15, electric heater 21, humidifier 22,
Magnetic valve 120, sensor data acquisition system and display operating system electrical connection.
The Various types of data collected is transferred to central controller system and handled by the sensor data acquisition system；
The display operating system can show the various data that the working condition and sensor of each part in air conditioner are collected,
The air intake in central controller system can be set（Or return air）Humiture numerical value, i.e. T2, Φ 2, T5 and Φ 5；The center control
Device system processed can be respectively controlled according to the data collected to each part in air conditioner, high degree of automation, it is ensured that
Control accuracy.
The operation principle of the present embodiment, its step is as follows：
Process of refrigerastion：
S1：The liquid refrigerant of low-temp low-pressure after absorption air heat, is vaporized into the steaming of high-temperature low-pressure in evaporator 112
Vapour；
S2：After the steam of the suction high-temperature low-pressure of compressor 11, steam and the discharge of HTHP are compressed it into；
S3：The steam of HTHP enters in air-cooled condenser 16 and reheater condenser 18 to cooling medium（Air）Put
Heat, is condensed into cryogenic high pressure liquid；
S4：The flow proportional that the outlet of reheater condenser 18 and air-cooled condenser 16 are exported is adjusted by three-way control valve 15,
Cryogenic high pressure liquid is flowed in reservoir 110；
S5：Cryogenic high pressure liquid flows out from reservoir 110, is low pressure, low temperature liquid after the expanded throttling of valve 111, returns
Step S1.
In above-mentioned steps S2, it should also check whether the pressure of the steam of suction high-temperature low-pressure is too low before compressor 11,
And whether the pressure of the steam of the HTHP of discharge is too high, according to the export pipeline and inlet tube for judging control compressor 11
The opening and closing on road.
Air handling process：
S1：Air is filtered by air cleaner 24, forms clean air；
S2：The heat of the absorption air of evaporator 112, and the water vapour in air is condensed, play the effect of cool-down dehumidification；
S3：Reheater condenser 18 is rejected heat in air, and is evaporated water into air, plays the effect of heating humidification
Really；
S4：Air raises temperature by electric heater 21；
S5：Air improves humidity by humidifier 22；
S6：Air delivers to interior by the pressurization of pressure fan 23.
Claims (7)
1. a kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit, including it is compressor, air-cooled condenser, reheater condenser, triple valve, swollen
Swollen valve, electric heater, humidifier, pressure fan and evaporator, the expansion valve, evaporator and compressor pass sequentially through pipe in order
Road is connected, it is characterised in that the air conditioner also includes intelligence control system and reservoir；The outlet difference of the compressor
Connect air-cooled condenser and the entrance of reheater condenser；Two interfaces of the triple valve are cold with air-cooled condenser and reheating respectively
The entrance that the outlet of condenser passes through pipeline connection reservoir by pipeline connection, another interface；The outlet of the reservoir with
Expansion valve is connected；The intelligence control system includes control cabinet and the EAT sensor electrically connected with control cabinet, air intake
Humidity sensor, leaving air temp sensor and air-out humidity sensor；The control cabinet also respectively with compressor, pressure fan, three
Port valve, electric heater and humidifier electrical connection；The EAT sensor is used for the EAT for detecting air conditioner, enters rheumatism
Degree sensor is used for the air intake humidity for detecting air conditioner, and leaving air temp sensor is used for the leaving air temp for detecting air conditioner, air-out
Humidity sensor is used for the air-out humidity for detecting air conditioner；Air sequentially passes through evaporator, reheater condenser, electrical heating in order
Got in after device, humidifier and pressure fan.
2. a kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit according to claim 1, it is characterised in that the air-cooled condensation
Condensation fan is provided with device；The intelligence control system also includes condensation fan speed regulator and is arranged on compressor outlet pipe
Pressure sensor on road；The condensation fan speed regulator is electrically connected with condensation fan and control cabinet respectively；The pressure sensing
Device electrically connects control cabinet.
3. a kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit according to claim 1, it is characterised in that the reheating condensation
The outlet of device is connected by magnetic valve with liquid reserve tank.
4. a kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit according to claim 1, it is characterised in that also including air mistake
Filter；Air is sequentially passed through after air cleaner, evaporator, reheater condenser, electric heater, humidifier and pressure fan in order
Get in.
5. a kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit according to any one of claim 1 ~ 4, it is characterised in that described
Humidifier is electrode humidifier, electric heating humidifier, dry steam humidifier, wet-membrane humidifier or high-pressure micro mist humidifier.
6. a kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit according to any one of claim 1 ~ 4, it is characterised in that described
The first pressure switch electrically connected with control cabinet is provided with the inlet ductwork of compressor.
7. a kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit according to any one of claim 1 ~ 4, it is characterised in that described
The second pressure switch electrically connected with control cabinet is provided with the export pipeline of compressor.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201621479185.XU CN206338867U (en) | 2016-12-30 | 2016-12-30 | A kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201621479185.XU CN206338867U (en) | 2016-12-30 | 2016-12-30 | A kind of intelligent air-cooled type thermostatic and humidistatic air conditioning unit |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106642349A (en) * | 2016-12-30 | 2017-05-10 | 广东申菱环境系统股份有限公司 | Intelligent air-cooled type constant temperature and humidity air conditioner and temperature and humidity adjustment method thereof |
| CN110848794A (en) * | 2019-12-16 | 2020-02-28 | 湖南红橡室内气候技术有限公司 | Single cold heat source fresh air humidifying unit |
| CN112212474A (en) * | 2020-09-14 | 2021-01-12 | 海信（山东）空调有限公司 | Dehumidifier and dehumidification control method |
-
2016
- 2016-12-30 CN CN201621479185.XU patent/CN206338867U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106642349A (en) * | 2016-12-30 | 2017-05-10 | 广东申菱环境系统股份有限公司 | Intelligent air-cooled type constant temperature and humidity air conditioner and temperature and humidity adjustment method thereof |
| CN110848794A (en) * | 2019-12-16 | 2020-02-28 | 湖南红橡室内气候技术有限公司 | Single cold heat source fresh air humidifying unit |
| CN112212474A (en) * | 2020-09-14 | 2021-01-12 | 海信（山东）空调有限公司 | Dehumidifier and dehumidification control method |
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