CN204963063U - Type air conditioner is united in evaporation cooling water -cooling - forced air cooling system for data center - Google Patents
Type air conditioner is united in evaporation cooling water -cooling - forced air cooling system for data center Download PDFInfo
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- CN204963063U CN204963063U CN201520713388.XU CN201520713388U CN204963063U CN 204963063 U CN204963063 U CN 204963063U CN 201520713388 U CN201520713388 U CN 201520713388U CN 204963063 U CN204963063 U CN 204963063U
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Abstract
The utility model discloses a type air conditioner is united in evaporation cooling water -cooling - forced air cooling system for data center, including net joint integrated air conditioning unit and the indirect evaporation cooling tower of being connected with data center of evaporation cooling - mechanical refrigeration through the tuber pipe, indirect evaporation cooling tower leads to pipe net and interior rack - the backplate heat exchanger assembled cabinet headtotail that sets up of data center. The utility model discloses a type air conditioning system is united to evaporation cooling water -cooling - forced air cooling, and the integrated air conditioning unit who unites evaporation cooling - mechanical refrigeration, indirect evaporation cooling tower and data center jointly set the backplate heat exchanger for the server in the data center to unite backplate heat exchanger and indirect evaporation cooling tower, save the energy consumption and effectively adjusted the temperature in the data center simultaneously.
Description
Technical field
The utility model belongs to air-conditioning refrigeration system technical field, is specifically related to a kind of evaporative cooling water-cooled-air-cooled associative form air-conditioning system being applied to data center.
Background technology
Along with the arrival of data age, IDC machine room has now become the important component part in the national economic development, and it advances national science and technology industrial information and digitized mainstay.
Along with the development of data center's scale and integrated level, in server, information technoloy equipment power density grows with each passing day, heat density sharp increase, this just brings the problem of two aspects: on the one hand, the electrical power that intracardiac refrigeration plant consumes in the data increases fast, and the electricity of machine room internal consumption is significantly increased; On the other hand, server radiating problem becomes more and more serious, even under the cost consuming mass energy and operation cost, also may can cause equipment downtime because of equipment heating.For the problem of above-mentioned two aspects, propose a kind of energy consumption little and be applicable to data center use cooling system extremely important.
Utility model content
The purpose of this utility model is to provide a kind of evaporative cooling water-cooled-air-cooled associative form air-conditioning system being applied to data center, by the integral air conditioner unit of evaporative cooling-mechanical refrigeration associating, indirect evaporating-cooling tower, backplane heat exchanger and data center complex, while saving energy consumption, effectively can regulate the temperature in data center.
The technical scheme that the utility model adopts is, be applied to the evaporative cooling water-cooled-air-cooled associative form air-conditioning system of data center, include integral air conditioner unit and indirect evaporating-cooling tower that evaporative cooling-mechanical refrigeration of being connected with data center by airduct net combined; Indirect evaporating-cooling tower is connected with the rack arranged in data center-backplane heat exchanger combination cabinet system by grid;
Rack-backplane heat exchanger combination cabinet system is arranged on the raised floor air channel in airduct net, and the floor that raised floor air channel is attached in data center is arranged; Raised floor air channel is evenly provided with multiple cold wind air outlet; Control valve is provided with in each cold wind air outlet.
Feature of the present utility model is also:
Integral air conditioner unit that data center combines with evaporative cooling-mechanical refrigeration is respectively stretched out at the two ends in raised floor air channel, indirect evaporating-cooling tower is connected; The integral air conditioner unit of evaporative cooling-mechanical refrigeration associating is connected with return air channel by backwind tube, one end connection exhaust duct of return air channel, and the other end of wind passage to stretch in data center and is close to data center's top setting; Air-valve a is provided with in backwind tube; Air-valve b is provided with in exhaust duct.
The integral air conditioner unit of evaporative cooling-mechanical refrigeration associating, includes machine unit shell, the two side that machine unit shell is relative is respectively arranged with new wind entrance, air outlet; Enter rear flow direction by air in machine unit shell and be disposed with filter, tubular indirect evaporative cooling unit, return air chamber, evaporimeter, direct evaporating-cooling unit, water fender a and pressure fan; The bottom of filter is provided with compressor; The machine unit shell roof of the top correspondence of tubular indirect evaporative cooling unit is provided with secondary exhausting mouth, between tubular indirect evaporative cooling unit and secondary exhausting mouth, is provided with condenser; Condenser, expansion valve, evaporimeter and compressor connect and compose closed-loop path successively, form mechanical refrigeration system; The machine unit shell roof that return air chamber is corresponding is provided with return air inlet, return air inlet is connected with backwind tube.
Tubular indirect evaporative cooling unit, includes set of heat exchange tubes, and the top of set of heat exchange tubes is disposed with shower a, dash filler, shower a is evenly provided with multiple shower nozzle towards set of heat exchange tubes spray;
The below of set of heat exchange tubes is provided with cyclic water tank a, and cyclic water tank a is connected with shower a by water pipe a, water pipe a is provided with water circulating pump a; Form Secondary Air air channel between set of heat exchange tubes and cyclic water tank a, the machine unit shell sidewall that both sides, Secondary Air air channel are corresponding is provided with secondary air inlet.
Direct evaporating-cooling unit, includes filler a, is provided with shower b above filler a, shower b is evenly provided with multiple shower nozzle sprayed towards filler a; The below of filler a is provided with cyclic water tank b, and cyclic water tank b is connected with shower b by water pipe b; Water pipe b is provided with water circulating pump b.
Rack-backplane heat exchanger combination cabinet system is made up of multiple rack-backplane heat exchanger combination sideboard; Each rack-backplane heat exchanger combination sideboard is all connected with indirect evaporating-cooling tower.
Rack-backplane heat exchanger combination sideboard, includes combination sideboard cabinet, is provided with server in combination sideboard cabinet, and the air side of server is provided with backplane heat exchanger; Backplane heat exchanger is connected by the return pipe of return branch with indirect evaporating-cooling tower; Backplane heat exchanger is also connected with the feed pipe of indirect evaporating-cooling tower by water supply arm.
Indirect evaporating-cooling tower, includes cooling tower shell, and the sidewall of cooling tower shell is evenly provided with multiple air inlet, arranges a surface cooler in each air inlet; Cooling tower shell roof is provided with exhaust outlet, in exhaust outlet, is provided with exhaust blower; Material filling type evaporative cooling unit is provided with in cooling tower shell.
Material filling type evaporative cooling unit, includes filler b, and the top of filler b is provided with water distributor, water distributor is evenly provided with multiple nozzle sprayed towards filler b; Water distributor is connected with multiple surface cooler respectively by many water inlet pipes, and a water inlet pipe wherein connects return pipe; The below of filler b is provided with water leg, and water leg connects feed pipe, and feed pipe is also connected with multiple surface cooler by multiple distributive pipe.
Return pipe and feed pipe are provided with valve.
The beneficial effects of the utility model are:
(1) in evaporative cooling water-cooled of the present utility model-air-cooled associative form air-conditioning system, for the server in data center is equipped with backplane heat exchanger, the high temperature cold water produced by indirect evaporating-cooling cooling tower is passed in backplane heat exchanger, the hot blast that backplane heat exchanger can blow out with server directly carries out heat exchange, heat after heat exchange is then sent to outdoor by high temperature cold water circulation, completes cooling heat exchange process.
(2) evaporative cooling water-cooled of the present utility model-air-cooled associative form air-conditioning system, utilizes the integral air conditioner unit of evaporative cooling-mechanical refrigeration associating to provide new wind to machine room, realizes the all-year-around cooling to data center; At conditioning in Transition Season and winter in spring and autumn, the integral air conditioner unit of evaporative cooling-mechanical refrigeration associating is with evaporative cooling mode operation; When summer, outdoor temperature was higher, the integral air conditioner unit of evaporative cooling-mechanical refrigeration associating adds evaporative cooling united mode with mechanical refrigeration and runs, and meets data center's humiture demand.
(3) in evaporative cooling water-cooled of the present utility model-air-cooled associative form air-conditioning system, the integral air conditioner unit of indirect evaporating-cooling cooling tower and evaporative cooling-mechanical refrigeration associating, can make full use of outdoor natural cooling source for machine room at transition season and winter and provide institute's chilling requirement, energy-saving effect is considerable.
(4) evaporative cooling water-cooled of the present utility model-air-cooled associative form air-conditioning system, the draft type served back under employing, intracardiacly in the data be provided with raised flooring air channel, under cold air directly enters raised flooring air channel, then the multiple cold wind air outlets by raised flooring air channel is arranged are sent into cold air in machine room equably, improve air-conditioner efficiency, save pipeline fee use, and make indoor arrangement more attractive in appearance.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model evaporative cooling water-cooled-air-cooled associative form air-conditioning system;
Fig. 2 is the structural representation of rack in the utility model evaporative cooling water-cooled-air-cooled associative form air-conditioning system-rack water-cooled composition of backboards cabinet;
Fig. 3 is the structural representation of indirect evaporating-cooling tower in the utility model evaporative cooling water-cooled-air-cooled associative form air-conditioning system;
Fig. 4 is the structural representation of the integral air conditioner unit of evaporative cooling in the utility model evaporative cooling water-cooled-air-cooled associative form air-conditioning system-mechanical refrigeration associating.
In figure, 1. the integral air conditioner unit of evaporative cooling-mechanical refrigeration associating, 2. rack-backplane heat exchanger combination sideboard, 3. raised floor air channel, 4. return pipe, 5. feed pipe, 6. valve, 7. indirect evaporating-cooling tower, 8. return air channel, 9. air-valve a, 10. air-valve b, 11. exhaust ducts, 12. backwind tubes, 13. servers, 14. backplane heat exchangers, 15. compressors, 16. cyclic water tank a, 17. secondary air inlets, 18. set of heat exchange tubes, 19. water circulating pump a, 20. return air chambers, 21. filler a, 22. cyclic water tank b, 23. water circulating pump b, 24. water fender a, 25. pressure fan, 26. air outlets, 27. shower b, 28. evaporimeters, 29. return air inlets, 30. secondary exhausting mouths, 31. condensers, 32. shower a, 33. filters, 34. new wind entrances, 35. distributive pipes, 36. surface coolers, 37. filler b, 38. nozzles, 39. exhaust outlets, 40. exhaust blowers, 41. combination sideboard cabinets, 42. water legs, 43. water distributors, 44. water inlet pipes, 45. dash fillers, 46. water pipe a, 47. water pipe b, 48. return branch, 49. water supply arms.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in detail.
The utility model is applied to the evaporative cooling water-cooled-air-cooled associative form air-conditioning system of data center, its structure as shown in Figure 1, includes integral air conditioner unit 1 and indirect evaporating-cooling tower 7 that evaporative cooling-mechanical refrigeration of being connected with data center by airduct net combined; Indirect evaporating-cooling tower 7 is connected with the rack arranged in data center-backplane heat exchanger combination cabinet system by grid.
As shown in Figure 1, rack-backplane heat exchanger combination cabinet system is arranged on the raised floor air channel 3 in airduct net, and the floor that raised floor air channel 3 is close in data center is arranged; Integral air conditioner unit 1 that data center combines with evaporative cooling-mechanical refrigeration is respectively stretched out at the two ends in raised floor air channel 3, indirect evaporating-cooling tower 7 is connected; The integral air conditioner unit 1 of evaporative cooling-mechanical refrigeration associating is connected with return air channel 8 by backwind tube 12, and one end of return air channel 8 connects exhaust duct 11, and the other end of return air channel 8 to stretch in data center and is close to data center's top setting.
Raised floor air channel 3 is evenly provided with multiple cold wind air outlet, for data center's air-supply, in each cold wind air outlet, is provided with control valve.
Air-valve a9 is provided with in backwind tube 12; Air-valve b10 is provided with in exhaust duct 11.
Rack-backplane heat exchanger combination cabinet system is made up of multiple rack-backplane heat exchanger combination sideboard 2; Each rack-backplane heat exchanger combination sideboard 2 is all connected with indirect evaporating-cooling tower 7.
Rack-backplane heat exchanger combination sideboard, its structure as shown in Figure 2, include combination sideboard cabinet 41, server 13 is provided with in combination sideboard cabinet 41, the air side of server 13 is provided with backplane heat exchanger 14, as shown in Figure 1, backplane heat exchanger 14 is connected with the return pipe 4 of indirect evaporating-cooling tower 7 by return branch 48, and backplane heat exchanger 14 is also connected with the feed pipe 5 of indirect evaporating-cooling tower 7 by water supply arm 49.
Indirect evaporating-cooling tower 7, as shown in Figure 3, includes cooling tower shell, and the sidewall of cooling tower shell is evenly provided with multiple air inlet, arranges a surface cooler 36 in each air inlet; Cooling tower shell roof is provided with exhaust outlet 39; Material filling type evaporative cooling unit is provided with in cooling tower shell.
Exhaust blower 40 is provided with in exhaust outlet 39.
Material filling type evaporative cooling unit, as shown in Figure 3, includes filler b37, and the top of filler b37 is provided with water distributor 43, water distributor 43 is evenly provided with multiple nozzle 38 sprayed towards filler b37; Water distributor 43 is connected with multiple surface cooler 36 respectively by many water inlet pipes 44, and a water inlet pipe 44 wherein connects return pipe 4; The below of filler b37 is provided with water leg 42, and water leg 42 connects feed pipe 5, and feed pipe 5 is also connected with multiple surface cooler 36 by multiple distributive pipe 35.
Return pipe 4 and feed pipe 5 are provided with valve 6.
The integral air conditioner unit 1 of evaporative cooling-mechanical refrigeration associating, as shown in Figure 4, includes machine unit shell, the two side that machine unit shell is relative is respectively arranged with new wind entrance 34, air outlet 26; Enter rear flow direction by air in machine unit shell and be disposed with filter 33, tubular indirect evaporative cooling unit, return air chamber 20, evaporimeter 28, direct evaporating-cooling unit, water fender a24 and pressure fan 25; The bottom of filter 33 is provided with compressor 15; The machine unit shell roof of the top correspondence of tubular indirect evaporative cooling unit is provided with secondary exhausting mouth 30, between tubular indirect evaporative cooling unit and secondary exhausting mouth 30, is provided with condenser 31; Condenser 31, expansion valve, evaporimeter 28 and compressor 15 connect and compose closed-loop path successively, form mechanical refrigeration system; The machine unit shell roof of return air chamber 20 correspondence is provided with return air inlet 29, return air inlet 29 is connected with backwind tube 12.
Volume control damper is provided with in new wind entrance 34, air outlet 26.
Blower fan is provided with in secondary exhausting mouth 30 and return air inlet 29.
Tubular indirect evaporative cooling unit, includes set of heat exchange tubes 18, and the top of set of heat exchange tubes 18 is disposed with shower a32, dash filler 45, shower a32 is evenly provided with multiple shower nozzle sprayed towards set of heat exchange tubes 18; The below of set of heat exchange tubes 18 is provided with cyclic water tank a16, and cyclic water tank a16 is connected with shower a32 by water pipe a46, water pipe a46 is provided with water circulating pump a19; Form Secondary Air air channel between set of heat exchange tubes 18 and cyclic water tank a16, the machine unit shell sidewall that both sides, Secondary Air air channel are corresponding is provided with secondary air inlet 17.
Secondary air inlet 17 adopts air grille.
Set of heat exchange tubes 18 is made up of many horizontally disposed heat exchanger tubes.
Direct evaporating-cooling unit, includes filler a21, is provided with shower b27 above filler a21, shower b27 is evenly provided with multiple shower nozzle sprayed towards filler a21; The below of filler a21 is provided with cyclic water tank b22, and cyclic water tank b22 is connected with shower b27 by water pipe b47; Water pipe b47 is provided with water circulating pump b23.
The course of work that the utility model is applied to the evaporative cooling water-cooled-air-cooled associative form air-conditioning system of data center is specific as follows:
1. indirect evaporating-cooling tower 7, its water system course of work is as follows:
Outdoor air enters in cooling tower shell through air inlet, first carry out precooling by the surface cooler arranged in air inlet 36 pairs of air, air converges after precooling is in material filling type evaporative cooling unit, now by the multiple nozzles 38 on water distributor 43 by Water spray on filler b37, when air flows through filler b37, hot and humid area occurs, air themperature reduces; The air that temperature reduces is discharged through exhaust outlet 39 under the effect of exhaust blower 40;
After air-treatment completes, water unnecessary on filler b37 drops in water leg 42, and the moisture in water leg 42 is that two parts use (coolant-temperature gage now in water leg 42 is lower):
Part cold water, as output water, branches in multiple backplane heat exchanger 14 by the multiple water supply arms 49 on feed pipe 5, and for absorbing the heat that rack-backplane heat exchanger combination sideboard 2 server 13 produces, water temperature raises afterwards; The water that temperature raises is delivered in return pipe 4 by many return branch 48 again, finally sends back in indirect evaporating-cooling tower 7 by return pipe;
Another part cold water then enters in multiple surface cooler 36 by many distributive pipes 35, surface cooler 36 is utilized to carry out precooling to the outdoor air entering indirect evaporating-cooling tower 7, then deliver in water distributor 43 after mixing with the water from return pipe 4, again water is sprayed uniformly on filler b37 by multiple nozzles 38 that water distributor 43 is arranged, carry out hot and humid area with the air after precooling, so constantly circulate.
2. the course of work of the integral air conditioner unit 1 of evaporative cooling-mechanical refrigeration associating is specific as follows:
(1) the integral air conditioner unit 1 of evaporative cooling-mechanical refrigeration associating at whole year operation, but in different operational mode differences in season, can mainly be divided into following three kinds of operational modes:
A (), in the summer of high temperature, opens tubular type indirect evaporating-cooling unit and mechanical refrigeration system;
Outdoor air enters in machine unit shell through new wind entrance 34, first filters out dust in air and foreign material by filter 33, completes the purified treatment of air; Clean air flows through tubular indirect evaporative cooling unit, realizes the precooling to air by tubular indirect evaporative cooling unit; Air after precooling flows in return air chamber 20, and the blower fan now in return air inlet 29 is running status, so the return air in data center also enters return air chamber 20, the air after precooling and return air are mixed to form and mix wind in return air chamber 20; Mixing wind, again after expansion valve and evaporimeter 28 carry out degree of depth cooling, under the effect of pressure fan 25, is sent in raised floor air channel 3 by air outlet 26, is sent in data center by cold wind by the multiple cold wind air outlets on raised floor air channel 3.
B (), in spring, autumn, opens tubular type indirect evaporating-cooling unit and direct evaporating-cooling unit; Can outdoor cold source be made full use of at spring and autumn, not utilize return air, adopt all-fresh air to run;
Outdoor air enters in machine unit shell through new wind entrance 34, first filters out dust in air and foreign material by filter 33, completes the purified treatment of air; Clean air flows through tubular indirect evaporative cooling unit, realizes the precooling to air by tubular indirect evaporative cooling unit; Air after precooling flows through direct evaporating-cooling unit, is cooled further air by direct evaporating-cooling unit, and cooled air is sent in raised floor air channel 3 through air outlet 26 under the effect of pressure fan 25; By the multiple cold wind air outlets on raised floor air channel 3, cold wind is sent in data center.
C (), in the winter of cold, only opens direct evaporating-cooling unit;
Outdoor air enters in machine unit shell through new wind entrance 34, first filters out dust in air and foreign material by filter 33, completes the purified treatment of air; Clean air flows in return air chamber 20, and the blower fan now in return air inlet 29 is running status, so the return air in data center also enters return air chamber 20, the air after precooling and return air are mixed to form and mix wind in return air chamber 20; Because outdoor temperature in winter is lower, mixing air temperature is inherently low, without the need to carrying out precooling, mixing wind only needs just can reach lower temperature through direct evaporating-cooling cell processing, cooled air is sent in raised floor air channel 3 through air outlet 26 under the effect of pressure fan 25, is sent in data center by cold wind by the multiple cold wind air outlets on raised floor air channel 3.
(2) the water system engineering of the integral air conditioner unit 1 of evaporative cooling-mechanical refrigeration associating is as follows:
In tubular indirect evaporative cooling unit, recirculated water in cyclic water tank a16 is delivered in shower a32 through water pipe a46 under the effect of water circulating pump a19, by on shower a32 arrange multiple shower nozzles by Water spray in set of heat exchange tubes 18, after air hot and humid area, in set of heat exchange tubes 18, remaining water falls into cyclic water tank a16 again, so constantly circulation.
In direct evaporating-cooling unit, recirculated water in cyclic water tank b22 is delivered in shower b27 through water pipe b47 under the effect of water circulating pump b23, by on shower b27 arrange multiple shower nozzles by Water spray on filler a21, after air hot and humid area, on filler a21, remaining water falls into cyclic water tank b22 again, so constantly circulation.
(3) course of work of mechanical refrigeration system in the integral air conditioner unit 1 of evaporative cooling-mechanical refrigeration associating:
In mechanical refrigeration system, the overheated higher pressure refrigerant gas of being discharged by compressor 15 flows through in condenser 31, at condenser 31 place, carry out heat exchange process between the auxiliary air that the cold-producing medium of high-temperature gas and indirect evaporating-cooling unit are discharged, after heat exchange, gaseous refrigerant is condensed into the liquid refrigerant of high pressure; The liquid refrigerant of high pressure enters in evaporimeter 28 after expansion valve reducing pressure by regulating flow, liquid refrigerant absorbs atmospheric heat and evaporates the refrigerant gas becoming low-temp low-pressure, this refrigerant gas is again sucked by compressor 15 and compresses afterwards, cold-producing medium so constantly carries out compressing, condensation, throttling, evaporation circulation.
The utility model is applied to the evaporative cooling water-cooled-air-cooled associative form air-conditioning system of data center, be applied to data center after being combined by the integral air conditioner unit 1 that indirect evaporating-cooling tower 7 is combined with evaporative cooling-mechanical refrigeration, and arrange backplane heat exchanger 14 for the server in data center.Backplane heat exchanger 14 is connected with indirect evaporating-cooling tower 7, just can make to pass in backplane heat exchanger 14 high temperature cold water that indirect evaporating-cooling tower 7 is produced, the hot blast that backplane heat exchanger 14 and server 13 blow out directly carries out heat exchange, heat is sent to outdoor by high temperature cold water circulation, completes cooling heat exchange process.Utilize the integral air conditioner unit 1 of evaporative cooling-mechanical refrigeration associating to provide required new wind for data center, can all-year-around cooling be realized; Excessive season adopts evaporative cooling operational mode with spring and autumn in the winter time, then adopt the pattern of indirect evaporating-cooling and mechanical refrigeration cooperation during the broiling summer, due to can natural cooling source be utilized, so achieve the requirement to data center green, energy-conservation and environmental protection.In addition, what the utility model was applied to the wind pushing form employing of the evaporative cooling water-cooled-air-cooled associative form air-conditioning system of data center is the 3 times air-supplies in raised floor air channel, and top return air channel 8 is arranged in data center, achieve down the draft type served back, optimize air current composition.
Claims (10)
1. be applied to the evaporative cooling water-cooled-air-cooled associative form air-conditioning system of data center, it is characterized in that, include integral air conditioner unit (1) and indirect evaporating-cooling tower (7) that evaporative cooling-mechanical refrigeration of being connected with data center by airduct net combined; Described indirect evaporating-cooling tower (7) is connected with the rack arranged in data center-backplane heat exchanger combination cabinet system by grid;
Described rack-backplane heat exchanger combination cabinet system is arranged on the raised floor air channel (3) in airduct net, and the floor that described raised floor air channel (3) is attached in data center is arranged; Described raised floor air channel (3) is evenly provided with multiple cold wind air outlet; Control valve is provided with in each described cold wind air outlet.
2. evaporative cooling water-cooled according to claim 1-air-cooled associative form air-conditioning system, it is characterized in that, integral air conditioner unit (1) that data center combines with evaporative cooling-mechanical refrigeration is respectively stretched out at the two ends of described raised floor air channel (3), indirect evaporating-cooling tower (7) is connected;
The integral air conditioner unit (1) of described evaporative cooling-mechanical refrigeration associating is connected with return air channel (8) by backwind tube (12), one end of described return air channel (8) connects exhaust duct (11), and the other end of described return air channel (8) to stretch into data center in and is close to data center's top setting;
Air-valve a (9) is provided with in described backwind tube (12);
Air-valve b (10) is provided with in described exhaust duct (11).
3. evaporative cooling water-cooled according to claim 1 and 2-air-cooled associative form air-conditioning system, it is characterized in that, the integral air conditioner unit (1) of described evaporative cooling-mechanical refrigeration associating, include machine unit shell, the two side that described machine unit shell is relative is respectively arranged with new wind entrance (34), air outlet (26);
Enter rear flow direction by air in described machine unit shell and be disposed with filter (33), tubular indirect evaporative cooling unit, return air chamber (20), evaporimeter (28), direct evaporating-cooling unit, water fender a (24) and pressure fan (25);
The bottom of described filter (33) is provided with compressor (15);
The machine unit shell roof of the top correspondence of described tubular indirect evaporative cooling unit is provided with secondary exhausting mouth (30), between described tubular indirect evaporative cooling unit and secondary exhausting mouth (30), is provided with condenser (31);
Described condenser (31), expansion valve, evaporimeter (28) and compressor (15) connect and compose closed-loop path successively, form mechanical refrigeration system;
The machine unit shell roof that described return air chamber (20) is corresponding is provided with return air inlet (29), return air inlet (29) is connected with backwind tube (12).
4. evaporative cooling water-cooled according to claim 3-air-cooled associative form air-conditioning system, it is characterized in that, described tubular indirect evaporative cooling unit, include set of heat exchange tubes (18), the top of described set of heat exchange tubes (18) is disposed with shower a (32), dash filler (45), and described shower a (32) is evenly provided with multiple shower nozzle sprayed towards set of heat exchange tubes (18);
The below of described set of heat exchange tubes (18) is provided with cyclic water tank a (16), described cyclic water tank a (16) is connected with shower a (32) by water pipe a (46), and described water pipe a (46) is provided with water circulating pump a (19);
Form Secondary Air air channel between described set of heat exchange tubes (18) and cyclic water tank a (16), the machine unit shell sidewall that both sides, described Secondary Air air channel are corresponding is provided with secondary air inlet (17).
5. evaporative cooling water-cooled according to claim 3-air-cooled associative form air-conditioning system, it is characterized in that, described direct evaporating-cooling unit, include filler a (21), described filler a (21) top is provided with shower b (27), and described shower b (27) is evenly provided with multiple shower nozzle sprayed towards filler a (21);
The below of described filler a (21) is provided with cyclic water tank b (22), and cyclic water tank b (22) is connected with shower b (27) by water pipe b (47);
Described water pipe b (47) is provided with water circulating pump b (23).
6. evaporative cooling water-cooled according to claim 1-air-cooled associative form air-conditioning system, is characterized in that, described rack-backplane heat exchanger combination cabinet system is made up of multiple rack-backplane heat exchanger combination sideboard (2); Each described rack-backplane heat exchanger combination sideboard (2) is all connected with indirect evaporating-cooling tower (7).
7. evaporative cooling water-cooled according to claim 6-air-cooled associative form air-conditioning system, it is characterized in that, described rack-backplane heat exchanger combination sideboard, include combination sideboard cabinet (41), be provided with server (13) in described combination sideboard cabinet (41), the air side of described server (13) is provided with backplane heat exchanger (14);
Described backplane heat exchanger (14) is connected with the return pipe (4) of indirect evaporating-cooling tower (7) by return branch (48); Described backplane heat exchanger (14) is also connected with the feed pipe (5) of indirect evaporating-cooling tower (7) by water supply arm (49).
8. the evaporative cooling water-cooled according to claim 1,6 or 7-air-cooled associative form air-conditioning system, it is characterized in that, described indirect evaporating-cooling tower (7), include cooling tower shell, the sidewall of cooling tower shell is evenly provided with multiple air inlet, a surface cooler (36) is set in each described air inlet;
Described cooling tower shell roof is provided with exhaust outlet (39), in described exhaust outlet (39), is provided with exhaust blower (40);
Material filling type evaporative cooling unit is provided with in described cooling tower shell.
9. evaporative cooling water-cooled according to claim 8-air-cooled associative form air-conditioning system, it is characterized in that, described material filling type evaporative cooling unit, include filler b (37), the top of filler b (37) is provided with water distributor (43), described water distributor (43) is evenly provided with multiple nozzle (38) sprayed towards filler b (37);
Described water distributor (43) is connected with multiple surface cooler (36) respectively by many water inlet pipes (44), and a water inlet pipe (44) wherein connects return pipe (4);
The below of described filler b (37) is provided with water leg (42), described water leg (42) connects feed pipe (5), and described feed pipe (5) is also connected with multiple surface cooler (36) by multiple distributive pipe (35).
10. evaporative cooling water-cooled according to claim 9-air-cooled associative form air-conditioning system, is characterized in that, described return pipe (4) and feed pipe (5) are provided with valve (6).
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| CN201520713388.XU CN204963063U (en) | 2015-09-15 | 2015-09-15 | Type air conditioner is united in evaporation cooling water -cooling - forced air cooling system for data center |
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| CN201520713388.XU CN204963063U (en) | 2015-09-15 | 2015-09-15 | Type air conditioner is united in evaporation cooling water -cooling - forced air cooling system for data center |
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Cited By (12)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105120637A (en) * | 2015-09-15 | 2015-12-02 | 西安工程大学 | Evaporative-cooling, water-cooling and air-cooling composite cooling system for data center |
| CN106052001A (en) * | 2016-05-26 | 2016-10-26 | 浪潮电子信息产业股份有限公司 | Whole rack server framework of roof formula heat dissipation |
| CN106288199A (en) * | 2016-08-18 | 2017-01-04 | 曙光信息产业(北京)有限公司 | Air-conditioner controller and control method thereof |
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| CN105120637B (en) * | 2015-09-15 | 2017-12-22 | 西安工程大学 | Data center's evaporation cold compound cooling system of cooling water cold wind |
| CN106052001A (en) * | 2016-05-26 | 2016-10-26 | 浪潮电子信息产业股份有限公司 | Whole rack server framework of roof formula heat dissipation |
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| CN108848655A (en) * | 2018-06-29 | 2018-11-20 | 西安工程大学 | Data center of the fan wall in conjunction with Radiation Module natural cooling air-conditioning system |
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| CN110081539A (en) * | 2019-03-29 | 2019-08-02 | 太原理工大学 | A kind of air-conditioning system of the efficient coupled convective and radiative heat transfer for data center computer room |
| CN110631149A (en) * | 2019-05-30 | 2019-12-31 | 新疆绿色使者空气环境技术有限公司 | High-efficiency energy-saving evaporation refrigeration machine room air conditioning device |
| CN110631149B (en) * | 2019-05-30 | 2021-06-08 | 新疆绿色使者空气环境技术有限公司 | High-efficiency energy-saving evaporation refrigeration machine room air conditioning device |
| CN110769646A (en) * | 2019-10-12 | 2020-02-07 | 西安工程大学 | Energy-saving and efficient evaporative cooling air conditioning system suitable for data center |
| CN111520929A (en) * | 2020-03-09 | 2020-08-11 | 华电电力科学研究院有限公司 | System and method based on gas distributed energy and data center power supply and three-level cooling |
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| CN111315193A (en) * | 2020-03-12 | 2020-06-19 | 西安工程大学 | Air conditioning system for data center combining evaporative cooling and surface air cooler technology |
| CN111315193B (en) * | 2020-03-12 | 2024-04-30 | 西安工程大学 | Air conditioning system for data center combining evaporative cooling and surface cooler technologies |
| CN115443052A (en) * | 2022-11-04 | 2022-12-06 | 中通服建设有限公司 | IDC computer lab intelligence temperature control system |
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