CN202143338U - Machine room device parallel-connection cooling system - Google Patents
Machine room device parallel-connection cooling system Download PDFInfo
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- CN202143338U CN202143338U CN201120264597U CN201120264597U CN202143338U CN 202143338 U CN202143338 U CN 202143338U CN 201120264597 U CN201120264597 U CN 201120264597U CN 201120264597 U CN201120264597 U CN 201120264597U CN 202143338 U CN202143338 U CN 202143338U
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Abstract
The utility model relates to a machine room device parallel-connection cooling system which is distinct in that: the machine room device parallel-connection cooling system includes a machine cabinet parallel-connection cooling system which has a closed cycle pipeline which is filled with right amount of thermal medium and is connected with a machine cabinet heat release condensation device and a plurality of machine cabinet heat absorption evaporation devices which are respectively arranged heat extraction points in the indoor machine room device; the machine cabinet heat release condensation device is arranged outdoor; the machine cabinet heat absorption evaporation devices connect gas collection pipes through gas branch pipes; the gas collection pipes connect the machine cabinet heat release condensation device; the machine cabinet heat release condensation device sends the gas part or all the condensed liquid to liquid collection pipes which are flowed back to various machine cabinet heat absorption evaporation devices through liquid branch pipes; and the mounting height for the machine cabinet heat absorption evaporation devices is less than the mounting height for the machine cabinet heat release condensation device. The machine room device parallel-connection cooling system provided by the utility model uses the way for absorbing heat extraction points of a machine room to discharge the heat outdoor through a closed cycle pipeline, thus making the temperature in the machine room be unlikely rose so as to guarantee the operating environment of the machine room.
Description
Technical field
The utility model relates to a kind of calculator room equipment parallel connection cooling system.
Background technology
The sixties in last century; Along with the communication Development of SPC Switching Technology, building environment can not satisfy the service requirement of programme-controlled exchange, exchange room need a kind of under various environment all spendable heat-removal equipment; Because the influence of intrinsic fixed pattern; The dealer has generally expected the air-conditioning technical that reached its maturity at that time, and the mentality of designing of air conditioner in machine room continues into the present, and also in the late comer constantly improves, steps into market environment instantly.
Because air conditioner in machine room can satisfy the environmental requirement of programme-controlled exchange; Last century, the seventies was until last century Mo; The swift and violent development of program controlled switch technology has given air conditioner in machine room a slice wide sky, during have a large amount of domestic and international producers to get into the industry, design and produce the special air conditioning for device room of various brands and form; China last century the eighties progressively introduce program controlled switch technology; Also be to begin progressively to touch special air conditioning for device room in that time, also occur the production that a collection of domestic manufacturer carries out air conditioner in machine room afterwards, this stage belongs to the prime time of air conditioner in machine room.
Get into 21st century; Data and Network begin to enter into the market, and compare programme-controlled exchange, and explosive growth has appearred in the caloric value of the data and the network equipment; In this case; The mentality of designing of continuity stored-program control exchange heat extraction has progressively shown technological tired attitude, is difficult to the new technological situation that follows up, and the technical bottleneck that some can't be ignored occurs.
Concrete technical bottleneck is following: 1, huge energy consumption: according to incompletely statistics; All kinds of machine rooms of current stage; Air-conditioning power consumption ratio is near about total half that consumes energy of machine room; And this a part of power consumption can't produce any direct economic benefit, only is in order to ensure the running environment of calculator room equipment, and indirect produces economic benefit by calculator room equipment.
2, huge volume: at present; The air conditioner in machine room main frame that design is the most exquisite; Comprise that every square meter of safeguarding station takes up an area of the apparent cold that not enough 20KW only can be provided, and in the present machine room, Single Cabinet (floor space less than one square meter) can reach more than 20 kilowatt caloric value easily; That is to say, just need to be equipped with the air-conditioning (machine room takes up an area of about 1.5 square meters) of more than 20 kilowatt of refrigerating capacity separately to a rack (floor space less than one square meter).
3, the maintenance cost of costliness: because the operation of big load throughout the year; Air conditioner in machine room must satisfy the maintenance levels of high request in the high request design; The core technology of air conditioner in machine room belongs to the Refrigeration Technique of nonlinear multivariable simultaneously; Quite high for the specification requirement of safeguarding and keep in repair, must pay the stable operation that expensive maintenance cost could satisfy air conditioner in machine room.
It should be noted that according to Moore's Law: open ended transistor size on the integrated circuit, whenever just can double approximately at a distance from 18 months, performance also will promote one times! The lifting of performance certainly will bring the lifting of heat simultaneously, that is to say, under ever-increasing market environment and customer demand, such heat generation density record is refreshed continual.Estimate that simultaneously because development of science and technology, existing calculator room equipment low in calories (like switch) also can be substituted by data equipment sooner or later according to us, caloric value also can be progressively near the level of present IDC machine room.Existing machine room heat radiation level all can't bear the heavy load for air conditioner in machine room, and so if things go on like this, air conditioner in machine room will be difficult to reply!
Introduce the technical characterstic and the operation logic of machine room lower air-conditioning below in detail:
1) concentrate the air supply mode temperature control:
Air conditioner in machine room adopts is that the method for the whole room air of circulation is carried out indoor temperature control; Mode of operation is: after air-conditioning reclaims room air and detects humiture through powerful blower fan collection, be transmitted back to indoor after the humiture that air-conditioning carries out indoor environment and needs the air that reclaims is handled; After high-power blower is delivered to treated suitable air in the calculator room equipment; Absorb the heat that calculator room equipment sends, the intensification air is device for transferring inside under the effect of high-power blower again, gets back to air-conditioning through the machine room space at last; Air-treatment is accomplished in the circulation that so goes round and begins again.In whole circulation, high-power blower is indispensable, can be described as the soul of air conditioner in machine room even.
The refrigerating system of air-conditioning and supply air system are two indispensable necessary component; Air conditioner in machine room with a nominal refrigerating capacity 18KW (showing cold) is an example; The compressor power consumption of its outfit is about about 5KW, is that the blower fan power consumption then is 2KW even higher.We know that the refrigerating capacity equipping rules of machine room is the cooling demand when satisfying maximum heating load at least, according to the control logic of all air-conditionings; After indoor temperature reaches set point; Compressor will be shut down, but in order to keep indoor normal wind circulation, blower fan will run without interruption.Simultaneously, even this machine room does not exist any refrigeration plant or refrigerating capacity backup, the compressor of this air-conditioning also can be in the state of intermittent duty always.According to incompletely statistics, one has no the intact common machine room of refrigerating capacity backup insulation measure, and the annual duty ratio of compressor will be about 50%, and indoor fan will run without interruption, and 10,000 hours be example with this 18KW operation of air conditioner:
Compressor power consumption: 5KW*10000 hour * 50%=25000 degree
Blower fan power consumption: 2KW*10000 hour * 100%=20000 degree
Following situation occurs and will further reduce the compressor duty ratio:
A), machine room insulation measure imperfection, the air-conditioning cold flow configuration is higher; B), there are backup air-conditioning or backup refrigerating capacity; C), the machine room dilatation increases refrigeration plant; D), adopt various air conditioner energy saving measures.
2), adopt refrigeration modes to carry out transfer of heat: our common special air conditioning for device room all adopts various types of refrigeration modes to accomplish the inside and outside exchange heat of machine room; When outdoor temperature is higher than indoor temperature; It will be a kind of indispensable mode that ensures computer room temperature undoubtedly; But the long-term mean temperature in most land areas all requires temperature (25 ℃) far below machine room in the whole world; Change kind of a thinking and analyze, that is to say that the ambient temperature of global most land areas most time is lower than the temperature that machine room requires.Under the lower situation of outdoor temperature, if the cost of the mode that still adopts refrigeration through consumes power with the transfer of heat in the machine room outside machine room, to use natural cooling source to reduce computer room temperature be a kind of huge waste really and can not switch to easily.
3), big air quantity, big blast, little enthalpy difference: in order to satisfy the machine room complex inner structure, must the air-supply air quantity and the wind increases of air-conditioning be arrived enough each calculator room equipment air inlets of arrival, could satisfy the cooling requirement of calculator room equipment.And little enthalpy difference influences the security of operation of calculator room equipment mainly in order to guarantee that the cold wind that air-conditioning blows out is unlikely on calculator room equipment, to produce the dewfall phenomenon.
4), energy consumption height, stability are higher than economic benefit: because the running environment of calculator room equipment is had relatively high expectations; In case occur to produce various operation troubless immediately under the situation that running environment exceeds standard; So the air conditioner in machine room design must guarantee continual high stability, could satisfy the continual requirement of calculator room equipment.Even if new new technology has more efficiently been arranged on the market, also very prudent application advances.Therefore, on Air-conditioner design, many economic factors such as efficient are had to take the second best often.
5), intelligent humidity control: calculator room equipment is made up of various circuit boards basically; Operation has higher requirement to humidity; Humidity is crossed and low is occurred static easily, too highly will cause various faults such as circuit board short circuit; Add dehumidification system so the air conditioner in machine room majority all disposes, just often the humidity configuration is not rigorous in the air conditioner in machine room configuration.The configuration of humidification amount, dehumidifying effect is common thing without calculating, will consume too many lost work during humidity control simultaneously.When particularly dehumidifying work, refrigerating system and electric heating system will be opened simultaneously, and the refrigeration instruction and the work order that adds, dehumidifies also often clash.
6), carry out the increase-volume expansion through the method that increases equipment:
The machine room design is to carry out the air-conditioning configuration for the requirement of machine room internal environment under the present case at first; Air-conditioning equipment has also occupied the best supply air duct of machine room simultaneously; If when situation such as later stage generation machine room increase-volume need increase refrigerating capacity, can only carry out increase-volume with the method that increases air-conditioning equipment, refrigerating capacity has also increased corresponding breeze fan power consumption when increasing; The breeze fan power consumption majority for original machine room air-supply level that increases belongs to idle work; But in order to satisfy the requirement of big air quantity, high blast and little enthalpy difference, can't reduce this part energy consumption again, with the useless energy consumption that increases greatly in the machine room.
The whole branch of programme-controlled exchange circuit board before is independently little thermal source; Device interior does not have forced convection device to carry out hot transmission work simultaneously; Need to use the high blast of big air quantity of air conditioner in machine room to carry out forced-convection heat transfer, but after getting into the new century in the last few years, data, network, transmission and wireless telecommunications system fast development; Occupation rate rises year by year, and the heating characteristics of these equipment have had very big difference:
1, circuit board is whole when being divided into independent little thermal source, and segment chip on the circuit board (like CPU) and parts (like power supply) become high thermal source, and high thermal source part is absolute has dominated calculator room equipment and even machine room gross calorific power.
2, independent radiator (most high hot CPU have adopted heat pipe-type independence radiator) has been adopted at the main heating position, and the calculator room equipment main frame has increased the forced convertion fan, helps the heat extraction of device interior toward equipment outer (in the machine room) in this way.
3, the humidity demand with identical before still be 40%rh-60%rh.
4, the whole heat of machine room is increased sharply, and programme-controlled exchange machine room before is the highest to be configured to every square meter machine room configuration refrigerating capacity 300W-350W, and present these data of IDC machine room significantly improve, and often a rack (0.8 square meter) caloric value can arrive more than the 20KW.
In sum, because the communications industry constantly develops, the calculator room equipment caloric value constantly increases, and causes original machine room heat dissipation technology various insoluble problems to occur, as the inner bottleneck such as uneven in temperature of huge, the machine room of consuming energy.Calculator room equipment is still constantly increasing operational capability and caloric value in addition, and if things go on like this air conditioner in machine room can't satisfy the demand of machine room heat radiation at last.
Explain: traditional machine room heat-removal equipment (air-conditioning, new wind, heat pipe, ethylene glycol etc.) all has characteristics; Be exactly earlier the machine room space to be cooled off; Be the calculator room equipment cooling through the suitable air themperature of machine room then, we are referred to as district cooling with it this indirect mode.
Summary of the invention
The purpose of the utility model is to overcome the shortcoming of prior art; A kind of calculator room equipment parallel connection cooling system is provided; The heat of the heat extraction point of each calculator room equipment discharging put together be transmitted to outdoorly, make the MIN machine room space temperature that influences of heat of calculator room equipment discharging.
For solving above technical problem; The utility model technical scheme one is: calculator room equipment parallel connection cooling system; Its difference is: it comprises rack parallel connection cooling system, and the pipeline that rack parallel connection cooling system has closed circulation fills an amount of heat transferring medium in the said pipeline; Be connected with rack heat release condensing unit and a plurality of rack heat absorption vaporising device on the said pipeline; Rack heat absorption vaporising device is separately positioned on the heat extraction point of indoor calculator room equipment, and rack heat release condensing unit is arranged on outdoor, and rack heat absorption vaporising device is connected to the gas header through gas service pipe; The gas header is connected to rack heat release condensing unit; Rack heat release condensing unit is delivered to the liquid header after gas partly or entirely is condensed into liquid, and the liquid header is back to each rack heat absorption vaporising device through the liquid arm, and the setting height(from bottom) of rack heat absorption vaporising device is lower than the setting height(from bottom) of rack heat release condensing unit.
The utility model technical scheme two is: calculator room equipment parallel connection cooling system; Its difference is: it comprises rack parallel connection cooling system; The pipeline that rack parallel connection cooling system has closed circulation; Fill an amount of heat transferring medium in the pipeline, be connected with rack heat release condensing unit, refrigeration plant and a plurality of rack heat absorption vaporising device on the said pipeline, rack heat absorption vaporising device is separately positioned on the heat extraction point of indoor calculator room equipment; Rack heat release condensing unit is arranged on outdoor; Rack heat absorption vaporising device is connected to the gas header through gas service pipe, and the gas header is connected to rack heat release condensing unit, and rack heat release condensing unit is delivered to refrigeration plant after gas partly or entirely is condensed into liquid; Cryogenic liquid after refrigeration plant will freeze is back to rack heat absorption vaporising device through liquid header, liquid arm successively, and the setting height(from bottom) of rack heat absorption vaporising device is lower than the setting height(from bottom) of rack heat release condensing unit.
By above scheme; Said rack heat absorption vaporising device comprises heat exchanger, the heat pipe device that is connected in parallel; Heat exchanger is installed in the rack tailgate or the rack exhaust outlet, and heat exchanger body is an airtight pipeline that fills an amount of heat transferring medium, and the heat exchanger upper/lower terminal is respectively arranged with heat exchanger first header, heat exchanger second header; Be communicated with many evaporation conduits between heat exchanger first header, heat exchanger second header; Evaporation is densely covered with heat exchange fin on the conduit, and heat exchanger second header has the inlet that is used to connect the liquid arm, and the heat exchanger first header top is provided with the heat pipe device that is connected in parallel.
By above scheme; Also comprise high thermal part parallel connection cooling system; High thermal part parallel connection cooling system comprises the high thermal part heat absorption vaporising device that is arranged on the inner high thermal part of rack, is arranged on outdoor high thermal part heat release condensing unit; High thermal part heat absorption vaporising device comprises the heat pipe at high thermal part heat exchanger and top thereof the device that is connected in parallel; The heat pipe device that is connected in parallel is communicated to the gas header through gas service pipe; Be communicated with paramount thermal part condensing unit by the gas header again, the liquid return end of high thermal part heat release condensing unit is connected with high thermal part heat absorption vaporising device liquid return end through liquid header, liquid arm successively, and the setting height(from bottom) of high thermal part heat absorption vaporising device is lower than the setting height(from bottom) of high thermal part heat release condensing unit.
Operation principle: a plurality of equipment heat extraction points of machine room are mounted with corresponding heat absorption vaporising device respectively; The heat pipe at the heat absorption vaporising device top device that is connected in parallel is connected to the gas header through gas service pipe; Be connected in parallel device, gas service pipe, gas header inside of heat pipe communicates; Gaseous state heat transferring medium after evaporation, the boiling is current in its pipeline, and with lowering the temperature in the heat release condensing unit of gaseous state heat transferring medium importing outdoor (like roof) and being condensed into liquid, sends into the liquid header.
Reduce in order to solve the heat dissipation that causes owing to outdoor high temperature, thereby also can carry out reducing temperature twice to medium at a side cascade refrigeration equipment of heat release condensing unit.The liquid header is back to liquid medium that each heat absorption vaporising device absorbs heat, evaporation, gasification work, and the liquid medium gasification is got into the gas header, and so circulation is to reach the effect of absorbing and cooling temperature.
The rack tailgate is a heat extraction point main in the machine room; The present function of existing rack tailgate only is a safety component as rack; And be hollow state in the general tailgate; We can utilize this space, in this space, settle the heat absorption vaporising device, will be through the thermal current cooling at this place.It is equipment air-out heat exchange that the heat exchanger that comprises of heat absorption vaporising device adopts the mode that the evaporation conduit is set, completely applies heat exchange fin, and reserves a certain amount of air-out view field for standard device, can increase substantially heat exchange power.
In order to solve the heat dissipation problem of the inner high thermal part of calculator room equipment; The utility model has also designed the parallelly connected cooling system of high thermal part with the inner a plurality of high thermal part phase configuration of calculator room equipment; High thermal part heat absorption vaporising device is connected to the gas header through gas service pipe; Gaseous state heat transferring medium after evaporation, the boiling is current in its high thermal part parallel connection cooling system pipeline; And, send into the liquid header with lowering the temperature in the high thermal part condensing unit of gaseous state heat transferring medium importing outdoor (like roof) and being condensed into liquid.
The contrast prior art, the beneficial features of the utility model is following:
1), this calculator room equipment parallel connection cooling system, adopt the mode that absorbs machine room heat extraction point heat, heat is gone outdoor through the pipeline discharging of closed circulation, make that temperature is unlikely to raise in the machine room, guarantee machine room running environment.
2), this calculator room equipment parallel connection cooling system, but large tracts of land realizes the multipoint-parallel of the heat extraction point of each calculator room equipment, situation such as high parallel connection such as non-.
3), this calculator room equipment parallel connection cooling system, the positive temperature difference is big, is easy to heat exchange, its energy consumption has the reduction of very big degree with respect to existing heat dissipation technology simultaneously.
4), this calculator room equipment parallel connection cooling system, make calculator room equipment circulation leaving air temp more near calculator room equipment circulation EAT, air-flow is required little, can reduce machine room air quantity and blast significantly.
5), this calculator room equipment parallel connection cooling system, cooling system does not take machine room area.
6), this calculator room equipment parallel connection cooling system, dilatation easily is to satisfy the machine room specification requirement that increases day by day.
Description of drawings
Fig. 1 is the utility model calculator room equipment parallel connection cooling system overall structure sketch map;
Fig. 2 is the utility model calculator room equipment parallel connection cooling system embodiment rack heat absorption vaporising device sketch map;
Fig. 3 is the utility model calculator room equipment parallel connection cooling system embodiment rack tailgate front elevational schematic;
Fig. 4 is the utility model calculator room equipment parallel connection cooling system embodiment rack tailgate schematic side view;
Fig. 5 is the utility model calculator room equipment parallel connection cooling system embodiment equipment inner structure sketch map;
Fig. 6 is the high thermal part heat absorption of a utility model calculator room equipment parallel connection cooling system embodiment vaporising device structural representation.
Embodiment
Combine accompanying drawing that the utility model is done further explain through embodiment below.
Please refer to Fig. 1; The utility model embodiment 1, calculator room equipment parallel connection cooling system, it comprises rack parallel connection cooling system; The pipeline that rack parallel connection cooling system has closed circulation; Fill an amount of heat transferring medium in the said pipeline, be connected with rack heat release condensing unit 1 and a plurality of rack heat absorption vaporising device 12 on the said pipeline, rack heat absorption vaporising device 12 is separately positioned on the heat extraction point of indoor rack 14; Rack heat release condensing unit 1 is arranged on outdoor; Rack heat absorption vaporising device 12 is connected in parallel to gas header 4 through gas service pipe 6, and gas header 4 is connected to rack heat release condensing unit 1, and rack heat release condensing unit 1 is delivered to liquid header 5 after gas partly or entirely is condensed into liquid; Liquid header 5 is back to each rack heat absorption vaporising device 12 through liquid arm 7, and the setting height(from bottom) of rack heat absorption vaporising device 12 is lower than the setting height(from bottom) of rack heat release condensing unit 1.
The utility model embodiment 2; Calculator room equipment parallel connection cooling system; It comprises rack parallel connection cooling system, and the pipeline that rack parallel connection cooling system has closed circulation fills an amount of heat transferring medium in the pipeline; Be connected with rack heat release condensing unit 1, refrigeration plant 2 and a plurality of rack heat absorption vaporising device 12 on the said pipeline; Rack heat absorption vaporising device 12 is separately positioned on the heat extraction point of indoor rack 14, and rack heat release condensing unit 1, refrigeration plant 2 are arranged on outdoor, and rack heat absorption vaporising device 12 is connected in parallel to gas header 4 through gas service pipe 6; Gas header 4 is connected to rack heat release condensing unit 1; Rack heat release condensing unit 1 is delivered to refrigeration plant 2 after gas partly or entirely is condensed into liquid, and the cryogenic liquid after refrigeration plant 2 will freeze is back to rack heat absorption vaporising device 12 through liquid header 5, liquid arm 7 successively, and the setting height(from bottom) of rack heat absorption vaporising device 12 is lower than the setting height(from bottom) of rack heat release condensing unit 1.
As shown in Figure 1; Rack heat release condensing unit 1, refrigeration plant 2, high thermal part condensing unit 3 are placed in outdoor roof 9; With the liquid reserve tank 8 of can connecting on the liquid header 5 that refrigeration plant 2, high thermal part condensing unit 3 are connected respectively, 11 expression building walls wherein.
Concrete, please refer to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, among embodiment 1 and the embodiment 2; Rack heat absorption vaporising device 12 comprises heat exchanger and the heat pipe device 12-1 that is connected in parallel; Heat exchanger is installed in the rack tailgate or rack exhaust outlet (certainly, as long as can help heat radiation, heat exchanger also can be installed in other position of rack); The heat exchanger upper/lower terminal is respectively arranged with the heat exchanger first header 12-2, the heat exchanger second header 12-3; Be communicated with evaporation conduit 12-5 between the heat exchanger first header 12-2, the heat exchanger second header 12-3, be densely covered with heat exchange fin 12-6 on the evaporation conduit 12-5, have the inlet 12-4 that is used to connect liquid arm 7 on the heat exchanger second header 12-3; The heat exchanger top is provided with the heat pipe device 12-1 that is connected in parallel, and the heat pipe device 12-1 top that is connected in parallel is communicated with gas service pipe 6.The setting height(from bottom) of rack heat absorption vaporising device 12 is lower than the setting height(from bottom) of rack heat release condensing unit 1.Heat exchanger, the heat pipe device 12-1, rack heat release condensing unit 1 that be connected in parallel constitutes rack parallel connection cooling system.
In order to solve the heat dissipation problem of the inner high thermal part of calculator room equipment; Concrete; Please refer to Fig. 5 and Fig. 6; On the basis of embodiment 1 or embodiment 2; Can also increase the independently high mutually thermal part parallel connection of parallelly connected cooling system with rack cooling system; High thermal part parallel connection cooling system comprises the high thermal part heat absorption vaporising device 13 that is arranged on the rack 14 inner high thermal parts 10, is arranged on outdoor high thermal part heat release condensing unit 3; High thermal part heat absorption vaporising device 13 comprises the heat pipe at high thermal part heat exchanger 13-6 and top thereof the device 13-1 that is connected in parallel, and the heat pipe device 13-1 that is connected in parallel is communicated to gas header 4 through gas service pipe 6, is communicated to by gas header 4 and is arranged on outdoor high thermal part heat release condensing unit 3; The liquid return end of high thermal part heat release condensing unit 3 is connected with the liquid return end 13-5 of high thermal part heat absorption vaporising device 13 through liquid header 5, liquid arm 7 successively, and the setting height(from bottom) of high thermal part heat absorption vaporising device 13 is lower than the setting height(from bottom) of high thermal part heat release condensing unit 3.
Concrete; Please refer to Fig. 6; The heat pipe device 13-1 that is connected in parallel is one and receives sub-joint, and the inner pipeline of sub-joint of receiving is provided with and blocks liquid ball 13-4, and the upper end pipeline that blocks liquid ball 13-4 is provided with and blocks liquid exhaust outlet 13-2; The lower channel of blocking liquid ball 13-4 is provided with falling stop sheet 13-3, blocks liquid exhaust outlet 13-2 diameter less than blocking liquid ball 13-4 diameter.
Adopt the mode of pointwise heat exchange among the utility model embodiment, indoor section does not need blower fan or other wind EGR.Each heat absorption vaporising device can be very small and exquisite simultaneously; Can be integrated into positions such as rack corner, top, cabinet door crack, device interior; And pipeline can lay on the coil holder of enclosure top and bottom; So in actual use, do not need to reserve usable floor area separately for the heat absorption vaporising device separately, need specially not reserve too much machine room space simultaneously yet for pipeline.
Concrete; Rack heat release condensing unit 1, high thermal part heat release condensing unit 3 are the heat release condensing unit that makes the outside heat release of heat transferring medium; After the gaseous state heat transferring medium that the heat absorption vaporising device is seen off gets into the heat release condensing unit; With the heat transferred surrounding medium---water or air, the cooling of heat transferring medium steam is condensed into liquid.The heat release condensing unit is by its coolant and the type of cooling, with those of ordinary skills, can be divided into three types of air-cooled type, water cooling formula and transpiration-cooleds.
Above content is the further explain that combines concrete execution mode that the utility model is done, and can not assert that the practical implementation of the utility model is confined to these explanations.For the those of ordinary skill of technical field under the utility model, under the prerequisite that does not break away from the utility model design, can also make some simple deduction or replace, all should be regarded as belonging to the protection range of the utility model.
Claims (4)
1. calculator room equipment parallel connection cooling system; It is characterized in that: it comprises rack parallel connection cooling system, and the pipeline that rack parallel connection cooling system has closed circulation fills an amount of heat transferring medium in the said pipeline; Be connected with rack heat release condensing unit and a plurality of rack heat absorption vaporising device on the said pipeline; Rack heat absorption vaporising device is separately positioned on the heat extraction point of indoor calculator room equipment, and rack heat release condensing unit is arranged on outdoor, and rack heat absorption vaporising device is connected to the gas header through gas service pipe; The gas header is connected to rack heat release condensing unit; Rack heat release condensing unit is delivered to the liquid header after gas partly or entirely is condensed into liquid, and the liquid header is back to each rack heat absorption vaporising device through the liquid arm, and the setting height(from bottom) of rack heat absorption vaporising device is lower than the setting height(from bottom) of rack heat release condensing unit.
2. calculator room equipment parallel connection cooling system; It is characterized in that: it comprises rack parallel connection cooling system; The pipeline that rack parallel connection cooling system has closed circulation; Fill an amount of heat transferring medium in the pipeline, be connected with rack heat release condensing unit, refrigeration plant and a plurality of rack heat absorption vaporising device on the said pipeline, rack heat absorption vaporising device is separately positioned on the heat extraction point of indoor calculator room equipment; Rack heat release condensing unit is arranged on outdoor; Rack heat absorption vaporising device is connected to the gas header through gas service pipe, and the gas header is connected to rack heat release condensing unit, and rack heat release condensing unit is delivered to refrigeration plant after gas partly or entirely is condensed into liquid; Cryogenic liquid after refrigeration plant will freeze is back to rack heat absorption vaporising device through liquid header, liquid arm successively, and the setting height(from bottom) of rack heat absorption vaporising device is lower than the setting height(from bottom) of rack heat release condensing unit.
3. according to claim 1 or claim 2 calculator room equipment parallel connection cooling system; It is characterized in that: said rack heat absorption vaporising device comprises heat exchanger, the heat pipe device that is connected in parallel; Heat exchanger is installed in the rack tailgate or the rack exhaust outlet, and heat exchanger body is an airtight pipeline that fills an amount of heat transferring medium, and the heat exchanger upper/lower terminal is respectively arranged with heat exchanger first header, heat exchanger second header; Be communicated with many evaporation conduits between heat exchanger first header, heat exchanger second header; Evaporation is densely covered with heat exchange fin on the conduit, and heat exchanger second header has the inlet that is used to connect the liquid arm, and the heat exchanger first header top is provided with the heat pipe device that is connected in parallel.
4. calculator room equipment parallel connection cooling system as claimed in claim 3; It is characterized in that: also comprise high thermal part parallel connection cooling system; High thermal part parallel connection cooling system comprises the high thermal part heat absorption vaporising device that is arranged on the inner high thermal part of rack, is arranged on outdoor high thermal part heat release condensing unit; High thermal part heat absorption vaporising device comprises the heat pipe at high thermal part heat exchanger and top thereof the device that is connected in parallel; The heat pipe device that is connected in parallel is communicated to the gas header through gas service pipe; Be communicated with paramount thermal part condensing unit by the gas header again, the liquid return end of high thermal part heat release condensing unit is connected with high thermal part heat absorption vaporising device liquid return end through liquid header, liquid arm successively, and the setting height(from bottom) of high thermal part heat absorption vaporising device is lower than the setting height(from bottom) of high thermal part heat release condensing unit.
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| CN201120264597U CN202143338U (en) | 2011-07-25 | 2011-07-25 | Machine room device parallel-connection cooling system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102256477A (en) * | 2011-07-25 | 2011-11-23 | 李俊晖 | Parallel heat radiating system of computer-room equipment |
| CN103200804A (en) * | 2013-03-21 | 2013-07-10 | 彭渊博 | Heat generating equipment cabinet cooling system |
| CN107228442A (en) * | 2017-07-20 | 2017-10-03 | 郑州云海信息技术有限公司 | A kind of container data center with double refrigeration systems |
-
2011
- 2011-07-25 CN CN201120264597U patent/CN202143338U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102256477A (en) * | 2011-07-25 | 2011-11-23 | 李俊晖 | Parallel heat radiating system of computer-room equipment |
| CN103200804A (en) * | 2013-03-21 | 2013-07-10 | 彭渊博 | Heat generating equipment cabinet cooling system |
| CN107228442A (en) * | 2017-07-20 | 2017-10-03 | 郑州云海信息技术有限公司 | A kind of container data center with double refrigeration systems |
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