CN203837202U - Energy-efficient air conditioner system - Google Patents
Energy-efficient air conditioner system Download PDFInfo
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- CN203837202U CN203837202U CN201420231733.1U CN201420231733U CN203837202U CN 203837202 U CN203837202 U CN 203837202U CN 201420231733 U CN201420231733 U CN 201420231733U CN 203837202 U CN203837202 U CN 203837202U
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- 230000033228 biological regulation Effects 0.000 claims description 133
- 238000004378 air conditioning Methods 0.000 claims description 95
- 238000001816 cooling Methods 0.000 claims description 56
- 230000000052 comparative effect Effects 0.000 claims description 37
- 238000005057 refrigeration Methods 0.000 claims description 34
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 32
- 238000001914 filtration Methods 0.000 claims description 11
- 238000010438 heat treatment Methods 0.000 claims description 10
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- 239000007921 spray Substances 0.000 claims description 6
- 239000000428 dust Substances 0.000 claims description 5
- 239000012535 impurity Substances 0.000 claims description 4
- 238000005507 spraying Methods 0.000 claims description 3
- 230000000694 effects Effects 0.000 abstract description 18
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- 238000004134 energy conservation Methods 0.000 description 10
- LYCAIKOWRPUZTN-UHFFFAOYSA-N Ethylene glycol Chemical compound OCCO LYCAIKOWRPUZTN-UHFFFAOYSA-N 0.000 description 8
- 238000000034 method Methods 0.000 description 8
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- YCKRFDGAMUMZLT-UHFFFAOYSA-N Fluorine atom Chemical compound [F] YCKRFDGAMUMZLT-UHFFFAOYSA-N 0.000 description 4
- 230000005540 biological transmission Effects 0.000 description 4
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- 229910052731 fluorine Inorganic materials 0.000 description 4
- 239000011737 fluorine Substances 0.000 description 4
- 230000008859 change Effects 0.000 description 3
- 125000004122 cyclic group Chemical group 0.000 description 3
- 230000001932 seasonal effect Effects 0.000 description 3
- 230000009471 action Effects 0.000 description 2
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- 230000006835 compression Effects 0.000 description 1
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- WGCNASOHLSPBMP-UHFFFAOYSA-N hydroxyacetaldehyde Natural products OCC=O WGCNASOHLSPBMP-UHFFFAOYSA-N 0.000 description 1
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- Air Conditioning Control Device (AREA)
Abstract
The utility model provides an energy-efficient air conditioner system which comprises a plurality of air valves and an actuator. The air valves are arranged in a mixing box used for introducing indoor return air and outdoor fresh air or mixing return air and fresh air, and the actuator is used for controlling different air valves to be opened and closed. The actuator is connected with the controller, and the controller can start different regulating and controlling units of the energy-efficient air conditioner system to regulate temperature and humidity of return air and fresh air or mixed air in the mixing box with temperature control as the priority principle according to internal and external temperature and humidity of a machine room, so that indoor temperature and humidity are maintained within a certain range. According to the energy-efficient air conditioner system, according to different weather conditions of the four seasons, outdoor fresh air is directly or indirectly used to maintain indoor temperature and humidity within a certain range, operation time of a compressor can be reduced, energy consumption of the whole machine room is lowered, and an obvious energy saving effect is achieved.
Description
Technical field
The utility model relates to a kind of energy-saving air conditioning system, belongs to air-conditioning system technical field.
Background technology
Equipment for annual all-weather coolings of needs such as Large-scale Data Rooms, communication machine room and industry and control machine room and Internet data centers (IDC), mostly adopt the air-conditioning system of steam compression type refrigeration circulation, because the power consumption of compressor in air-conditioning system occupies the overwhelming majority of air-conditioning total power consumption, the working time that therefore how to reduce compressor becomes the main direction that reduces energy consumption of machine room.Improving under the prerequisite of air-conditioning system refrigerating efficiency, if utilize four seasons Different climate condition, indirectly or directly utilize outdoor cold source to reduce the humiture of indoor equipment, reduce compressor operating time, thereby can reduce the energy consumption of whole machine room.
Utilize at present the method for outdoor new wind to have following several: (1) indirect utilization outdoor cold source: in chamber, between inside and outside, to increase a heat exchanger, inner air and outer air is directly contact not, by heat exchanger mediate contact, reach the object of heat exchange, this method can avoid outdoor unclean air to enter machine room, guarantee the cleanliness factor of machine room, but at transition season, due to the existence of heat transfer temperature difference, cooling effectiveness is poor, and energy-saving effect is not obvious.(2) ethylene glycol is naturally cooling: at indoor set, increase a refrigeration coil, by water pump, the outdoor glycol water being cooled is pumped in economic coil pipe, carry out heat exchange with indoor return air, reach the object of refrigeration, the weak point of the method has: a. is confined to water chiller; B. ethylene glycol solution has corrosivity, to pipeline cleanliness factor, requires very high; C. the resistance of ducting is large, and blower fan power consumption increases, and needs to be equipped with water pump simultaneously, causes the power of complete machine to rise, and further increases energy consumption; (3) fluorine pump natural cooling source system: fluorine pump single system is under two kinds of operational modes in mutual handoff procedure, and compressor can cause flooded starts, and cavitation erosion appears in fluorine pump, fault rate is high, and dual system operation need to increase by two device costs, and transition season fluorine is difficult for condensation, and refrigeration is not obvious; (4) directly utilize new wind: outdoor new wind is introduced directly into after simple filtration treatment indoor, to heating calculator room equipment lower the temperature.The method cannot be controlled humidity, and outdoor environment is dirtier, when dust content of air is larger, cannot directly apply; When outdoor temperature is low in addition, directly introduce new wind and can cause condensation problem.
In order to overcome the defect that the naturally cooling air-conditioning system of new wind is higher to outdoor air environmental requirement, Chinese patent literature (CN202547054U) discloses a kind of new wind nature Cooling Air-conditioning System, comprise: the indoor air draft air-valve by the circulation of air in indoor to the wind cyclic space, air in this wind cyclic space is discharged to outdoor outside air draft air-valve, mixer selector valve by the circulation of air in this wind cyclic space to mixed wind space, by the outdoor new distinguished and admirable new air-valve that leads to this mixed wind space and this is indoor in circulation of air to the air conditioner in machine room air returning valve of air conditioner in machine room, the water filtration space that the air that in mixed wind space, circulation is come is filtered, to the bag type filtering space of filtering by the air coming from this water filtration spatial flow, the wherein air inlet of this air conditioner in machine room and this bag type filtering space UNICOM.
Above-mentioned patent has been carried out clean and has filtered and can regulate indoor air humidity outdoor air, but still has following problem: (1) above-mentioned air-conditioning system cannot meet the refrigerating operaton demand of annual Various Seasonal.(2) above-mentioned air-conditioning system is provided with water filtration space, although can regulate the humidity of air, during this system works, thereby water can be blown into the normal operation that affects equipment in air conditioner in machine room, therefore has potential security risk.
In sum, how by energy-conservation mode, make full use of refrigerating operaton demand that outdoor new wind, indoor return air meets annual Various Seasonal to guarantee that indoor temperature and humidity are the technical barrier that also there is no solution in prior art within the specific limits.
Utility model content
For solving the problems of the technologies described above, the utility model provides a kind of energy-saving air conditioning system, comprise for introducing indoor return air, outdoor new wind or the blending bin that return air is mixed with new wind, and be the return air from blending bin, new wind or mixed wind provide the dynamic equipment of indoor operation power, the actuator that multiple air-valve is set in described blending bin and opens and closes for controlling different air-valves, described actuator connects controller, described controller can control different actuators according to machine room outdoor temperature and humidity value and open or cut out different air-valves, make the blending bin can be at return air, between the exported schema of new wind or mixed wind, automatically switch, also comprise the energy-saving air conditioning system that is positioned at described blending bin exit, described energy-saving air conditioning system connects described controller, described controller can be according to machine room indoor and outdoor temperature or humidity value, start the difference regulation and control unit of described energy-saving air conditioning system, to keep machine room indoor temperature and humidity within the specific limits.
Further, described regulation and control unit comprises wet-film humidifying regulation and control unit, compressor cooling regulation and control unit, humidifier humidification regulation and control unit and heater heating regulation and control unit.
Further, the Indoor Temperature, the Indoor Temperature of humidity signal, the humidity comparator that also comprise Indoor Temperature, hygrosensor, can receive described Indoor Temperature, hygrosensor send, described Indoor Temperature, humidity comparator are connected with described controller, are set with the predetermined range value of Indoor Temperature, humidity in described Indoor Temperature, humidity comparator; Described Indoor Temperature, humidity comparator are after receiving the Indoor Temperature that comes from described temperature, hygrosensor and send, humidity signal, after being compared, described numerical signal and described predetermined range value calculate difference, and send difference signal to described controller, described controller judges the difference regulation and control unit of opening described energy-saving air conditioning system after receiving described difference signal, when wherein, described wet-film humidifying regulation and control unit is different from described compressor cooling regulation and control unit, open.
Further, also comprise outdoor temperature detector, and the outdoor temperature comparator being connected with described outdoor temperature detector, described outdoor temperature comparator is connected with described controller, in described outdoor temperature comparator, be set with temperature predetermined value, described outdoor temperature detector sends to outdoor temperature comparator by the outdoor temperature numerical signal recording, described outdoor temperature comparator compares outdoor temperature numerical value and described temperature predetermined value, and comparative result is sent to described controller, described controller is controlled and is opened different air-valves and different regulation and control unit according to comparative result.
Further, in described outdoor temperature comparator, be set with three temperature predetermined values: 18 ℃, 25 ℃ and 35 ℃, when described outdoor temperature comparator sends to described controller by the comparative result of >35 ℃, described controller is controlled return air air-valve, refrigerating operaton air-valve and compressor cooling regulation and control unit are opened, control air exhaust units is closed, indoor return air enters described blending bin by described return air air-valve, and by refrigerating operaton air-valve, enter the compressor cooling regulation and control unit of described energy-saving air conditioning system, finally by described dynamic equipment, be sent to after indoor heat-producing device, by described return air air-valve, enter described blending bin again, form return air operational mode.
Further, in described return air operational mode, described controller judges whether to open described heater regulation and control unit, described humidifier regulation and control unit and described compressor cooling regulation and control unit after the described difference signal that receives described indoor and outdoor temperature, the transmission of humidity comparator.
Further, in described outdoor temperature comparator, be set with three temperature predetermined values: 18 ℃, 25 ℃ and 35 ℃, described outdoor temperature comparator by >18 ℃ and≤comparative result of 25 ℃ is while sending to described controller, described controller is controlled return air air-valve, refrigerating operaton air-valve, mixed wind air-valve and compressor cooling regulation and control unit are closed, new wind air-valve is opened, outdoor new wind enters in described energy-saving air conditioning system by new wind air-valve, by described dynamic equipment, be sent to indoor heat-producing device, finally by air exhaust units, be discharged to outdoor, form new wind operational mode.
Further, in described outdoor temperature comparator, be set with three temperature predetermined values: 18 ℃, 25 ℃ and 35 ℃, at described outdoor temperature comparator, incite somebody to action≤18 ℃, or >25 ℃ and≤comparative result of 35 ℃ is while sending to described controller, described controller is controlled new wind filter element, return air air-valve is opened, mixed wind air-valve and new wind air-valve are closed, outdoor new wind enters blending bin through new wind filter element and is mixed to form mixed wind with the return air that enters described blending bin by return air air-valve, described mixed wind is sent to indoor heat-producing device by described dynamic equipment, decline is discharged to outdoor by air exhaust units, part enters blending bin by return air air-valve again, form mixed wind operational mode.
Further, in described mixed wind operational mode, described controller judges whether to open described humidifier regulation and control unit, heater regulation and control unit or compressor cooling regulation and control unit after the described difference signal that receives described indoor and outdoor temperature, the transmission of humidity comparator simultaneously.
Further, also comprise outside humidity detector, and the outside humidity comparator being connected with described outside humidity detector, described outside humidity comparator is connected with described controller, in described outside humidity comparator, be set with humidity predetermined value, described outside humidity detector sends to outside humidity comparator by the outside humidity numerical signal recording, described outside humidity comparator compares outside humidity numerical value and described humidity predetermined value, and comparative result is sent to described controller, described controller is controlled and is opened different air-valves according to comparative result.
Further, in described outside humidity comparator, be set with two humidity predetermined values: 70%, 40%, when described outside humidity comparator sends to described controller by the comparative result of >70%, described controller is controlled return air air-valve, refrigerating operaton air-valve and compressor cooling regulation and control unit are opened, control air exhaust units is closed, indoor return air enters described blending bin by described return air air-valve, and by refrigerating operaton air-valve, enter the compressor cooling regulation and control unit of described energy-saving air conditioning system, after by described compressor cooling regulation and control unit refrigeration, by described dynamic equipment, be sent to indoor heat-producing device, finally by described return air air-valve, enter described blending bin, form return air operational mode.
Further, in described outdoor temperature comparator, be set with two humidity predetermined values: 70%, 40%, described outside humidity comparator by >40% and≤70% comparative result is while sending to described controller, described controller is controlled return air air-valve, refrigerating operaton air-valve, mixed wind air-valve and refrigeration regulation and control unit are closed, new wind filter element and new wind air-valve are opened, outdoor new wind enters blending bin by new wind filter element, and enter in described energy-saving air conditioning system by new wind air-valve, by described dynamic equipment, be sent to indoor heat-producing device, finally by air exhaust units, be discharged to outdoor, form new wind operational mode.
Further, in described outdoor temperature comparator, be set with two humidity predetermined values: 70%, 40%, when described outside humidity comparator sends to described controller by≤40% comparative result, described controller is controlled return air air-valve, new wind air-valve, refrigerating operaton air-valve and refrigeration regulation and control unit are closed, new wind filter element, mixed wind air-valve and wet-film humidifying regulation and control unit are opened, outdoor new wind enters blending bin by a new wind filter element, and enter in described energy-saving air conditioning system by mixed wind air-valve, after the humiture of described wet-film humidifying regulation and control unit is adjusted, by described dynamic equipment, be sent to indoor heat-producing device, finally by air exhaust units, be discharged to outdoor, form new wind operational mode.
Further, it is principle that described new wind operational mode, return air operational mode and mixed wind operational mode all be take temperature prioritised,, when refrigeration demand is greater than 130%, forces to enter into return air operational mode, and compressor cooling regulation and control unit is opened.
Further, described wet-film humidifying regulation and control unit comprises wet film and the spray module for spraying water on described wet film, and described spray module comprises water tank, the water pump being connected with described water tank and the shower nozzle being connected with water pump.
Further, described compressor cooling regulation and control unit comprises the refrigeration coil that is positioned at the refrigeration compressor of water tank end face and is positioned at water tank end face and extends to described regulator control system inside.
Further, return air air-valve, new wind air-valve, refrigerating operaton air-valve and mixed wind air-valve are 0～100% step-less adjustment air-valve.
Further, in new wind filter element, be provided with stormproof louvre, for filtering the filter of new wind impurity, for fireproof fire resisting damper and for driving new wind to enter the Electric air valve of blending bin.
Further, described filter is provided with screen pack, on described screen pack, be provided with pressure sensor, described screen pack is connected with described controller, when described pressure sensor detects described screen pack and is increased to certain value because of laying dust two ends pressure reduction, described pressure sensor is to described controller transmitted signal, and described controller is controlled described screen pack and automatically rolled.
Further, air exhaust units is connected with described controller, is provided with fly net, exhaust fan, fire resisting damper, air draft Electric air valve and shutter in described air exhaust units, and exhaust fan is 0～100% step-less adjustment air-valve.
Technique scheme of the present utility model has the following advantages compared to existing technology:
1. a kind of energy-saving air conditioning system that the utility model provides, comprise for introducing indoor return air, outdoor new wind or the blending bin that return air is mixed with new wind, the actuator that multiple air-valve is set in blending bin and opens and closes for controlling different air-valves, described actuator connects controller, described controller can control different actuators according to machine room outdoor temperature or humidity value and open or cut out different air-valves, make the blending bin can be at return air, between the exported schema of new wind and mixed wind, automatically switch, according to the difference of outdoor temperature or humidity, carrying out different patterns switches, reduced to the full extent the inside windage of energy-saving air conditioning system under different mode, the energy consumption of reduction system operation, reach energy-conservation effect, and, under different operational modes, controller can be according to Indoor Temperature, the actual value of humidity and Indoor Temperature, the difference regulation and control unit of the difference starting energy-saving air-conditioning system of the predetermined value of humidity, make different operational modes together with the organic coupling in regulation and control unit, can be according to indoor actual refrigeration demand and humidity demand, select the low temperature adjusting unit of energy consumption, and mate corresponding humidity and adjust mode, can reduce compressor operating time, reduced the energy consumption of whole system, therefore there is obvious energy-saving effect, and indoor temperature and humidity can be maintained in preset range all the time.In sum, energy-saving air conditioning system of the present utility model, by controller unification, the operational mode of wind and humiture control unit are switched and selected, can utilize fully different weather conditions of the four seasons, by energy-conservation mode, realize the regulation and control of indoor temperature and humidity, and the condensation phenomenon occurring can avoid directly introducing outdoor low-temperature cold wind time and calculator room equipment may occur while introducing the air of low humidity problems such as electrostatic hazard, energy-saving effect is remarkable.
2. a kind of energy-saving air conditioning system that the utility model provides, described regulation and control unit comprises wet-film humidifying regulation and control unit, compressor cooling regulation and control unit, humidifier humidification regulation and control unit and heater heating regulation and control unit.Compressor cooling regulation and control unit good refrigeration effect in above-mentioned regulation and control unit, but energy consumption is larger; Wet-film humidifying regulation and control unit can also humidification by introducing that outdoor new wind not only can lower the temperature, and energy consumption is low reaches best energy-saving effect, and can meet the refrigerating operaton demand of annual Various Seasonal.
3. a kind of energy-saving air conditioning system that the utility model provides, the Indoor Temperature, the Indoor Temperature of humidity signal, the humidity comparator that also comprise Indoor Temperature, hygrosensor, can receive described Indoor Temperature, hygrosensor send, described Indoor Temperature, humidity comparator are connected with described controller, are set with the predetermined range value of Indoor Temperature, humidity in described Indoor Temperature, humidity comparator; Described Indoor Temperature, humidity comparator are after receiving the Indoor Temperature that comes from described temperature, hygrosensor and send, humidity signal, after being compared, described numerical signal and described predetermined range value calculate difference, and sending difference signal to described controller, described controller judges the difference regulation and control unit of opening described energy-saving air conditioning system after receiving described difference signal.According to described outdoor temperature detector and hygrosensor and described Indoor Temperature, humidity comparator, for outdoor conditions just meet machine room indoor require time, can directly utilize outdoor air to make that machine room is indoor to be remained in default temperature humidity range; For outdoor conditions do not meet machine room indoor require time, described energy-saving air conditioning system regulates and controls to make it to remain in the indoor default temperature humidity range of machine room to outdoor air, thereby indoor conditions and outdoor conditions Proper Match are got up, and plays energy-saving effect.
4. a kind of energy-saving air conditioning system that the utility model provides, also comprise outdoor temperature detector, and the outdoor temperature comparator being connected with described outdoor temperature detector, described outdoor temperature comparator is connected with described controller, in described outdoor temperature comparator, be set with temperature predetermined value, described outdoor temperature detector sends to outdoor temperature comparator by the outdoor temperature numerical signal recording, described outdoor temperature comparator compares outdoor temperature numerical value and described temperature predetermined value, and comparative result is sent to described controller, described controller is controlled and is opened different air-valves and different regulation and control unit according to comparative result.By outdoor temperature detector, survey outdoor temperature, and by outdoor temperature comparator, the predetermined temperature value of setting in outdoor actual temperature value and comparator is compared, thereby determine and open different operational modes, this kind of set-up mode makes the energy-saving air conditioning system of the present utility model can be according to the variation of outdoor temperature, between the operational mode of return air, new wind and mixed wind, switch, the windage of maximum reduction system, the variations in temperature that Four seasons change is brought considers that energy-saving effect is remarkable in the operational mode of system.
5. a kind of energy-saving air conditioning system that the utility model provides, when described outdoor temperature comparator sends to described controller by the comparative result of >35 ℃, forms return air operational mode.Under described return air operational mode, in order to keep machine room indoor temperature to maintain in default temperature range, now air-conditioning system is in air-tight state, both there is no the introducing of new wind, there is no the discharge of return air yet, by compressor cooling, regulating and controlling unit freezes to indoor return air, the difference signal that described controller sends according to described Indoor Temperature, humidity comparator judges whether to open described heater regulation and control unit and described humidifier regulation and control unit, thereby machine room indoor temperature and humidity are remained in the scope of setting.
6. a kind of energy-saving air conditioning system that the utility model provides, described outdoor temperature comparator by >18 ℃ and≤comparative result of 25 ℃ is while sending to described controller, form new wind operational mode, under new wind operational mode, described controller controls return air air-valve, refrigerating operaton air-valve, mixed wind air-valve and compressor cooling regulation and control unit and cuts out, new wind air-valve is opened, outdoor new wind enters in described energy-saving air conditioning system by new wind air-valve, by described dynamic equipment, be sent to indoor heat-producing device, finally by air exhaust units, be discharged to outdoor.In new wind operational mode, can effectively utilize outdoor natural cooling source, thereby reduce the running time of compressor cooling regulation and control unit, reduce energy consumption.
7. a kind of energy-saving air conditioning system that the utility model provides, at described outdoor temperature comparator, incite somebody to action≤18 ℃, or >25 ℃ and≤comparative result of 35 ℃ is while sending to described controller, form mixed wind operational mode, described controller is controlled new wind filter element, return air air-valve is opened, mixed wind air-valve and new wind air-valve are closed, outdoor new wind enters blending bin through new wind filter element and is mixed to form mixed wind with the return air that enters described blending bin by return air air-valve, described mixed wind is sent to indoor heat-producing device by described dynamic equipment, decline is discharged to outdoor by air exhaust units, part enters blending bin by return air air-valve again, form mixed wind operational mode.In described mixed wind operational mode, described controller judges whether to open described humidifier regulation and control unit and described compressor cooling regulation and control unit after the described difference signal that receives described Indoor Temperature, the transmission of humidity comparator simultaneously, remains in the scope of setting for maintaining machine room indoor temperature.Described outdoor temperature comparator detects temperature can form mixed wind operational mode when lower, keeps that machine room is indoor to be maintained in predetermined temperature range, thus the condensation phenomenon having occurred while having overcome the outdoor low-temperature cold wind of direct introducing.Under described mixed wind operational mode, also can effectively utilize outdoor natural cooling source, thereby reduce the running time of compressor, energy-saving effect is remarkable.
8. the energy-saving air conditioning system that the utility model provides, also comprise outside humidity detector, and the outside humidity comparator being connected with described outside humidity detector, described outside humidity comparator is connected with described controller, in described outside humidity comparator, be set with humidity predetermined value, described outside humidity detector sends to outside humidity comparator by the outside humidity numerical signal recording, described outside humidity comparator compares outside humidity numerical value and described humidity predetermined value, and comparative result is sent to described controller, described controller is controlled and is opened different air-valves according to comparative result.By outside humidity detector, survey outside humidity, and by outside humidity comparator, the predetermined moisture value of setting in outdoor actual humidity value and comparator is compared, thereby determine and open different operational modes, this kind of set-up mode makes the energy-saving air conditioning system of the present utility model can be according to the variation of outside humidity, between the operational mode of return air, new wind and mixed wind, switch, the windage of maximum reduction system, the humidity that Four seasons change is brought changes considers that energy-saving effect is remarkable in the operational mode of system.
9. the energy-saving air conditioning system that the utility model provides, in described outdoor temperature comparator, be set with two humidity predetermined values: 70%, 40%, when described outside humidity comparator sends to described controller by the comparative result of >70%, described controller is controlled return air air-valve, refrigerating operaton air-valve and compressor cooling regulation and control unit are opened, control air exhaust units is closed, indoor return air enters described blending bin by described return air air-valve, and by refrigerating operaton air-valve, enter the compressor cooling regulation and control unit of described energy-saving air conditioning system, after by described compressor cooling regulation and control unit refrigeration, by described dynamic equipment, be sent to indoor heat-producing device, finally by described return air air-valve, enter described blending bin, form return air operational mode.Under described return air operational mode, in order to keep machine room indoor temperature and humidity to maintain in default temperature humidity range, now air-conditioning system is in air-tight state, both there is no the introducing of new wind, there is no the discharge of return air yet, by compressor cooling, regulating and controlling unit freezes to indoor return air, the difference signal that described controller sends according to described indoor temperature and humidity comparator judges whether to open described heater regulation and control unit and described humidifier regulation and control unit, thereby machine room indoor temperature and humidity are remained in the scope of setting.
10. the energy-saving air conditioning system that the utility model provides, in described outdoor temperature comparator, be set with two humidity predetermined values: 70%, 40%, described outside humidity comparator by >40% and≤70% comparative result is while sending to described controller, described controller is controlled return air air-valve, refrigerating operaton air-valve, mixed wind air-valve and refrigeration regulation and control unit are closed, new wind filter element and new wind air-valve are opened, outdoor new wind enters blending bin by new wind filter element, and enter in described energy-saving air conditioning system by new wind air-valve, by described dynamic equipment, be sent to indoor heat-producing device, finally by air exhaust units, be discharged to outdoor, form new wind operational mode.New wind operational mode can effectively be utilized outdoor natural cooling source, thereby reduces the running time of compressor cooling regulation and control unit, reduces energy consumption.
The energy-saving air conditioning system that 11. the utility model provide, in described outdoor temperature comparator, be set with two humidity predetermined values: 70%, 40%, when described outside humidity comparator sends to described controller by≤40% comparative result, described controller is controlled return air air-valve, new wind air-valve, refrigerating operaton air-valve and refrigeration regulation and control unit are closed, new wind filter element, mixed wind air-valve and wet-film humidifying regulation and control unit are opened, outdoor new wind enters blending bin by new wind filter element, and enter in described energy-saving air conditioning system by mixed wind air-valve, after the humiture of described wet-film humidifying regulation and control unit is adjusted, by described dynamic equipment, be sent to indoor heat-producing device, finally by air exhaust units, be discharged to outdoor, form new wind operational mode.In outside humidity, be worth when smaller, by opening wet-film humidifying regulation and control unit, carry out the adjustment of temperature and humidity simultaneously, do not need to open compressor cooling regulation and control unit, reduced the energy consumption of system, and met the adjustment requirement of humidity and temperature, energy-saving effect is remarkable.
The energy-saving air conditioning system that 12. the utility model provide, return air air-valve, new wind air-valve, refrigerating operaton air-valve and mixed wind air-valve are 0～100% step-less adjustment air-valve, thereby described controller can be adjusted the open degree of above-mentioned air-valve according to indoor and outdoor humiture, finally make the open degree of above-mentioned air-valve can mate different operational modes and regulation and control unit, reach energy-saving effect.
A kind of energy-saving air conditioning system that 13. the utility model provide, in described new wind filter element, be provided with stormproof louvre, for filtering the filter of new wind impurity, for fireproof fire resisting damper and for driving new wind to enter the Electric air valve of blending bin, thereby guaranteed that the new wind of introducing is clean clean.
A kind of energy-saving air conditioning system that 14. the utility model provide, described filter is provided with screen pack, on described screen pack, be provided with pressure sensor, described screen pack is connected with described controller, when described pressure sensor detects described screen pack and is increased to certain value because of laying dust two ends pressure reduction, described pressure sensor is to described controller transmitted signal, and described controller is controlled described screen pack and automatically rolled.Because the utility model is introduced automatic curtain technology, screen pack is rolled automatically, automatically changes, and has reduced a year maintenance period amount.
Accompanying drawing explanation
For content of the present utility model is more likely to be clearly understood, according to specific embodiment of the utility model also by reference to the accompanying drawings, the utility model is described in further detail, wherein below
Fig. 1 is the Air Flow schematic diagram under the utility model return air operational mode;
Fig. 2 is the first Air Flow schematic diagram under the new wind operational mode of the utility model;
Fig. 3 is the second Air Flow schematic diagram under the new wind operational mode of the utility model;
Fig. 4 is the first Air Flow schematic diagram under the mixed wind operational mode of the utility model;
Fig. 5 is the second Air Flow schematic diagram under the mixed wind operational mode of the utility model.
In figure, Reference numeral is expressed as: A-machine room is indoor, B-blending bin, C-filter element, D-energy-saving air conditioning system, E-air exhaust units, 12-Electric air valve, 13-fire resisting damper, 14-stormproof louvre, 15-filter, 200-return air air-valve, the new wind air-valve of 201-, 202-refrigerating operaton air-valve, 203-mixes wind air-valve, 21-water tank, 22-water pump, 23-wet film, 24-shower nozzle, 25-refrigeration compressor, 26-refrigeration coil, 27-humidifier, 28-heater, 29-dynamic equipment, 31-heat-producing device, 41-fly net, 42-exhaust fan, 43-fire resisting damper, 44-air draft Electric air valve, 45-shutter.
The specific embodiment
The utility model provides a kind of energy-saving air conditioning system, comprise for introducing indoor return air, outdoor new wind or the blending bin B that return air is mixed with new wind, and be the return air from blending bin B, new wind or mixed wind provide the dynamic equipment 29 of indoor operation power, the actuator that multiple air-valve is set in described blending bin B and opens and closes for controlling different air-valves, described actuator connects controller, described controller can control different actuators according to machine room indoor and outdoor temperature and humidity value and open or cut out different air-valves, make the blending bin B can be at return air, between the exported schema of new wind or mixed wind, automatically switch, also comprise the energy-saving air conditioning system D that is positioned at described blending bin B exit, described energy-saving air conditioning system D connects described controller, described controller can be according to machine room indoor and outdoor temperature or humidity value, start the difference regulation and control unit of described energy-saving air conditioning system D, to keep machine room indoor temperature and humidity within the specific limits.
In the utility model, in order to reach energy-conservation effect, described regulation and control unit comprises wet-film humidifying regulation and control unit, compressor cooling regulation and control unit, humidifier humidification regulation and control unit and heater heating regulation and control unit, wherein, wet-film humidifying regulation and control unit can be for adjust temperature and humidity simultaneously, energy consumption is lower, in the situation that outdoor temperature is lower, can utilize wet-film humidifying system to carry out the adjustment of temperature and humidity; The refrigeration of compressor cooling regulation and control unit is better, but energy consumption is larger, is used for carrying out temperature adjusting in the situation that outdoor temperature is higher; Humidifier regulation and control unit and heater regulation and control unit can be separately or match compressor refrigeration regulate and control unit and carry out the adjustment of temperature and humidity.By above-mentioned different regulation and control unit is set, make controller after the comparative result and difference signal of setting value that obtains indoor and outdoor humiture and indoor temperature and humidity, by opening different regulation and control unit, carry out the adjustment of indoor temperature and humidity, the real energy-saving effect that reaches.
In the utility model, in order to make controller obtain the actual value of Indoor Temperature, humidity, be convenient to control the different regulation and control unit of unlatching, described energy-saving air conditioning system also comprises Indoor Temperature, hygrosensor, can receive described Indoor Temperature, hygrosensor sends Indoor Temperature, the Indoor Temperature of humidity signal, humidity comparator, described Indoor Temperature, humidity comparator are connected with described controller, are set with the predetermined range value of Indoor Temperature, humidity in described Indoor Temperature, humidity comparator; Described Indoor Temperature, humidity comparator are after receiving the Indoor Temperature that comes from described temperature, hygrosensor and send, humidity signal, after being compared, described numerical signal and described predetermined range value calculate difference, and send difference signal to described controller, described controller judges the difference regulation and control unit of opening described energy-saving air conditioning system D after receiving described difference signal, when wherein, described wet-film humidifying regulation and control unit is different from described compressor cooling regulation and control unit, open.
In the utility model, in order to make described controller obtain the actual value of outdoor temperature humidity, be convenient to carry out the switching of system running pattern, described energy-saving air conditioning system also comprises outdoor temperature detector, and the outdoor temperature comparator being connected with described outdoor temperature detector, described outdoor temperature comparator is connected with described controller, in described outdoor temperature comparator, be set with temperature predetermined value, described outdoor temperature detector sends to outdoor temperature comparator by the outdoor temperature numerical signal recording, described outdoor temperature comparator compares outdoor temperature numerical value and described temperature predetermined value, and comparative result is sent to described controller, described controller is controlled and is opened different air-valves and different regulation and control unit according to comparative result.
As a kind of distortion, for the ease of carrying out the switching of system running pattern, also comprise outside humidity detector, and the outside humidity comparator being connected with described outside humidity detector, described outside humidity comparator is connected with described controller, in described outside humidity comparator, be set with humidity predetermined value, described outside humidity detector sends to outside humidity comparator by the outside humidity numerical signal recording, described outside humidity comparator compares outside humidity numerical value and described humidity predetermined value, and comparative result is sent to described controller, described controller is controlled and is opened different air-valves according to comparative result.
Technique scheme is core technology scheme of the present utility model, it is controlled different actuators by same controller according to machine room outdoor temperature or humidity value and opens or close different air-valves, blending bin can be automatically switched between the exported schema of return air, new wind or mixed wind, according to the difference of outdoor temperature or humidity, carrying out different patterns switches, reduced to the full extent the inside windage of energy-saving air conditioning system under different mode, the energy consumption of reduction system operation, reaches energy-conservation effect, and, under different operational modes, controller can be according to Indoor Temperature, the actual value of humidity and Indoor Temperature, the difference regulation and control unit of the difference starting energy-saving air-conditioning system of the predetermined value of humidity, make different operational modes together with the organic coupling in regulation and control unit, can be according to indoor actual refrigeration demand and humidity demand, select the low temperature adjusting unit of energy consumption, and mate corresponding humidity and adjust mode, can reduce compressor operating time, reduced the energy consumption of whole system, therefore there is obvious energy-saving effect, and indoor temperature and humidity can be maintained in preset range all the time.In sum, energy-saving air conditioning system of the present utility model, by controller unification, the operational mode of wind and humiture control unit are switched and selected, can utilize fully different weather conditions of the four seasons, by energy-conservation mode, realize the regulation and control of indoor temperature and humidity, and the condensation phenomenon occurring can avoid directly introducing outdoor low-temperature cold wind time and calculator room equipment may occur while introducing the air of low humidity problems such as electrostatic hazard.
Below with reference to specific embodiment of the utility model, above-mentioned core technology scheme of the present utility model is described in detail.
Embodiment 1
The present embodiment provides a kind of energy-saving air conditioning system, comprise for introducing indoor return air, outdoor new wind or the blending bin B that return air is mixed with new wind, and be the return air from blending bin B, new wind or mixed wind provide the dynamic equipment 29 of indoor operation power, in the present embodiment, described dynamic equipment 29 is breeze fan, in described blending bin B, be provided with return air air-valve 200 with and actuator, new wind air-valve 201 with and actuator, refrigerating operaton air-valve 202 with and actuator, mixed wind air-valve 203 with and actuator, above-mentioned air-valve is 0～100% step-less adjustment air-valve, above-mentioned various actuator connects respectively controller, the outer temperature comparator of described controller junction chamber, the outer hygrosensor of described outdoor temperature comparator junction chamber, at described outdoor temperature detector, outdoor temperature signal is sent to after outdoor temperature comparator, outdoor temperature comparator compares the temperature predetermined value of this temperature signal and its inner setting, and comparative result is sent to controller, described controller is relatively controlled and is opened different air-valves according to this, so that whole air-conditioning system can be at return air, between new wind and mixed wind pattern, switch, meanwhile, described controller is also connected with energy-saving air conditioning system D, and described energy-saving air conditioning system comprises wet-film humidifying regulation and control unit, compressor cooling regulation and control unit, humidifier humidification regulation and control unit and heater heating regulation and control unit, described controller is also connected with indoor humidity comparator with machine room indoor temperature comparator, indoor temperature comparator is connected with indoor humidity detector with indoor temperature detector respectively with indoor humidity comparator, at indoor temperature detector and indoor humidity detector, survey while obtaining indoor actual temperature value, this value is sent to indoor temperature comparator and indoor humidity comparator, this comparator compares indoor temperature actual value or indoor humidity actual value and preset value, and calculate difference, and this difference signal is sent to controller, described controller is controlled and is opened different regulation and control unit according to this difference signal, with temperature and humidity in holding chamber within the specific limits.
In the present embodiment, in described outdoor temperature comparator, be set with three temperature predetermined values: 18 ℃, 25 ℃ and 35 ℃.
As shown in Figure 1, when described outdoor temperature detector detects outdoor temperature and is greater than 35 ℃, described outdoor temperature comparator sends to described controller by the comparative result of >35 ℃, described controller is controlled return air air-valve 200, refrigerating operaton air-valve 202 and compressor cooling regulation and control unit are opened, controlling air exhaust units E closes, indoor return air enters described blending bin B by described return air air-valve 200, and by refrigerating operaton air-valve 202, enter the compressor cooling regulation and control unit of described energy-saving air conditioning system D, finally by described dynamic equipment 29, be sent to after indoor heat-producing device 31, by described return air air-valve 200, enter described blending bin B again, form return air operational mode.
Under described return air operational mode, in order to keep machine room indoor temperature to maintain in default temperature range, see, now air-conditioning system is in air-tight state, both there is no the introducing of new wind, there is no the discharge of return air yet, described controller judges whether to open described heater regulation and control unit and described humidifier regulation and control unit after receiving the described difference signal that described Indoor Temperature, humidity comparator send, and by described heater regulation and control unit and described humidifier regulation and control unit, maintains in the temperature range that machine room indoor temperature remains on setting.
As shown in Figure 2, at outdoor temperature detector, detect outdoor temperature and be greater than 18 ℃ and while being less than or equal to 25 ℃, described outdoor temperature comparator by >18 ℃ and≤comparative result of 25 ℃ sends to described controller, described controller is controlled return air air-valve 200, refrigerating operaton air-valve 202, mixed wind air-valve 203 and refrigeration regulation and control unit are closed, new wind air-valve 201 is opened, outdoor new wind enters in described energy-saving air conditioning system D by new wind air-valve 201, by described dynamic equipment 29, be sent to indoor heat-producing device 31, finally by air exhaust units E, be discharged to outdoor, form new wind operational mode.
Under described new wind operational mode, need to be according to refrigeration demand and humidification demand, open described wet-film humidifying regulation and control unit and heater heating regulation and control unit remains in the scope of setting for maintaining machine room indoor temperature, can effectively utilize outdoor natural cooling source, thereby reduce the running time of compressor, all kinds of air-conditioning occasions therefore with energy-conservation demand are all suitable for.
As shown in Figure 4, described outdoor temperature detector detect outdoor temperature≤18 ℃ or >25 ℃ and≤35 ℃ time, described outdoor temperature comparator is by≤18 ℃, or >25 ℃ and≤comparative result of 35 ℃ sends to described controller, described controller is controlled new wind filter element C, return air air-valve 200 is opened, mixed wind air-valve 203 and new wind air-valve 201 are closed, outdoor new wind enters blending bin B through new wind filter element C and is mixed to form mixed wind with the return air that enters described blending bin B by return air air-valve 200, described mixed wind is sent to indoor heat-producing device 31 by described dynamic equipment 29, the mixed wind of decline is discharged to outdoor by air exhaust units E, part enters blending bin B by return air air-valve 200 again, to form mixed wind operational mode, this kind of method of operation can reduce the windage of system.
As shown in Figure 5, when detecting refrigeration demand according to the difference of the indoor A actual temperature value of machine room and the indoor preset temperature value of machine room and be less than 100%, described refrigerating operaton air-valve 202 controlled by described controller and mixed wind air-valve 203 cuts out, described return air air-valve 200 and new wind air-valve 201 are opened, outdoor new wind enters blending bin B through new wind filter element C and is mixed to form mixed wind with the return air that enters described blending bin B by return air air-valve 200, described mixed wind is sent to indoor heat-producing device 31 by described dynamic equipment 29, decline is discharged to outdoor by air exhaust units E, part enters blending bin B by return air air-valve 200 again, form mixed wind operational mode, this kind of mode can reduce the running time of compressor cooling regulation and control unit, reduce energy consumption.
To sum up, under above-mentioned mixed wind operational mode, described outdoor temperature comparator detects temperature when lower, and controller can be controlled and open different air-valves, forms mixed wind operational mode, thus the condensation phenomenon having occurred while having overcome the outdoor low-temperature cold wind of direct introducing.Under described mixed wind operational mode, described controller judges whether to open described humidifier regulation and control unit and described compressor cooling regulation and control unit after the described difference signal (can judge the refrigeration demand that machine room is indoor according to this difference signal) that receives described Indoor Temperature, the transmission of humidity comparator simultaneously, for maintaining in the scope that machine room indoor temperature remains on setting, can effectively utilize outdoor natural cooling source, thereby reduce the running time of compressor, all kinds of air-conditioning occasions therefore with energy-conservation demand are all suitable for.
Particularly, described wet-film humidifying regulation and control unit comprises wet film 23 and the spray module for spraying water on described wet film 23, described spray module comprises water tank 21, the water pump 22 being connected with described water tank 21 and the shower nozzle 24 being connected with water pump 22, by wet-film humidifying system, both can carry out temperature adjusting and also can carry out humidity regulation, guarantee that the indoor humidity of machine room was in default scope.Described compressor cooling regulation and control unit comprises the refrigeration coil 26 that is positioned at the refrigeration compressor 25 of water tank 21 end faces and is positioned at water tank 21 end faces and extends to described regulator control system D inside, by compressor cooling, regulate and control unit and freeze, there is higher refrigeration.Described humidifier humidification regulation and control unit comprises humidifier 27, and described heater heating regulation and control unit comprises heater 28.
According to described outdoor temperature detector and hygrosensor and described Indoor Temperature, humidity comparator, for outdoor conditions just meet machine room indoor require time, can directly utilize outdoor air to make that machine room is indoor to be remained in default temperature humidity range; For outdoor conditions do not meet machine room indoor require time, described energy-saving air conditioning system D regulates and controls to make it to remain in the indoor default temperature humidity range of machine room to outdoor air.
Embodiment 2
The present embodiment provides a kind of energy-saving air conditioning system, comprise for introducing indoor return air, outdoor new wind or the blending bin B that return air is mixed with new wind, and be the return air from blending bin B, new wind or mixed wind provide the dynamic equipment 29 of indoor operation power, in the present embodiment, described dynamic equipment 29 is breeze fan, in described blending bin B, be provided with return air air-valve 200 with and actuator, new wind air-valve 201 with and actuator, refrigerating operaton air-valve 202 with and actuator, mixed wind air-valve 203 with and actuator, above-mentioned air-valve is 0～100% step-less adjustment air-valve, above-mentioned various actuator connects respectively controller, described controller connects outside humidity comparator, described outside humidity comparator connects outside humidity detector, at described outside humidity detector, outside humidity signal is sent to after outside humidity comparator, outside humidity comparator compares the humidity predetermined value of this humidity value signal and its inner setting, and comparative result is sent to controller, described controller is relatively controlled and is opened different air-valves according to this, so that whole air-conditioning system can be at return air, between new wind or mixed wind pattern, switch, meanwhile, described controller is also connected with energy-saving air conditioning system D, and described energy-saving air conditioning system comprises wet-film humidifying regulation and control unit, compressor cooling regulation and control unit, humidifier humidification regulation and control unit and heater heating regulation and control unit, described controller is also connected with indoor humidity comparator with machine room indoor temperature comparator, indoor temperature comparator is connected with indoor humidity detector with indoor temperature detector respectively with indoor humidity comparator, at indoor temperature detector and indoor humidity detector, survey while obtaining indoor actual temperature value, this value is sent to indoor temperature comparator and indoor humidity comparator, this comparator compares indoor temperature actual value or indoor humidity actual value and preset value, and calculate difference, and this difference signal is sent to controller, described controller is controlled and is opened different regulation and control unit according to this difference signal, with temperature and humidity in holding chamber within the specific limits.
In the present embodiment, in described outside humidity comparator, be set with two humidity predetermined values: 70%, 40%.
As shown in Figure 1, when described outside humidity detector detects outside humidity and is greater than 70%, described outside humidity comparator sends to described controller by the comparative result of >70%, described controller is controlled return air air-valve 200, refrigerating operaton air-valve 202 and compressor cooling regulation and control unit are opened, controlling air exhaust units E closes, indoor return air enters described blending bin B by described return air air-valve 200, and by refrigerating operaton air-valve 202, enter the compressor cooling regulation and control unit of described energy-saving air conditioning system D, after by described compressor cooling regulation and control unit refrigeration, by described dynamic equipment 29, be sent to indoor heat-producing device 31, finally by described return air air-valve 200, enter described blending bin B, form return air operational mode.
Under described return air operational mode, in order to keep machine room indoor humidity to maintain in default temperature humidity range, see, now air-conditioning system is in air-tight state, both there is no the introducing of new wind, there is no the discharge of return air yet, described controller judges whether to open described heater regulation and control unit after receiving the described difference signal that described Indoor Temperature, humidity comparator send, and compressor cooling regulation and control unit or humidifier regulation and control unit maintain in the temperature range that machine room indoor temperature remains on setting.
As shown in Figure 2, described outside humidity detector detect outside humidity >40% and≤70% time, described outside humidity comparator by >40% and≤70% comparative result sends to described controller, described controller is controlled return air air-valve 200, refrigerating operaton air-valve 202, mixed wind air-valve 203 and refrigeration regulation and control unit are closed, new wind filter element C and new wind air-valve 201 are opened, outdoor new wind enters blending bin B by new wind filter element C, and enter in described energy-saving air conditioning system D by new wind air-valve 201, by described dynamic equipment 29, be sent to indoor heat-producing device 31, finally by air exhaust units E, be discharged to outdoor, form new wind operational mode.
Under described new wind operational mode, need to be according to refrigeration and humidification demand, need to open described humidifier humidification regulation and control unit and heater heating regulation and control unit remains in the scope of setting for maintaining machine room indoor temperature, can effectively utilize outdoor natural cooling source, thereby reduce the running time of compressor, all kinds of air-conditioning occasions therefore with energy-conservation demand are all suitable for.
As shown in Figure 3, when described outside humidity detector detects outside humidity≤40%, described outside humidity comparator sends to described controller by≤40% comparative result, described controller is controlled return air air-valve 200, new wind air-valve 201, refrigerating operaton air-valve 202 and refrigeration regulation and control unit are closed, new wind filter element C, mixed wind air-valve 203 and wet-film humidifying regulation and control unit are opened, outdoor new wind enters blending bin by a new wind filter element C, and enter in described energy-saving air conditioning system D by mixed wind air-valve 203, after the humiture of described wet-film humidifying regulation and control unit is adjusted, by described dynamic equipment 29, be sent to indoor heat-producing device 31, finally by air exhaust units E, be discharged to outdoor, form new wind operational mode.
Described outside humidity detector detects humidity can form new wind operational mode when lower, and the indoor humidity of machine room is remained in predetermined scope, thereby the air that overcomes high temperature low humidity enters the problems such as electrostatic hazard that calculator room equipment may occur.Under described new wind operational mode, can effectively utilize outdoor natural cooling source, thereby reduce the running time of compressor, all kinds of air-conditioning occasions therefore with energy-conservation demand are all suitable for.
In embodiment 1 of the present utility model and embodiment 2, it is principle that described new wind operational mode, return air operational mode and mixed wind operational mode all be take temperature prioritised, when refrigeration demand is greater than 130%, force to enter into return air operational mode, compressor cooling regulation and control unit is opened.
In embodiment 1 of the present utility model and embodiment 2, for the new wind that guarantees to introduce is clean clean, in described new wind filter element C, be provided with stormproof louvre 14, for filtering the filter 15 of new wind impurity, for fireproof fire resisting damper 13 and for driving new wind to enter the Electric air valve 12 of blending bin B.Described filter 15 is provided with screen pack, on described screen pack, be provided with pressure sensor, described screen pack is connected with described controller, when described pressure sensor detects described screen pack and is increased to certain value because of laying dust two ends pressure reduction, described pressure sensor is to described controller transmitted signal, and described controller is controlled described screen pack and automatically rolled.Because the utility model is introduced automatic curtain technology, screen pack is changed automatically, has reduced a year maintenance period amount.
In embodiment 1 of the present utility model and embodiment 2, described dynamic equipment 29 is breeze fans, described air exhaust units E is connected with described controller, is provided with fly net 41, exhaust fan 42, fire resisting damper 43, air draft Electric air valve 44 and shutter 45 in described air exhaust units E.Energy-saving effect while considering operation of air conditioner, described return air air-valve 200, new wind air-valve 201, refrigerating operaton air-valve 202 and mixed wind air-valve 203 are 0～100% step-less adjustment air-valve; In order to maintain machine room indoor positive pressure in 5-10Pa, exhaust fan 42 carries out 0～100% step-less adjustment under the control of controller.
In embodiment 1 of the present utility model and embodiment 2, described humidifier is electrode humidifler, can also be set to infrared humidifier, ultrasonic type humidifier etc., described heater is screw tube type heater, can also be set to ptc heater, or hot water/hot-air heater.
Obviously, above-described embodiment is only for example is clearly described, and the not restriction to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without also giving all embodiments.And among the protection domain that the apparent variation of being extended out thus or change are still created in the utility model.
Claims (11)
1. an energy-saving air conditioning system, comprise for introducing indoor return air, outdoor new wind or the blending bin (B) that return air is mixed with new wind, and be the return air from blending bin (B), new wind or mixed wind provide the dynamic equipment (29) of indoor operation power, it is characterized in that: the actuator that multiple air-valve is set in described blending bin (B) and opens and closes for controlling different air-valves, described actuator connects controller, described controller can control different actuators according to machine room indoor and outdoor temperature and humidity value and open or cut out different air-valves, make the blending bin (B) can be at return air, between the exported schema of new wind or mixed wind, automatically switch, also comprise the energy-saving air conditioning system (D) that is positioned at described blending bin (B) exit, described energy-saving air conditioning system (D) connects described controller, described controller can be according to machine room indoor and outdoor temperature or humidity value, start the difference regulation and control unit of described energy-saving air conditioning system (D), to keep machine room indoor temperature and humidity within the specific limits.
2. energy-saving air conditioning system according to claim 1, is characterized in that: described regulation and control unit comprises wet-film humidifying regulation and control unit, compressor cooling regulation and control unit, humidifier humidification regulation and control unit and heater heating regulation and control unit.
3. energy-saving air conditioning system according to claim 2, it is characterized in that: the Indoor Temperature, the Indoor Temperature of humidity signal, the humidity comparator that also comprise Indoor Temperature, hygrosensor, can receive described Indoor Temperature, hygrosensor send, described Indoor Temperature, humidity comparator are connected with described controller, are set with the predetermined range value of Indoor Temperature, humidity in described Indoor Temperature, humidity comparator; Described Indoor Temperature, humidity comparator are after receiving the Indoor Temperature that comes from described temperature, hygrosensor and send, humidity signal, after being compared, described numerical signal and described predetermined range value calculate difference, and send difference signal to described controller, described controller judges the difference regulation and control unit of opening described energy-saving air conditioning system after receiving described difference signal, when wherein, described wet-film humidifying regulation and control unit is different from described compressor cooling regulation and control unit, open.
4. according to the energy-saving air conditioning system described in claim 2 or 3, it is characterized in that: also comprise outdoor temperature detector, and the outdoor temperature comparator being connected with described outdoor temperature detector, described outdoor temperature comparator is connected with described controller, in described outdoor temperature comparator, be set with temperature predetermined value, described outdoor temperature detector sends to outdoor temperature comparator by the outdoor temperature numerical signal recording, described outdoor temperature comparator compares outdoor temperature numerical value and described temperature predetermined value, and comparative result is sent to described controller, described controller is controlled and is opened different air-valves and different regulation and control unit according to comparative result.
5. according to the energy-saving air conditioning system described in claim 2 or 3, it is characterized in that: also comprise outside humidity detector, and the outside humidity comparator being connected with described outside humidity detector, described outside humidity comparator is connected with described controller, in described outside humidity comparator, be set with humidity predetermined value, described outside humidity detector sends to outside humidity comparator by the outside humidity numerical signal recording, described outside humidity comparator compares outside humidity numerical value and described humidity predetermined value, and comparative result is sent to described controller, described controller is controlled and is opened different air-valves according to comparative result.
6. according to the energy-saving air conditioning system described in any one in claim 2 or 3, it is characterized in that: described wet-film humidifying regulation and control unit comprises wet film (23) and the spray module for above spraying water to described wet film (23), described spray module comprises water tank (21), the water pump (22) being connected with described water tank (21) and the shower nozzle (24) being connected with water pump (22).
7. according to the energy-saving air conditioning system described in claim 2 or 3, it is characterized in that: described compressor cooling regulation and control unit comprises the refrigeration coil (26) that is positioned at the refrigeration compressor (25) of water tank (21) end face and is positioned at water tank (21) end face and extends to described energy-saving air conditioning system (D) inside.
8. according to the energy-saving air conditioning system described in claim 2 or 3, it is characterized in that: in new wind filter element (C), be provided with stormproof louvre (14), for filtering the filter (15) of new wind impurity, for fireproof fire resisting damper (13) and for driving new wind to enter the Electric air valve (12) of blending bin (B).
9. energy-saving air conditioning system according to claim 8, it is characterized in that: described filter (15) is provided with screen pack, on described screen pack, be provided with pressure sensor, described screen pack is connected with described controller, when described pressure sensor detects described screen pack and is increased to certain value because of laying dust two ends pressure reduction, described pressure sensor is to described controller transmitted signal, and described controller is controlled described screen pack and automatically rolled.
10. according to the energy-saving air conditioning system described in any one in claim 1-3, it is characterized in that: air exhaust units (E) is connected with described controller, in described air exhaust units (E), be provided with fly net (41), exhaust fan (42), fire resisting damper (43), air draft Electric air valve (44) and shutter (45).
11. according to the energy-saving air conditioning system described in any one in claim 1-3, it is characterized in that: in described blending bin (B), be provided with return air air-valve (200) with and actuator, new wind air-valve (201) with and actuator, refrigerating operaton air-valve (202) with and actuator, mixed wind air-valve (203) with and actuator, above-mentioned air-valve is 0～100% step-less adjustment air-valve.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420231733.1U CN203837202U (en) | 2014-05-07 | 2014-05-07 | Energy-efficient air conditioner system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420231733.1U CN203837202U (en) | 2014-05-07 | 2014-05-07 | Energy-efficient air conditioner system |
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| CN203837202U true CN203837202U (en) | 2014-09-17 |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103940061A (en) * | 2014-05-07 | 2014-07-23 | 深圳海悟科技有限公司 | Energy-saving air conditioning system |
| CN104390274A (en) * | 2014-12-17 | 2015-03-04 | 山东格瑞德集团有限公司 | Ventilation and air conditioning system for base station room |
| CN106594930A (en) * | 2016-12-19 | 2017-04-26 | 珠海格力电器股份有限公司 | Energy-saving computer room air conditioning system |
| CN106604603A (en) * | 2015-10-16 | 2017-04-26 | 鸿富锦精密工业（深圳）有限公司 | Data center cooling system |
| CN106765799A (en) * | 2017-03-12 | 2017-05-31 | 深圳市上羽科技有限公司 | Can central drainage and adjustable air pressure air conditioner humidifier |
| CN109618942A (en) * | 2019-01-31 | 2019-04-16 | 烟台福顺采暖设备有限公司 | Board-like animal house waste heat reclaiming clean ventilating system |
| CN109714937A (en) * | 2019-02-22 | 2019-05-03 | 封连杰 | A kind of control method of the cooling system of electrical cabinet |
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- 2014-05-07 CN CN201420231733.1U patent/CN203837202U/en not_active Expired - Lifetime
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103940061A (en) * | 2014-05-07 | 2014-07-23 | 深圳海悟科技有限公司 | Energy-saving air conditioning system |
| CN104390274A (en) * | 2014-12-17 | 2015-03-04 | 山东格瑞德集团有限公司 | Ventilation and air conditioning system for base station room |
| CN104390274B (en) * | 2014-12-17 | 2017-10-10 | 山东格瑞德集团有限公司 | Base station machine room ventilation and air conditioning system |
| CN106604603A (en) * | 2015-10-16 | 2017-04-26 | 鸿富锦精密工业（深圳）有限公司 | Data center cooling system |
| CN106594930A (en) * | 2016-12-19 | 2017-04-26 | 珠海格力电器股份有限公司 | Energy-saving computer room air conditioning system |
| CN106594930B (en) * | 2016-12-19 | 2022-05-10 | 珠海格力电器股份有限公司 | Energy-saving air conditioning system for machine room |
| CN106765799A (en) * | 2017-03-12 | 2017-05-31 | 深圳市上羽科技有限公司 | Can central drainage and adjustable air pressure air conditioner humidifier |
| CN109618942A (en) * | 2019-01-31 | 2019-04-16 | 烟台福顺采暖设备有限公司 | Board-like animal house waste heat reclaiming clean ventilating system |
| CN109714937A (en) * | 2019-02-22 | 2019-05-03 | 封连杰 | A kind of control method of the cooling system of electrical cabinet |
| CN110736246A (en) * | 2019-10-30 | 2020-01-31 | 广东美的制冷设备有限公司 | Air conditioner and control method and device thereof |
| CN110736246B (en) * | 2019-10-30 | 2023-11-21 | 广东美的制冷设备有限公司 | Air conditioner and control method and device thereof |
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