CN204539672U - Data center's micromodule - Google Patents
Data center's micromodule Download PDFInfo
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- CN204539672U CN204539672U CN201520106655.7U CN201520106655U CN204539672U CN 204539672 U CN204539672 U CN 204539672U CN 201520106655 U CN201520106655 U CN 201520106655U CN 204539672 U CN204539672 U CN 204539672U
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- supply unit
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Abstract
A kind of data center micromodule, it comprises full cabinet and compartment module.Full cabinet comprises Air conditioner cabinet and the server cabinet of a row arrangement, and full cabinet is provided with power supply unit, and power supply unit is used for providing electricity consumption needed for full cabinet.Compartment module establishes formation circulation canal at the gusset of full cabinet.Be data center by full cabinet and compartment block combiner.
Description
Technical field
The utility model relates to data center, particularly relates to a kind of knockdown data center micromodule.
Background technology
Data center builds from being designed into 12 ~ 18 months consuming time of general needs, and it is quite tediously long that it builds period.Consuming time for shortening building of product data center, therefore create the form of construction work of levying modular.Existing module architectures of levying includes a housing or a framework, for systems such as server, electric power and the air-conditionings needed for setting data center operational in it.
Existing levy module housing or framework usually according to standard cabinet design, there is fixing size and only can hold the rack of fixed qty.In order to hold all facilities needed for data center's running, housing or the volume of framework are in general quite huge, are therefore unfavorable for transporting.
Utility model content
Provide hereinafter about brief overview of the present utility model, to provide about the basic comprehension in some of the present utility model.Should be appreciated that this general introduction is not summarize about exhaustive of the present utility model.It is not that intention determines key of the present utility model or pith, neither intended limitation scope of the present utility model.Its object is only provide some concept in simplified form, in this, as the preorder in greater detail discussed after a while.
The utility model provides a kind of knockdown data center micromodule.
The utility model provides a kind of data center micromodule, and it comprises a row full cabinet and a compartment module.Full cabinet comprises an Air conditioner cabinet and a server cabinet of a row arrangement, and full cabinet is provided with a power supply unit, and power supply unit is used for providing electricity consumption needed for full cabinet.Compartment module encloses formation one circulation canal in the side of full cabinet.
Data center of the present utility model micromodule can be a data center by its full cabinet and compartment block combiner.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is this is the configuration schematic diagram of data center's micromodule of the utility model first embodiment.
Fig. 2 is the configuration schematic diagram of data center's micromodule of the utility model second embodiment.
Fig. 3 is the configuration schematic diagram of data center's micromodule of the utility model the 3rd embodiment.
Fig. 4 is the configuration schematic diagram of data center's micromodule of the utility model the 4th embodiment.
Fig. 5 is the configuration schematic diagram of data center's micromodule of the utility model the 5th embodiment.
Fig. 6 is the configuration schematic diagram of data center's micromodule of the utility model the 6th embodiment.
Fig. 7 is the configuration schematic diagram of data center's micromodule of the utility model the 7th embodiment.
Fig. 8 is may changing of data center's micromodule of the utility model the 7th embodiment.
Fig. 9 is the configuration schematic diagram of data center's micromodule of the utility model the 8th embodiment.
Figure 10 is the configuration schematic diagram of data center's micromodule of the utility model the 9th embodiment.
Figure 11 is the configuration schematic diagram of data center's micromodule of the utility model the tenth embodiment.
Figure 12 is the configuration schematic diagram of data center's micromodule of the utility model the 11 embodiment.
Reference numeral:
10 intercept flow field
21 air intake fans
22 ventilating fans
30 exhaust ducts
100 full cabinet
101 cold sides
102 hot sides
103 are communicated with aisle
110 server cabinets
111 server hosts
120 Air conditioner cabinets
130 auxiliary device racks
131 power supply units
132 power supply units
133 Resilient Power unit
134 monitoring units
135 fire fighting unit
140 compartment door
200 compartment modules
210 dividing plates
220 ADs
201 circulation canals
Embodiment
For making the object of the utility model embodiment, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the utility model embodiment, technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is the utility model part embodiment, instead of whole embodiments.The element described in an accompanying drawing of the present utility model or a kind of execution mode and feature can combine with the element shown in one or more other accompanying drawing or execution mode and feature.It should be noted that for purposes of clarity, accompanying drawing and eliminate expression and the description of parts that have nothing to do with the utility model, known to persons of ordinary skill in the art and process in illustrating.Based on the embodiment in the utility model, the every other embodiment that those of ordinary skill in the art obtain under the prerequisite not paying creative work, all belongs to the scope of the utility model protection.
In the following embodiment of the utility model, the sequence number of embodiment and/or sequencing are only convenient to describe, and do not represent the quality of embodiment.The description of each embodiment is all emphasized particularly on different fields, in certain embodiment, there is no the part described in detail, can see the associated description of other embodiments.
Consult Fig. 1, the first embodiment of the present utility model provides a kind of data center micromodule, and it at least comprises row full cabinet 100 and a compartment module 200, is combined as a data center by full cabinet 100 and compartment module 200.
In the present embodiment, full cabinet 100 comprises server cabinet 110, Air conditioner cabinet 120 and an auxiliary device rack 130 of a row arrangement.Two sides of described row full cabinet 100 are respectively cold side 101 and a hot side 102.Plural server host 111 and radiator fan (not shown) is provided with in server cabinet 110, radiator fan is introduced air-flow from the front side of server cabinet 110 and cools server host 111, and is discharged by the rear side of the air-flow be heated by server cabinet 110.The front side of each server cabinet 110 is all positioned at cold side 101 and the rear side of server cabinet 110 is all positioned at hot side 102.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.Be provided with power supply unit 131 and a power supply unit 132 in auxiliary device rack 130, power supply unit 131 provides the server cabinet 110 in full cabinet 100 and Air conditioner cabinet 120 to operate required electricity consumption; Power supply unit 132 supplies power to server cabinet 110 and Air conditioner cabinet 120 for the need for electricity distribution power supply unit 131 according to full cabinet 100.
In the present embodiment, compartment module 200 preferably includes plural dividing plate 210, more described dividing plate 210 encloses formation one circulation canal 201 at the cold side 101 of full cabinet 100, by this full cabinet 100 and compartment module 200 is combined as the data center of outer gas circulating.Compartment module 200 is preferably provided with an AD 220 and passes in and out data center for personnel.
Air conditioner cabinet 120 by hot side 102 by environment air inlet, and the cold air that Air conditioner cabinet 120 enters circulation canal 201 can suck using as cooling for server cabinet 110, by server cabinet 110, takeaway service device main frame 111 operates the heat energy that produces and is expelled in environment from the hot side 102 of full cabinet 100 cold air.Similarly, auxiliary device rack 130 also self-circulation channel 201 can introduce cold air using the use as cooling, and cold air is taken away power supply unit 131 and power supply unit 132 and operated the heat energy that produces and be expelled in environment from the hot side 102 of full cabinet 100 by auxiliary device rack 130.
Consult Fig. 2, the second embodiment of the present utility model provides a kind of data center micromodule, and it comprises row full cabinet 100 and a compartment module 200, is combined as a data center by full cabinet 100 and compartment module 200.
In the present embodiment, full cabinet 100 comprises server cabinet 110 and an Air conditioner cabinet 120 of a row arrangement.Two sides of this row full cabinet 100 are respectively cold side 101 and a hot side 102.Be respectively equipped with radiator fan (not shown) in each server cabinet 110, it cools server cabinet 110 for introducing air-flow from the front side of server cabinet 110, and is discharged by the rear side of the air-flow be heated by server cabinet 110.The front side of each server cabinet 110 is all positioned at cold side 101 and the rear side of server cabinet 110 is all positioned at hot side 102.Each server cabinet 110 respectively in be provided with plural server host 111, power supply unit 131, power supply unit 132, Resilient Power unit 133 and a monitoring unit 134, power supply unit 131 provides server host 111 and Air conditioner cabinet 120 to operate required electricity consumption; Power supply unit 132 for distribute according to the need for electricity of full cabinet 100 power supply unit 131 supply power to server host 111 and Air conditioner cabinet 120 and power supply unit 132 also optionally can distribute and supplies power to monitoring unit 134 or Resilient Power unit 133; When external power interrupts, Resilient Power unit 133 can be powered within a certain period of time and be given server cabinet 110 and be beneficial to emergency action (such as shutting down to avoid device damage); Monitoring unit 134 is for the functioning condition of supervising server host computer 111.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.
In the present embodiment, compartment module 200 preferably includes plural dividing plate 210, those dividing plates 210 enclose formation one circulation canal 201 at the cold side 101 of full cabinet 100, by this full cabinet 100 and compartment module 200 are combined as the data center of outer gas circulating.Compartment module 200 is preferably provided with an AD 220 and passes in and out data center for personnel.
Air conditioner cabinet 120 by hot side 102 by environment air inlet, and the cold air that Air conditioner cabinet 120 enters circulation canal 201 can suck using as cooling server cabinet 110 for server cabinet 110, takeaway service device rack 110 operates the heat energy that produces and is expelled in environment from the hot side 102 of full cabinet 100 cold air by server cabinet 110.
Consult Fig. 3, the 3rd embodiment of the present utility model provides a kind of data center micromodule, and it comprises a row full cabinet 100 and a pair compartment module 200, is combined as a data center by full cabinet 100 and compartment module 200.
In the present embodiment, full cabinet 100 comprises server cabinet 110, Air conditioner cabinet 120 and an auxiliary device rack 130 of a row arrangement.Two sides of this row full cabinet 100 are respectively cold side 101 and a hot side 102.Server host 111 and radiator fan (not shown) is provided with in server cabinet 110, radiator fan is introduced air-flow from the front side of server cabinet 110 and cools server host 111, and is discharged by the rear side of the air-flow be heated by server cabinet 110.The front side of each server cabinet 110 is all positioned at cold side 101 and the rear side of server cabinet 110 is all positioned at hot side 102.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.Be provided with power supply unit 131, power supply unit 132, Resilient Power unit 133 and a monitoring unit 134 in auxiliary device rack 130, power supply unit 131 provides server host 111 and Air conditioner cabinet 120 to operate required electricity consumption; Power supply unit 132 for distribute according to the need for electricity of full cabinet 100 power supply unit 131 supply power to server host 111 and Air conditioner cabinet 120 and power supply unit 132 also optionally can distribute and supplies power to monitoring unit 134 or Resilient Power unit 133; When external power interrupts, Resilient Power unit 133 can be powered within a certain period of time and be given server cabinet 110 and be beneficial to emergency action (such as shutting down to avoid device damage); Monitoring unit 134 is for the functioning condition of supervising server host computer 111.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.
In the present embodiment, each compartment module 200 includes plural dividing plate 210 respectively, each compartment module 200 encloses formation one circulation canal 201 by its dividing plate 210 respectively at the cold side 101 of full cabinet 100 and hot side 102, by this full cabinet 100 and compartment module 200 is combined as the data center of air tight cycle.Compartment module 200 is preferably provided with an AD 220 and passes in and out data center for personnel.
Air conditioner cabinet 120 enters cold air in cold side 101 circulation canal 201 and can suck using as cooling for server cabinet 110, and by server cabinet 110, takeaway service device main frame 111 operates the heat energy that produces and enters in hot side 102 circulation canal 201 cold air.Similarly, auxiliary device rack 130 also can introduce cold air using the use as cooling from cold side 101 circulation canal 201, and cold air is taken away power supply unit 131 and power supply unit 132 and operated the heat energy that produces and enter in hot side 102 circulation canal 201 by auxiliary device rack 130.Air conditioner cabinet 120 sucks the hot-air in hot side 102 circulation canal 201 and enters in cold side 101 circulation canal 201 again to circulate after cooling.
Consult Fig. 4, the 4th embodiment of the present utility model provides a kind of data center micromodule, and it comprises row full cabinet 100 and a compartment module 200, is combined as a data center by full cabinet 100 and compartment module 200.
In the present embodiment, full cabinet 100 comprises three server cabinets, 110, two Air conditioner cabinets 120 and two auxiliary device racks 130 of a row arrangement, and the utility model does not limit the order of its arrangement.Two sides of this row full cabinet 100 are respectively cold side 101 and a hot side 102.Server host 111 and radiator fan (not shown) is provided with in server cabinet 110, radiator fan is introduced air-flow from the front side of server cabinet 110 and cools server host 111, and is discharged by the rear side of the air-flow be heated by server cabinet 110.The front side of each server cabinet 110 is all positioned at cold side 101 and the rear side of server cabinet 110 is all positioned at hot side 102.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.Wherein be provided with power supply unit 131, power supply unit 132, Resilient Power unit 133 and a monitoring unit 134 in an auxiliary device rack 130, power supply unit 131 provides server host 111 and Air conditioner cabinet 120 to operate required electricity consumption; Power supply unit 132 for distribute according to the need for electricity of full cabinet 100 power supply unit 131 supply power to server host 111 and Air conditioner cabinet 120 and power supply unit 132 also optionally can distribute and supplies power to monitoring unit 134 or Resilient Power unit 133; When external power interrupts, Resilient Power unit 133 can be powered within a certain period of time and be given server cabinet 110 and be beneficial to emergency action (such as shutting down to avoid device damage); Monitoring unit 134 is for the functioning condition of supervising server host computer 111.Be provided with a fire fighting unit 135 in another auxiliary device rack 130, alert and fire protection are provided when there is emergency in data center.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.
In the present embodiment, compartment module 200 includes plural dividing plate 210, encloses formation one circulation canal 201 by its dividing plate 210 at the cold side 101 of full cabinet 100, by this full cabinet 100 and compartment module 200 is combined as the data center of outer gas circulating.Compartment module 200 is preferably provided with an AD 220 and passes in and out data center for personnel.
Air conditioner cabinet 120 by hot side 102 by environment air inlet, and Air conditioner cabinet 120 enters cold air in circulation canal 201 can suck using as cooling for server cabinet 110, by server cabinet 110, takeaway service device main frame 111 operates the heat energy that produces and enters in environment cold air.Similarly, auxiliary device rack 130 also can introduce cold air using the use as cooling from cold side 101 circulation canal 201, and cold air is taken away power supply unit 131 and power supply unit 132 and operated the heat energy that produces and enter in environment by auxiliary device rack 130.
Consult Fig. 5, the 5th embodiment of the present utility model provides a kind of data center micromodule, and it comprises a row full cabinet 100 and a pair compartment module 200, is combined as a data center by full cabinet 100 and compartment module 200.
In the present embodiment, full cabinet 100 comprises three server cabinets, 110, two Air conditioner cabinets 120 and two auxiliary device racks 130 of a row arrangement, and the utility model does not limit the order of its arrangement.Two sides of this row full cabinet 100 are respectively cold side 101 and a hot side 102.Server host 111 and radiator fan (not shown) is provided with in server cabinet 110, radiator fan is introduced air-flow from the front side of server cabinet 110 and cools server host 111, and is discharged by the rear side of the air-flow be heated by server cabinet 110.The front side of each server cabinet 110 is all positioned at cold side 101 and the rear side of server cabinet 110 is all positioned at hot side 102.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.Wherein be provided with power supply unit 131, power supply unit 132, Resilient Power unit 133 and a monitoring unit 134 in an auxiliary device rack 130, power supply unit 131 provides server host 111 and Air conditioner cabinet 120 to operate required electricity consumption; Power supply unit 132 for distribute according to the need for electricity of full cabinet 100 power supply unit 131 supply power to server host 111 and Air conditioner cabinet 120 and power supply unit 132 also optionally can distribute and supplies power to monitoring unit 134 or Resilient Power unit 133; When external power interrupts, Resilient Power unit 133 can be powered within a certain period of time and be given server cabinet 110 and be beneficial to emergency action (such as shutting down to avoid device damage); Monitoring unit 134 is for the functioning condition of supervising server host computer 111.Be provided with a fire fighting unit 135 in another auxiliary device rack 130, alert and fire protection are provided when there is emergency in data center.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.
In the present embodiment, each compartment module 200 includes plural dividing plate 210 respectively, each compartment module 200 encloses formation one circulation canal 201 by its dividing plate 210 respectively at the cold side 101 of full cabinet 100 and hot side 102, by this full cabinet 100 and compartment module 200 is combined as the data center of air tight cycle.Compartment module 200 is preferably provided with an AD 220 and passes in and out data center for personnel.
Air conditioner cabinet 120 enters cold air in cold side 101 circulation canal 201 and can suck using as cooling for server cabinet 110, and by server cabinet 110, takeaway service device main frame 111 operates the heat energy that produces and enters in hot side 102 circulation canal 201 cold air.Similarly, auxiliary device rack 130 also can introduce cold air using the use as cooling from cold side 101 circulation canal 201, and cold air is taken away power supply unit 131 and power supply unit 132 and operated the heat energy that produces and enter in hot side 102 circulation canal 201 by auxiliary device rack 130.Air conditioner cabinet 120 sucks the hot-air in hot side 102 circulation canal 201 and enters in cold side 101 circulation canal 201 again to circulate after cooling.
Consult Fig. 6, the 6th embodiment of the present utility model provides a kind of data center micromodule, and it comprises two row full cabinet 100 and compartment modules 200, is combined as a data center by full cabinet 100 and compartment module 200.
In the present embodiment, two row full cabinet 100 are parallel to each other spacing parallel arranging.Wherein a row full cabinet 100 comprises three server cabinets, 110, two Air conditioner cabinets 120 and two auxiliary device racks 130 of a row arrangement, and the utility model does not limit the order of its arrangement.Wherein be provided with power supply unit 131, power supply unit 132, Resilient Power unit 133 and a monitoring unit 134 in an auxiliary device rack 130, in another auxiliary device rack 130, be provided with a fire fighting unit 135.
Another row full cabinet 100 comprises four server cabinets, 110, two Air conditioner cabinets 120 and an auxiliary device rack 130 of a row arrangement, and the utility model does not limit the order of its arrangement.Power supply unit 131, one power supply unit 132, Resilient Power unit 133 and a monitoring unit 134 is provided with in this auxiliary device rack 130.
Two sides of each row full cabinet 100 are respectively a cold side 101 and a hot side 102 and the cold side 101 of two row full cabinet 100 is oppositely disposed.Server host 111 and radiator fan (not shown) is all provided with in each server cabinet 110, radiator fan is introduced air-flow from the front side of server cabinet 110 and cools server host 111, and is discharged by the rear side of the air-flow be heated by server cabinet 110.The front side of each server cabinet 110 is all positioned at cold side 101 and the rear side of server cabinet 110 is all positioned at hot side 102.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.Power supply unit 131 provides server host 111 and Air conditioner cabinet 120 to operate required electricity consumption; Power supply unit 132 for distribute according to the need for electricity of full cabinet 100 power supply unit 131 supply power to server host 111 and Air conditioner cabinet 120 and power supply unit 132 also optionally can distribute and supplies power to monitoring unit 134 or Resilient Power unit 133; When external power interrupts, Resilient Power unit 133 can be powered within a certain period of time and be given server cabinet 110 and be beneficial to emergency action (such as shutting down to avoid device damage); Monitoring unit 134 is for the functioning condition of supervising server host computer 111.Be provided with a fire fighting unit 135 in another auxiliary device rack 130, alert and fire protection are provided when there is emergency in data center.
In the present embodiment, compartment module 200 includes plural dividing plate 210, between two row full cabinet 100, enclose formation one circulation canal 201 by its dividing plate 210 and the cold side 101 of each row full cabinet 100 is all positioned at circulation canal 201, by this full cabinet 100 and compartment module 200 are combined as the data center of outer gas circulating.Compartment module 200 is preferably provided with an AD 220 and passes in and out data center for personnel.
Air conditioner cabinet 120 by hot side 102 by environment air inlet, and Air conditioner cabinet 120 enters cold air in circulation canal 201 can suck using as cooling for server cabinet 110, by server cabinet 110, takeaway service device main frame 111 operates the heat energy that produces and enters in environment cold air.Similarly, auxiliary device rack 130 also can introduce cold air using the use as cooling from cold side 101 circulation canal 201, and cold air is taken away power supply unit 131 and power supply unit 132 and operated the heat energy that produces and enter in environment by auxiliary device rack 130.
Consult Fig. 7,7th embodiment of the present utility model provides a kind of data center micromodule, and it comprises two row full cabinet 100 and compartment modules 200, is combined as a data center by full cabinet 100 and compartment module 200, and in the present embodiment, data center is preferably positioned at indoor.
In the present embodiment, two row full cabinet 100 are parallel to each other spacing parallel arranging.Wherein a row full cabinet 100 comprises three server cabinets, 110, two Air conditioner cabinets 120 and two auxiliary device racks 130 of a row arrangement, and the utility model does not limit the order of its arrangement.Wherein be provided with power supply unit 131, power supply unit 132, Resilient Power unit 133 and a monitoring unit 134 in an auxiliary device rack 130, in another auxiliary device rack 130, be provided with a fire fighting unit 135.
Another row full cabinet 100 comprises four server cabinets, 110, two Air conditioner cabinets 120 and an auxiliary device rack 130 of a row arrangement, and the utility model does not limit the order of its arrangement.Power supply unit 131, one power supply unit 132, Resilient Power unit 133 and a monitoring unit 134 is provided with in this auxiliary device rack 130.
Two sides of each row full cabinet 100 are respectively a cold side 101 and a hot side 102 and the hot side 102 of two row full cabinet 100 is oppositely disposed.Server host 111 and radiator fan (not shown) is all provided with in each server cabinet 110, radiator fan is introduced air-flow from the front side of server cabinet 110 and cools server host 111, and is discharged by the rear side of the air-flow be heated by server cabinet 110.The front side of each server cabinet 110 is all positioned at cold side 101 and the rear side of server cabinet 110 is all positioned at hot side 102.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.Power supply unit 131 provides server host 111 and Air conditioner cabinet 120 to operate required electricity consumption; Power supply unit 132 for distribute according to the need for electricity of full cabinet 100 power supply unit 131 supply power to server host 111 and Air conditioner cabinet 120 and power supply unit 132 also optionally can distribute and supplies power to monitoring unit 134 or Resilient Power unit 133; When external power interrupts, Resilient Power unit 133 can be powered within a certain period of time and be given server cabinet 110 and be beneficial to emergency action (such as shutting down to avoid device damage); Monitoring unit 134 is for the functioning condition of supervising server host computer 111.Be provided with a fire fighting unit 135 in another auxiliary device rack 130, alert and fire protection are provided when there is emergency in data center.
In the present embodiment, compartment module 200 includes plural dividing plate 210, between two row full cabinet 100, enclose formation one circulation canal 201 by its dividing plate 210 and the hot side 102 of each row full cabinet 100 is all positioned at circulation canal 201, by this full cabinet 100 and compartment module 200 are combined as the data center of outer gas circulating.Compartment module 200 is preferably provided with an AD 220 and passes in and out data center for personnel.
Air conditioner cabinet 120 is by hot side 102 air inlet, and Air conditioner cabinet 120 enters cold air in circulation canal 201 indoor environment can suck using as cooling for server cabinet 110, by server cabinet 110, takeaway service device main frame 111 operates the heat energy that produces and enters in circulation canal 201 cold air.Similarly, auxiliary device rack 130 also can introduce cold air using the use as cooling from cold side 101 circulation canal 201, and cold air is taken away power supply unit 131 and power supply unit 132 and operated the heat energy that produces and enter in circulation canal 201 by auxiliary device rack 130.In the present embodiment, circulation canal 101 can arrange air intake fan 21 to introduce outdoor cold air, circulation canal 201 is preferably beneficial to for one end is open discharge the hot-air in circulation canal 201, and can arrange a ventilating fan 22 hot-air is expelled to outdoor holding.
Consult Fig. 8, circulation canal 201 also can be communicated with an exhaust duct 30 and the hot-air in circulation canal 201 is expelled to outdoor, avoid by this in the surrounding air in hot-air interfusing chamber and ambient temperature can be avoided to rise, guide air draft direction by exhaust duct 30 simultaneously, avoid being discharged to outdoor hot-air and sucked by air intake fan 21.
Consult Fig. 9, the 8th embodiment of the present utility model provides a kind of data center micromodule, and it comprises two row full cabinet 100 and three compartment modules 200, is combined as a data center by full cabinet 100 and compartment module 200.
In the present embodiment, two row full cabinet 100 are parallel to each other spacing parallel arranging.Wherein a row full cabinet 100 comprises three server cabinets, 110, two Air conditioner cabinets 120 and two auxiliary device racks 130 of a row arrangement, and the utility model does not limit the order of its arrangement.Wherein be provided with power supply unit 131, power supply unit 132, Resilient Power unit 133 and a monitoring unit 134 in an auxiliary device rack 130, in another auxiliary device rack 130, be provided with a fire fighting unit 135.
Another row full cabinet 100 comprises four server cabinets, 110, two Air conditioner cabinets 120 and an auxiliary device rack 130 of a row arrangement, and the utility model does not limit the order of its arrangement.Power supply unit 131, one power supply unit 132, Resilient Power unit 133 and a monitoring unit 134 is provided with in this auxiliary device rack 130.
Two sides of each row full cabinet 100 are respectively a cold side 101 and a hot side 102 and the cold side 101 of two row full cabinet 100 is oppositely disposed.Server host 111 and radiator fan (not shown) is all provided with in each server cabinet 110, radiator fan is introduced air-flow from the front side of server cabinet 110 and cools server host 111, and is discharged by the rear side of the air-flow be heated by server cabinet 110.The front side of each server cabinet 110 is all positioned at cold side 101 and the rear side of server cabinet 110 is all positioned at hot side 102.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.Power supply unit 131 provides server host 111 and Air conditioner cabinet 120 to operate required electricity consumption; Power supply unit 132 for distribute according to the need for electricity of full cabinet 100 power supply unit 131 supply power to server host 111 and Air conditioner cabinet 120 and power supply unit 132 also optionally can distribute and supplies power to monitoring unit 134 or Resilient Power unit 133; When external power interrupts, Resilient Power unit 133 can be powered within a certain period of time and be given server cabinet 110 and be beneficial to emergency action (such as shutting down to avoid device damage); Monitoring unit 134 is for the functioning condition of supervising server host computer 111.Be provided with a fire fighting unit 135 in another auxiliary device rack 130, alert and fire protection are provided when there is emergency in data center.
In the present embodiment, each compartment module 200 includes plural dividing plate 210 respectively, and wherein a compartment module 200 encloses formation one circulation canal 201 by its dividing plate 210 and the cold side 101 of each row full cabinet 100 is all positioned at circulation canal 201 between two row full cabinet 100.Remaining each compartment module 200 encloses formation one circulation canal 201 by its dividing plate 210 respectively in the hot side 102 of each row full cabinet 100.By this full cabinet 100 and compartment module 200 are combined as the data center of air tight cycle.Compartment module 200 is preferably provided with an AD 220 and passes in and out data center for personnel.
Air conditioner cabinet 120 enters cold air in cold side 101 circulation canal 201 and can suck using as cooling for server cabinet 110, and by server cabinet 110, takeaway service device main frame 111 operates the heat energy that produces and enters in hot side 102 circulation canal 201 cold air.Similarly, auxiliary device rack 130 also can introduce cold air using the use as cooling from cold side 101 circulation canal 201, and cold air is taken away power supply unit 131 and power supply unit 132 and operated the heat energy that produces and enter in hot side 102 circulation canal 201 by auxiliary device rack 130.Air conditioner cabinet 120 sucks the hot-air in hot side 102 circulation canal 201 and enters in cold side 101 circulation canal 201 again to circulate after cooling.
Consult Figure 10, the 9th embodiment of the present utility model provides a kind of data center micromodule, and it comprises two row full cabinet 100 and three compartment modules 200, is combined as a data center by full cabinet 100 and compartment module 200.
In the present embodiment, two row full cabinet 100 are parallel to each other spacing parallel arranging.Wherein a row full cabinet 100 comprises three server cabinets, 110, two Air conditioner cabinets 120 and two auxiliary device racks 130 of a row arrangement, and the utility model does not limit the order of its arrangement.Wherein be provided with power supply unit 131, power supply unit 132, Resilient Power unit 133 and a monitoring unit 134 in an auxiliary device rack 130, in another auxiliary device rack 130, be provided with a fire fighting unit 135.
Another row full cabinet 100 comprises four server cabinets, 110, two Air conditioner cabinets 120 and an auxiliary device rack 130 of a row arrangement, and the utility model does not limit the order of its arrangement.Power supply unit 131, one power supply unit 132, Resilient Power unit 133 and a monitoring unit 134 is provided with in this auxiliary device rack 130.
Two sides of each row full cabinet 100 are respectively a cold side 101 and a hot side 102 and the hot side 102 of two row full cabinet 100 is oppositely disposed.Server host 111 and radiator fan (not shown) is all provided with in each server cabinet 110, radiator fan is introduced air-flow from the front side of server cabinet 110 and cools server host 111, and is discharged by the rear side of the air-flow be heated by server cabinet 110.The front side of each server cabinet 110 is all positioned at cold side 101 and the rear side of server cabinet 110 is all positioned at hot side 102.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.Power supply unit 131 provides server host 111 and Air conditioner cabinet 120 to operate required electricity consumption; Power supply unit 132 for distribute according to the need for electricity of full cabinet 100 power supply unit 131 supply power to server host 111 and Air conditioner cabinet 120 and power supply unit 132 also optionally can distribute and supplies power to monitoring unit 134 or Resilient Power unit 133; When external power interrupts, Resilient Power unit 133 can be powered within a certain period of time and be given server cabinet 110 and be beneficial to emergency action (such as shutting down to avoid device damage); Monitoring unit 134 is for the functioning condition of supervising server host computer 111.Be provided with a fire fighting unit 135 in another auxiliary device rack 130, alert and fire protection are provided when there is emergency in data center.
In the present embodiment, each compartment module 200 includes plural dividing plate 210 respectively, and wherein a compartment module 200 encloses formation one circulation canal 201 by its dividing plate 210 and the hot side 102 of each row full cabinet 100 is all positioned at circulation canal 201 between two row full cabinet 100.Remaining each compartment module 200 encloses formation one circulation canal 201 by its dividing plate 210 respectively at the cold side 101 of each row full cabinet 100.By this full cabinet 100 and compartment module 200 are combined as the data center of air tight cycle.Compartment module 200 is preferably provided with an AD 220 and passes in and out data center for personnel.
Air conditioner cabinet 120 enters cold air in cold side 101 circulation canal 201 and can suck using as cooling for server cabinet 110, and by server cabinet 110, takeaway service device main frame 111 operates the heat energy that produces and enters in hot side 102 circulation canal 201 cold air.Similarly, auxiliary device rack 130 also can introduce cold air using the use as cooling from cold side 101 circulation canal 201, and cold air is taken away power supply unit 131 and power supply unit 132 and operated the heat energy that produces and enter in hot side 102 circulation canal 201 by auxiliary device rack 130.Air conditioner cabinet 120 sucks the hot-air in hot side 102 circulation canal 201 and enters in cold side 101 circulation canal 201 again to circulate after cooling.
Consult Figure 11, the tenth embodiment of the present utility model provides a kind of data center micromodule, and it comprises a row full cabinet 100 and a pair compartment module 200, is combined as a data center by full cabinet 100 and compartment module 200.
In the present embodiment, full cabinet 100 comprises three server cabinets, 110, two Air conditioner cabinets 120 and two auxiliary device racks 130 of a row arrangement, and the utility model does not limit the order of its arrangement.Two sides of this row full cabinet 100 are respectively cold side 101 and a hot side 102.Server host 111 and radiator fan (not shown) is provided with in server cabinet 110, radiator fan is introduced air-flow from the front side of server cabinet 110 and cools server host 111, and is discharged by the rear side of the air-flow be heated by server cabinet 110.The front side of each server cabinet 110 is all positioned at cold side 101 and the rear side of server cabinet 110 is all positioned at hot side 102.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.Wherein be provided with power supply unit 131, power supply unit 132, Resilient Power unit 133 and a monitoring unit 134 in an auxiliary device rack 130, power supply unit 131 provides server host 111 and Air conditioner cabinet 120 to operate required electricity consumption; Power supply unit 132 for distribute according to the need for electricity of full cabinet 100 power supply unit 131 supply power to server host 111 and Air conditioner cabinet 120 and power supply unit 132 also optionally can distribute and supplies power to monitoring unit 134 or Resilient Power unit 133; When external power interrupts, Resilient Power unit 133 can be powered within a certain period of time and be given server cabinet 110 and be beneficial to emergency action (such as shutting down to avoid device damage); Monitoring unit 134 is for the functioning condition of supervising server host computer 111.Be provided with a fire fighting unit 135 in another auxiliary device rack 130, alert and fire protection are provided when there is emergency in data center.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.
In the present embodiment, each compartment module 200 includes plural dividing plate 210 respectively, each compartment module 200 encloses formation one circulation canal 201 by its dividing plate 210 respectively at the cold side 101 of full cabinet 100 and hot side 102, by this full cabinet 100 and compartment module 200 is combined as the data center of air tight cycle.Compartment module 200 is preferably provided with an AD 220 and passes in and out data center for personnel, and the stage casing of full cabinet 100 preferably enclose formed be communicated with this to the connection aisle 103 of circulation canal 201, therefore do not need time between personnel's cyclic passage 201 to open AD 220, therefore the sealing and circulating of data center can be guaranteed.Be communicated with aisle 103 and can be provided with a compartment door 140, separate the hot and cold air in two circulation canals 201 by compartment door 140.
Air conditioner cabinet 120 enters cold air in cold side 101 circulation canal 201 and can suck using as cooling for server cabinet 110, and by server cabinet 110, takeaway service device main frame 111 operates the heat energy that produces and enters in hot side 102 circulation canal 201 cold air.Similarly, auxiliary device rack 130 also can introduce cold air using the use as cooling from cold side 101 circulation canal 201, and cold air is taken away power supply unit 131 and power supply unit 132 and operated the heat energy that produces and enter in hot side 102 circulation canal 201 by auxiliary device rack 130.Air conditioner cabinet 120 sucks the hot-air in hot side 102 circulation canal 201 and enters in cold side 101 circulation canal 201 again to circulate after cooling.
Consult Figure 12, the 11 embodiment of the present utility model provides a kind of data center micromodule, and it comprises row full cabinet 100 and a compartment module 200, is combined as a data center by full cabinet 100 and compartment module 200.
In the present embodiment, full cabinet 100 comprises server cabinet 110, Air conditioner cabinet 120 and an auxiliary device rack 130 of a row arrangement.Two sides of this row full cabinet 100 are respectively cold side 101 and a hot side 102.Plural server host 111 and radiator fan (not shown) is provided with in server cabinet 110, radiator fan is introduced air-flow from the front side of server cabinet 110 and cools server host 111, and is discharged by the rear side of the air-flow be heated by server cabinet 110.The front side of each server cabinet 110 is all positioned at cold side 101 and the rear side of server cabinet 110 is all positioned at hot side 102.Air conditioner cabinet 120 for self-heating side 102 air inlet and through cooling after discharged by cold side 101.Be provided with power supply unit 131 and a power supply unit 132 in auxiliary device rack 130, power supply unit 131 provides the server cabinet 110 in full cabinet 100 and Air conditioner cabinet 120 to operate required electricity consumption; Power supply unit 132 supplies power to server cabinet 110 and Air conditioner cabinet 120 for the need for electricity distribution power supply unit 131 according to full cabinet 100.
In the present embodiment, compartment module 200 preferably includes plural dividing plate 210, those dividing plates 210 surround full cabinet 100 and enclose formation one circulation canal 201 respectively at the cold side 101 of full cabinet 100 and hot side 102, by this full cabinet 100 and compartment module 200 are combined as the data center of air tight cycle.Compartment module 200 is preferably provided with an AD 220 and passes in and out data center for personnel, and formed between one end of full cabinet 100 with compartment module 200 and be communicated with this connection aisle 103 to circulation canal 201, therefore do not need time between personnel's cyclic passage 201 to open AD 220, therefore the sealing and circulating of data center can be guaranteed.
Air conditioner cabinet 120 passes through by circulation canal 201 air inlet of hot side 102, and the cold air that Air conditioner cabinet 120 enters cold side 101 circulation canal 201 can suck using as cooling for server cabinet 110, by server cabinet 110, takeaway service device main frame 111 operates the heat energy that produces and is expelled in environment from the hot side 102 of full cabinet 100 cold air.Similarly, auxiliary device rack 130 also can introduce cold air using the use as cooling from cold side 101 circulation canal 201, and cold air is taken away power supply unit 131 and power supply unit 132 and operated the heat energy that produces and enter in hot side 102 from the hot side 102 of full cabinet 100 by auxiliary device rack 130.
In the present embodiment, at least one Air conditioner cabinet 120 relatively contiguous aisle 103 that is communicated with configures, the air entering cold side 101 circulation canal 201 is back to hot side 102 circulation canal 201 by being communicated with aisle 103 and being inhaled into Air conditioner cabinet 120 once again and forming an obstruct flow field 10, is separated the hot and cold air in two circulation canals 201 by obstruct flow field 10.
Data center of the present utility model micromodule can form multi-form data center therefore, it is possible to be applicable to various different user demand by the permutation and combination of its full cabinet 100 and compartment module 200.
The foregoing is only the preferred embodiment of the utility model, non-the scope of the claims for limiting the utility model, other use the equivalence change of the patent spirit of the utility model, all should belong to the scope of the claims of the utility model.
Although last it is noted that described the utility model and advantage thereof in detail above, be to be understood that and can carry out various change when not exceeding the spirit and scope of the present utility model limited by appended claim, substituting and converting.And scope of the present utility model is not limited only to the specific embodiment of process, equipment, means, method and step described by specification.One of ordinary skilled in the art will readily appreciate that from disclosure of the present utility model, can use perform the function substantially identical with corresponding embodiment described herein or obtain and its substantially identical result, existing and that will be developed in the future process, equipment, means, method or step according to the utility model.Therefore, appended claim is intended to comprise such process, equipment, means, method or step in their scope.
Claims (17)
1. data center's micromodule, is characterized in that, comprising:
One row full cabinet, comprise an Air conditioner cabinet and a server cabinet of a row arrangement, and full cabinet is provided with a power supply unit, described power supply unit is used for providing electricity consumption needed for described full cabinet; And
One compartment module, encloses formation one circulation canal in the side of described row full cabinet.
2. data center according to claim 1 micromodule, it is characterized in that, compartment module is a pair and describedly surrounds the described each side of row full cabinet respectively to compartment module and enclose formation a pair circulation canal, and described Air conditioner cabinet is used for sucking air from wherein circulation canal described in one and entering after Air flow to circulation canal described in another.
3. data center according to claim 2 micromodule, is characterized in that, described row full cabinet encloses to be formed to be communicated with and is communicated with aisle described to one between circulation canal.
4. data center according to claim 3 micromodule, it is characterized in that, described Air conditioner cabinet is the configuration of contiguous described connection aisle relatively, the air entered to wherein circulation canal described in is back to circulation canal described in another by being communicated with aisle and being inhaled into described Air conditioner cabinet once again and forming an obstruct flow field, separates described to the air in circulation canal by described obstruct flow field.
5. data center according to claim 3 micromodule, is characterized in that, described connection aisle is provided with a compartment door, separates described to the air in circulation canal by described compartment door.
6. data center according to claim 1 micromodule, is characterized in that, full cabinet be a pair and described compartment module between described to full cabinet between and surround the side of each described full cabinet respectively.
7. data center according to claim 1 micromodule, is characterized in that, one end of described circulation canal is open.
8. data center according to claim 1 micromodule, is characterized in that, described compartment module is provided with an AD.
9. data center according to claim 1 micromodule, is characterized in that, described row full cabinet comprises an auxiliary device rack, and described power supply unit is located at described auxiliary device rack.
10. data center according to claim 9 micromodule, is characterized in that, described auxiliary device rack is provided with a power supply unit, and described power supply unit is used for the power supply distributing described power supply unit according to the need for electricity of described full cabinet.
11. data center according to claim 9 micromodules, is characterized in that, described auxiliary device rack is provided with a Resilient Power unit.
12. data center according to claim 9 micromodules, is characterized in that, described auxiliary device rack is provided with a monitoring unit for monitoring the functioning condition of described server cabinet.
13. data center according to claim 9 micromodules, is characterized in that, described auxiliary device rack is provided with a fire fighting unit.
14. data center according to claim 1 micromodules, it is characterized in that, described power supply unit is located at described server cabinet.
15. data center according to claim 14 micromodules, it is characterized in that, described server cabinet is provided with a power supply unit, and described power supply unit is used for the power supply distributing described power supply unit according to the need for electricity of described full cabinet.
16. data center's micromodules according to claims 14 or 15, it is characterized in that, described server cabinet is provided with a Resilient Power unit.
17. data center according to claim 9 micromodules, is characterized in that, described auxiliary device rack is provided with a monitoring unit for monitoring the functioning condition of described server cabinet.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520106655.7U CN204539672U (en) | 2015-02-13 | 2015-02-13 | Data center's micromodule |
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| CN201520106655.7U CN204539672U (en) | 2015-02-13 | 2015-02-13 | Data center's micromodule |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107302832A (en) * | 2016-04-15 | 2017-10-27 | 腾讯科技（深圳）有限公司 | A kind of data center |
| CN111084954A (en) * | 2019-12-11 | 2020-05-01 | 国网浙江省电力有限公司嘉兴供电公司 | Fire-fighting on-line monitoring system based on big data technology |
-
2015
- 2015-02-13 CN CN201520106655.7U patent/CN204539672U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107302832A (en) * | 2016-04-15 | 2017-10-27 | 腾讯科技（深圳）有限公司 | A kind of data center |
| CN111084954A (en) * | 2019-12-11 | 2020-05-01 | 国网浙江省电力有限公司嘉兴供电公司 | Fire-fighting on-line monitoring system based on big data technology |
| CN111084954B (en) * | 2019-12-11 | 2021-05-07 | 国网浙江省电力有限公司双创中心 | Fire-fighting on-line monitoring system based on big data technology |
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