CN107333434A - The adjusting method and device of a kind of cabinet temperature - Google Patents
The adjusting method and device of a kind of cabinet temperature Download PDFInfo
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- CN107333434A CN107333434A CN201610286726.5A CN201610286726A CN107333434A CN 107333434 A CN107333434 A CN 107333434A CN 201610286726 A CN201610286726 A CN 201610286726A CN 107333434 A CN107333434 A CN 107333434A
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- rack
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K7/00—Constructional details common to different types of electric apparatus
- H05K7/20—Modifications to facilitate cooling, ventilating, or heating
- H05K7/20709—Modifications to facilitate cooling, ventilating, or heating for server racks or cabinets; for data centers, e.g. 19-inch computer racks
- H05K7/20836—Thermal management, e.g. server temperature control
Abstract
The present invention provides a kind of adjusting method and device of cabinet temperature, and the adjusting method of wherein cabinet temperature includes：Obtain the first temperature value of the rack that the temperature sensor on rack is detected；When the first temperature value of rack is more than preset temperature threshold value, the cooling parameters of current refrigeration equipment corresponding with current rack are adjusted；Otherwise, the standard value of the cooling parameters of the corresponding current refrigeration equipment of current rack is recovered；The N number of refrigeration plant of wherein rack correspondence, N is the integer more than or equal to 1.Corresponding refrigeration plant is adjusted according to actual needs for the adjusting method of cabinet temperature of the present invention, accurate refrigeration, improves the O＆M efficiency of refrigeration plant, reduction refrigeration power consumption.
Description
Technical field
The present invention relates to the adjusting method and device of data center's technical field, more particularly to a kind of cabinet temperature.
Background technology
With the development of data center's technology, the construction of large-scale data center computer room and a large amount of information technoloy equipments
The monitoring and management of environment real time data in application deployment, data center machine room are increasingly taken seriously, especially
It is information technoloy equipment after substantial amounts of IT (Information Technology, information technology) deployed with devices is runed
Height radiating causes data center's part or bulk temperature too high, and too high temperature will can influence information technoloy equipment
Performance, further then influences whether the normal operation of related deployment business, thus data center management and
In O＆M, the control to temperature data is most important.Existing micromodule data center is mainly in two row's racks
In, refrigeration plant is spaced apart, the refrigerating capacity of refrigeration plant radiates for all racks are unified jointly, this side
Formula is typically unified to turn down the cryogenic temperature of refrigeration plant, and cryogenic temperature is lower, the work(that refrigeration plant is consumed
Rate is bigger.And when certain rack, because portfolio is increased, causes in local temperature in micromodule data center
After rising, existing refrigerating capacity can not realize fast cooling.
The content of the invention
The purpose of the embodiment of the present invention is the adjusting method and device for providing a kind of cabinet temperature, it is intended to solve
Refrigeration plant in available data central machine room can not realize the fast cooling to rack and consume high-power
Problem.
The embodiment of the present invention provides a kind of adjusting method of cabinet temperature, including：
Obtain the first temperature value of the rack that the temperature sensor on rack is detected；
When the first temperature value of the rack is more than preset temperature threshold value, work as corresponding with current rack is adjusted
The cooling parameters of preceding refrigeration plant；Otherwise, the cooling parameters of the corresponding current refrigeration equipment of current rack are recovered
Standard value；The N number of refrigeration plant of wherein rack correspondence, N is the integer more than or equal to 1.
Wherein, the step of the first temperature value of the rack that the temperature sensor obtained on rack is detected is wrapped
Include：
Rack is found according to the rack pre-established and the first corresponding relation of temperature sensor corresponding many
Individual temperature sensor；
The maximum temperature value in the temperature value for the rack that multiple temperature sensors are detected is obtained, and determines highest
Temperature value is the first temperature value.
Wherein, the step of cooling parameters of regulation current refrigeration equipment corresponding with current rack include：
Searched according to the rack pre-established and the second corresponding relation of refrigeration plant corresponding with current rack
N number of refrigeration plant；
At least refrigeration plant normally run is determined in N number of refrigeration plant；
The corresponding current refrigeration equipment of current rack is determined at least refrigeration plant normally run；
The cooling parameters of current refrigeration equipment are adjusted.
Wherein, it is described to determine the corresponding current refrigeration of current rack at least refrigeration plant normally run
The step of equipment, includes：
Calculate the distance of each refrigeration plant and current rack normally run；
It is determined that the refrigeration plant of the normal operation minimum with the distance of current rack is current refrigeration equipment.
Wherein, the step of cooling parameters of regulation current refrigeration equipment corresponding with current rack include：
The cooling parameters of the corresponding current refrigeration equipment of current rack are adjusted to the first preset value, described first
The cryogenic temperature difference of preset value in the given time is more than the standard value of cooling parameters in the given time
Cryogenic temperature difference.
The embodiment of the present invention also provides a kind of adjusting means of cabinet temperature, including：
Acquisition module, the first temperature value of the rack that the temperature sensor for obtaining on rack is detected；
Processing module, for when the first temperature value of the rack is more than preset temperature threshold value, regulation to be with working as
The cooling parameters of the corresponding current refrigeration equipment of preceding rack；Otherwise, the corresponding current refrigeration of current rack is recovered
The standard value of the cooling parameters of equipment；The N number of refrigeration plant of wherein rack correspondence, N is more than or equal to 1
Integer.
Wherein, the acquisition module includes：
First searches submodule, for according to the rack and the first corresponding relation of temperature sensor pre-established
Find the corresponding multiple temperature sensors of rack；
Handle submodule, the highest temperature in temperature value for obtaining the rack that multiple temperature sensors are detected
Angle value, and determine that maximum temperature value is the first temperature value.
Wherein, the processing module includes：
Second searches submodule, for being looked into according to the rack and the second corresponding relation of refrigeration plant that pre-establish
Look for N number of refrigeration plant corresponding with current rack；
First determination sub-module, at least refrigeration normally run for being determined in N number of refrigeration plant
Equipment；
Second determination sub-module, for determining current rack correspondence at least refrigeration plant normally run
Current refrigeration equipment；
Submodule is adjusted, is adjusted for the cooling parameters to current refrigeration equipment.
Wherein, second determination sub-module includes：
Computing unit, the distance of each refrigeration plant normally run for calculating and current rack；
Determining unit, for determining that the refrigeration plant of the normal operation minimum with the distance of current rack is current
Refrigeration plant.
Wherein, the processing module is further used for：
The cooling parameters of the corresponding current refrigeration equipment of current rack are adjusted to the first preset value, described first
The cryogenic temperature difference of preset value in the given time is more than the standard value of cooling parameters in the given time
Cryogenic temperature difference.
The beneficial effect of such scheme of the embodiment of the present invention at least includes：
By obtaining the first temperature value of rack, the first temperature value is compared with preset temperature threshold value,
When first temperature value of rack is more than preset temperature threshold value, then the corresponding refrigeration plant of rack is found, adjusted
The cooling parameters of corresponding refrigeration plant, are less than or equal to preset temperature threshold value in the first temperature value of rack
When, then recover the standard value of cooling parameters, it is possible to achieve distribution according to need refrigerating capacity, own to data center
The refrigerating capacity of refrigeration plant is automatically controlled, and automatically adjusts refrigerating capacity, and accurate refrigeration, can be quickly machine
Cabinet cools, and reaches the purpose of reduction refrigeration total power consumption.
Brief description of the drawings
Fig. 1 represents the adjusting method schematic diagram of the cabinet temperature of the embodiment of the present invention one；
Fig. 2 represents the adjusting method schematic diagram of the cabinet temperature of the embodiment of the present invention two；
Fig. 3 represents that the embodiment of the present invention determines the method schematic diagram of the corresponding current refrigeration equipment of current rack；
Fig. 4 represents the adjusting method schematic diagram of the cabinet temperature of the embodiment of the present invention three；
Fig. 5 represents the adjusting means schematic diagram one of the cabinet temperature of the embodiment of the present invention four；
Fig. 6 represents the adjusting means schematic diagram two of the cabinet temperature of the embodiment of the present invention four.
Embodiment
To make the technical problem to be solved in the present invention, technical scheme and advantage clearer, below in conjunction with attached
Figure and specific embodiment are described in detail.
Embodiment one
As shown in figure 1, be the adjusting method schematic diagram of the cabinet temperature of the embodiment of the present invention one, including：
Step 101, the first temperature value for obtaining the rack that the temperature sensor on rack is detected.
Temperature detection is carried out using temperature sensor for the rack in data center machine room, obtained on rack
Multiple temperature sensors are provided with first temperature value, each of which rack, different temperature sensors are set
In different positions, read the numerical value of each temperature sensor, multiple temperature sensor measurements arrive it is multiple
Maximum temperature value is selected in temperature value, and determines that maximum temperature value is the first temperature value.It should be noted that
Maximum temperature value is a variable, and the maximum temperature value of the rack acquired is certain time period or a certain moment
Maximum temperature value.
Step 102, when rack the first temperature value be more than preset temperature threshold value when, regulation with current rack pair
The cooling parameters for the current refrigeration equipment answered；Otherwise, the system of the corresponding current refrigeration equipment of current rack is recovered
The standard value of cold parameter；The N number of refrigeration plant of wherein rack correspondence, N is the integer more than or equal to 1.
When the first temperature value on a rack, i.e. maximum temperature value are more than preset temperature threshold value, it is necessary to work as
Current refrigeration equipment is determined in the corresponding N number of refrigeration plant of preceding rack, current refrigeration equipment is then adjusted
Cooling parameters.The corresponding refrigeration plant that rack is set can be refrigeration plant whole in data center or
Part refrigeration plant.
For example：The temperature value of 4 temperature sensors on rack one be respectively 15 degree, 18 degree, 16 degree and
21 degree, it is determined that the maximum temperature value of rack one, that is, the first temperature value is 21 degree.Work as preset temperature
Threshold value be 20 degree when, now the maximum temperature value of rack one be more than preset temperature threshold value, it is necessary to find with
The corresponding current refrigeration equipment of rack one, wherein rack should have multiple refrigeration plants, it is necessary in rack 1 a pair
A current refrigeration equipment is determined in corresponding multiple refrigeration plants, the refrigeration ginseng of current refrigeration equipment is then adjusted
Number, to reduce the maximum temperature of rack one.
If the temperature value of 4 temperature sensors of rack one is 15 degree, 18 degree, 16 degree and 14 degree respectively,
The maximum temperature value for then determining rack one is 18 degree.When preset temperature threshold value is 20 degree, now rack one
Maximum temperature value be less than preset temperature threshold value, it is necessary to find current refrigeration equipment corresponding with rack one,
Wherein rack should have multiple refrigeration plants, it is necessary to determine 1 in the corresponding multiple refrigeration plants of rack one a pair
Current refrigeration equipment, recovers the cooling parameters standard value of current refrigeration equipment.
Wherein different types of refrigeration plant, its cooling parameters are different, such as Water cooled air conditionerses major control water valve
Aperture, air cooling air conditioner then major control wind pushing temperature etc..Preset temperature threshold value is set in advance, is stored in
In database.
When refrigeration plant is Water cooled air conditionerses, Water cooled air conditionerses temperature is adjusted by water adjusting valve aperture, works as water
Valve opening is bigger, when the refrigeration of Water cooled air conditionerses is better, can by increasing the water valve aperture of Water cooled air conditionerses
To realize the cryogenic temperature of reduction Water cooled air conditionerses.For example：It is determined that rack one maximum temperature value be 21 degree,
Preset temperature threshold value be 20 degree when, now the maximum temperature value of rack one be more than preset temperature threshold value, it is necessary to
Current refrigeration equipment corresponding with rack one is found, the cooling parameters of current refrigeration equipment are then adjusted,
, it is necessary to increase water valve aperture when current refrigeration equipment is Water cooled air conditionerses, the cryogenic temperature of Water cooled air conditionerses is reduced,
To reduce the maximum temperature of rack one.
When refrigeration plant is air cooling air conditioner, air cooling air conditioner temperature is adjusted by adjusting wind pushing temperature.For example：
It is determined that the maximum temperature value of rack one is 21 degree.Preset temperature threshold value is 20 degree, and now rack one is most
High temperature value is more than preset temperature threshold value, it is necessary to find current refrigeration equipment corresponding with rack one, then
The cooling parameters of current refrigeration equipment are adjusted, it is air-cooled by reducing when current refrigeration equipment is air cooling air conditioner
The wind pushing temperature of air-conditioning, and then the cryogenic temperature of air cooling air conditioner is reduced, to reduce the maximum temperature of rack one.
The embodiment of the present invention one, by obtaining the temperature value of cabinet temperature highest first, by the first temperature value with
Preset temperature threshold value is compared, and when the first temperature value of rack is more than preset temperature threshold value, is then found
The corresponding refrigeration plant of rack, adjusts the cooling parameters of corresponding refrigeration plant, in the first temperature value of rack
During less than or equal to preset temperature threshold value, then recover the standard value of cooling parameters, it is possible to achieve distribution according to need
Refrigerating capacity, the refrigerating capacity to all refrigeration plants of data center is automatically controlled, and automatically adjusts refrigerating capacity,
Accurate refrigeration, quickly can cool, and reach the purpose of reduction refrigeration total power consumption for rack.
Embodiment two
As shown in Fig. 2 be the adjusting method schematic diagram of the cabinet temperature of the embodiment of the present invention two, including：
First corresponding relation of step 201, the rack that basis is pre-established and temperature sensor is found with working as
The corresponding multiple temperature sensors of preceding rack.
Set up the first corresponding relation of rack and temperature sensor, and the second of rack and refrigeration plant is corresponding
Relation.Firstly the need of information such as layout, position, size, title, the rated power for obtaining each rack,
Unique sign of each temperature sensor, title, IP (Internet Protocol, Internet protocol) address,
Port numbers, positional information, monitoring parameter information；And unique sign of each refrigeration plant, title, IP
Address, port numbers, positional information, monitoring parameter information.According to these information of acquisition, set up rack with
Second corresponding relation of the first corresponding relation of temperature sensor, rack and refrigeration plant.A wherein rack pair
Answer multiple temperature sensors, the N number of refrigeration plant of rack correspondence.Wherein, these information can be stored in
In database, when importing information into database, execl files, xml document, json texts can be supported
The importing of a variety of file formats such as part., can be by docking Modbus associations when obtaining monitoring parameter information
View or Simple Network Management Protocol are acquired using serial server, and monitoring parameter information here can be with
It is temperature value, the temperature value of refrigeration plant of temperature sensor.
Maximum temperature in the temperature value for the current rack that step 202, the multiple temperature sensors of acquisition are detected
Value.
After the corresponding multiple temperature sensors of current rack are found, the detection of each temperature sensor is obtained
Temperature value, and multiple temperature values of acquisition are compared, a maximum temperature are determined in multiple temperature values
Value, wherein maximum temperature value here is the first temperature value.
Step 203, the maximum temperature value of current rack and preset temperature threshold value be compared.
The maximum temperature value of the current rack of determination and the preset temperature threshold value of storage are compared, compared
Relatively result, wherein preset temperature threshold value need to be less than or equal to the maximum temperature that rack runs well.
Step 204, when the maximum temperature value of current rack is more than preset temperature threshold value, according to pre-establishing
The second corresponding relation of rack and refrigeration plant search N number of refrigeration plant corresponding with current rack.
When comparative result is：When the maximum temperature value of current rack is more than preset temperature threshold value, then basis is needed
Second corresponding relation of rack and refrigeration plant, searches N number of refrigeration plant corresponding with current rack.Its
In, the corresponding N number of refrigeration plant of current rack can be refrigeration plant whole in data center or portion
Divide refrigeration plant.
Step 205, the refrigeration plant normally run is determined in N number of refrigeration plant, what is normally run
The corresponding current refrigeration equipment of current rack is determined in refrigeration plant, the cooling parameters of current refrigeration equipment are entered
Row regulation.
The refrigeration plant that can normally run is determined in N number of refrigeration plant, it is assumed that current rack correspondence 4
Individual refrigeration plant, is the first refrigeration plant, the second refrigeration plant, the 3rd refrigeration plant and the 4th system respectively
Cool equipment.This 4 refrigeration plants may only have the first refrigeration plant, the second refrigeration plant, the 3rd refrigeration and set
It is standby normally to run, then need in the first refrigeration plant, the second refrigeration plant, the 3rd refrigeration plant really
Make the corresponding current refrigeration equipment of current rack.
It should be noted that determining the mistake for the refrigeration plant that can normally run in N number of refrigeration plant
Cheng Wei：For each refrigeration plant, its operational factor is verified respectively, in the operation of refrigeration plant
In the case of parameter is normal, it is the refrigeration plant normally run to determine the refrigeration plant.
For example：Set for the first refrigeration plant, the second refrigeration plant, the 3rd refrigeration plant and the 4th refrigeration
The cooling parameters of received shipment row are verified respectively, in the first refrigeration plant, the second refrigeration plant, the 3rd refrigeration
The cooling parameters of equipment operation are in normal range (NR), and the cooling parameters of the 4th refrigeration plant operation are in normal range (NR)
Outside when, you can to determine the first refrigeration plant, the second refrigeration plant, the 3rd refrigeration plant as normal operation
Refrigeration plant.
The process of the corresponding current refrigeration equipment of current rack is determined in the refrigeration plant normally run, is such as schemed
Shown in 3：
The distance of each refrigeration plant and current rack that step 2051, calculating are normally run.
The refrigeration plant of step 2052, the determination normal operation minimum with the distance of current rack is made to be current
Cool equipment.
For example：The first distance of the first refrigeration plant and current rack can be calculated, the second refrigeration plant is with working as
The second distance of preceding rack, and the 3rd refrigeration plant and current rack the 3rd distance, compare the first distance,
The size of second distance and the 3rd distance, when the numerical value of the first distance is minimum, determines that the first refrigeration plant is
Current refrigeration equipment.
Then the cooling parameters of the first refrigeration plant are adjusted, the cooling parameters of the first refrigeration plant is adjusted
Save as the first preset value, wherein the cryogenic temperature difference of the first preset value in the given time is more than cooling parameters
Standard value cryogenic temperature difference in the given time.
Specially：When it is Water cooled air conditionerses that the first refrigeration plant, which is refrigeration plant, by water adjusting valve aperture come
Water cooled air conditionerses temperature is adjusted, when water valve aperture is bigger, when the refrigeration of Water cooled air conditionerses temperature is better, is passed through
Increase the water valve aperture of Water cooled air conditionerses, it is possible to achieve the cryogenic temperature of reduction Water cooled air conditionerses.For example：It is determined that
The maximum temperature value of rack one is 21 degree, when preset temperature threshold value is 20 degree, now the highest temperature of rack one
Angle value is more than preset temperature threshold value, it is necessary to find current refrigeration equipment corresponding with rack one, then adjusts
The cooling parameters of current refrigeration equipment are adjusted to the first preset value by the cooling parameters of current refrigeration equipment, drop
The cryogenic temperature of low Water cooled air conditionerses, to reduce the maximum temperature of rack one.It is furthermore appreciated that being：Refrigeration
Parameter can provide the lowest temperature angle value of current refrigeration equipment for the current refrigeration equipment of the first preset value.
When refrigeration plant is air cooling air conditioner, air cooling air conditioner temperature is adjusted by adjusting wind pushing temperature.For example：
It is determined that the maximum temperature value of rack one is 21 degree.Preset temperature threshold value is 20 degree, and now rack one is most
High temperature value is more than preset temperature threshold value, it is necessary to find current refrigeration equipment corresponding with rack one, ought
The cooling parameters of preceding refrigeration plant are adjusted to the first preset value, by reducing the wind pushing temperature of air cooling air conditioner, enter
And the cryogenic temperature of air cooling air conditioner is reduced, to reduce the maximum temperature of rack one.
It should be noted that the maximum temperature value in current rack with preset temperature threshold value comparative result is：When
When the maximum temperature value of preceding rack is less than or equal to preset temperature threshold value, recover current rack corresponding current
The standard value of the cooling parameters of refrigeration plant, the cryogenic temperature of the standard values of cooling parameters in the given time is poor
Value is less than the cryogenic temperature difference of the first preset value in the given time.
The embodiment of the present invention two, by obtaining the maximum temperature value of rack, by maximum temperature value and preset temperature
Threshold value is compared, and when the maximum temperature value of rack is more than preset temperature threshold value, then finds rack correspondence
Refrigeration plant, adjust the cooling parameters of corresponding refrigeration plant, be less than in the maximum temperature value of rack or
During equal to preset temperature threshold value, then recover the standard value of cooling parameters, it is possible to achieve distribution according to need refrigerating capacity,
Refrigerating capacity to all refrigeration plants of data center is automatically controlled, and automatically adjusts refrigerating capacity, accurate system
It is cold, quickly it can cool for rack, and reach the purpose of reduction refrigeration total power consumption.
Embodiment three
As shown in figure 4, be the adjusting method schematic diagram of the cabinet temperature of the embodiment of the present invention three, including：
The temperature value that step 301, the corresponding multiple temperature sensors of the current rack of acquisition are detected, and determine
One maximum temperature value.
Step 302, judge current rack maximum temperature value whether be more than preset temperature threshold value.
Currently the maximum temperature value of rack it will be compared with preset temperature threshold value, can be with according to comparative result
Judge whether the maximum temperature value of current rack is more than preset temperature threshold value, in the maximum temperature of current rack
When value is more than preset temperature threshold value, step 303 is performed, step 308 is otherwise performed.
Step 303, the corresponding current refrigeration equipment of the current rack of acquisition.
Require to look up N number of refrigeration plant corresponding with current rack.Wherein, current rack is corresponding N number of
Refrigeration plant can be refrigeration plants or part refrigeration plant whole in data center.
, can be according to refrigeration plant and current rack when determining current refrigeration equipment in N number of refrigeration plant
Neighboring extent, refrigeration plant is numbered.It will can be compiled with the closest refrigeration plant of current rack
Number it is the first refrigeration plant, apart from farthest refrigeration plant numbering is N refrigeration plants with current rack.
Wherein the second refrigeration plant, the distance of the 3rd refrigeration plant ... N-1 refrigeration plants and current rack are passed successively
Increase.Operational factor first to the first refrigeration plant is verified, if the first refrigeration plant is normally run,
Then the first refrigeration plant is current refrigeration equipment, if the first refrigeration plant is abnormal, to the second refrigeration plant
Verified, the refrigeration plant normally run until finding out is defined as current refrigeration equipment.
When determining current refrigeration equipment in N number of refrigeration plant, it can also be determined in N number of refrigeration plant
Go out the refrigeration plant that can normally run, calculate the distance of each refrigeration plant and current rack normally run,
It is determined that the refrigeration plant of the normal operation minimum with the distance of current rack is current refrigeration equipment.
Whether step 304, the cooling parameters for judging current refrigeration equipment are the first preset value.
If the cooling parameters of current refrigeration equipment are not the first preset values, need to perform step 305, otherwise
Perform step 306.
Step 305, the cooling parameters of current refrigeration equipment are adjusted to the first preset value.
Wherein the cooling parameters of current refrigeration equipment are adjusted to after the first preset value, current refrigeration equipment can
Quickly to cool to current rack, it is further understood that：Cooling parameters are worked as the first preset value
Preceding refrigeration plant can provide the lowest temperature angle value of current refrigeration equipment.
Step 306, certain interval of time, reacquire the maximum temperature value on current rack.
The temperature value that the detection of multiple temperature sensors on current rack is obtained is obtained, is selected in multiple temperature values
Take maximum temperature value.
Whether step 307, the maximum temperature value judged on the current rack reacquired are more than preset temperature threshold
Value.
When the maximum temperature value on the current rack of reacquisition is more than preset temperature threshold value, then step is performed
306.When the maximum temperature value on the current rack of reacquisition is less than or equal to preset temperature threshold value,
Perform step 308.
Step 308, the cooling parameters of current refrigeration equipment are adjusted to standard value.
Step 309, end.
The embodiment of the present invention three, by obtaining the maximum temperature value of rack, by maximum temperature value and preset temperature
Threshold value is compared, and when the maximum temperature value of rack is more than preset temperature threshold value, then finds rack correspondence
Refrigeration plant, adjust the cooling parameters of corresponding refrigeration plant, be less than in the maximum temperature value of rack or
During equal to preset temperature threshold value, then recover the standard value of cooling parameters, it is possible to achieve distribution according to need refrigerating capacity,
Refrigerating capacity to all refrigeration plants of data center is automatically controlled, and automatically adjusts refrigerating capacity, accurate system
It is cold, quickly it can cool for rack, and reach the purpose of reduction refrigeration total power consumption.
Example IV
A kind of embodiment of the adjusting means of the cabinet temperature provided below for the embodiment of the present invention four.Wherein fill
The embodiment put and above-mentioned embodiment of the method belong to the thin of not detailed description in same design, device embodiment
Content is saved, above method embodiment is may be referred to.
The adjusting means of cabinet temperature of the embodiment of the present invention, as shown in figure 5, including：
Acquisition module 10, the first temperature value of the rack that the temperature sensor for obtaining on rack is detected；
Processing module 20, for when the first temperature value of rack is more than preset temperature threshold value, regulation to be with working as
The cooling parameters of the corresponding current refrigeration equipment of preceding rack；Otherwise, the corresponding current refrigeration of current rack is recovered
The standard value of the cooling parameters of equipment；The N number of refrigeration plant of wherein rack correspondence, N is more than or equal to 1
Integer.
Wherein, as shown in fig. 6, acquisition module 10 includes：
First searches submodule 11, corresponding for first according to the rack that pre-establishes and temperature sensor
Relation finds the corresponding multiple temperature sensors of rack；
Handle in submodule 12, the temperature value for obtaining the rack that multiple temperature sensors are detected most
High temperature value, and determine that maximum temperature value is the first temperature value.
Wherein, processing module 20 includes：
Second searches submodule 21, for according to second corresponding pass of the rack pre-established with refrigeration plant
N number of refrigeration plant corresponding with current rack is searched by system；
First determination sub-module 22, at least system normally run for being determined in N number of refrigeration plant
Cool equipment；
Second determination sub-module 23, for determining current rack at least refrigeration plant normally run
Corresponding current refrigeration equipment；
Submodule 24 is adjusted, is adjusted for the cooling parameters to current refrigeration equipment.
Wherein, the second determination sub-module 23 includes：
Computing unit 231, the distance of each refrigeration plant normally run for calculating and current rack；
Determining unit 232, for determining that the refrigeration plant with the normal operation of the distance of current rack minimum is
Current refrigeration equipment.
Wherein, processing module 20 is further used for：
The cooling parameters of the corresponding current refrigeration equipment of current rack are adjusted to the first preset value, first presets
The cryogenic temperature difference of value in the given time is more than the refrigeration of the standard value of cooling parameters in the given time
Temperature gap.
The embodiment of the present invention four, the temperature value of temperature highest first of rack is obtained by above-mentioned module, by the
One temperature value is compared with preset temperature threshold value, when the first temperature value of rack is more than preset temperature threshold value,
Then find the corresponding refrigeration plant of rack, adjust the cooling parameters of corresponding refrigeration plant, the of rack
When one temperature value is less than or equal to preset temperature threshold value, then recover the standard value of cooling parameters, it is possible to achieve
Distribution according to need refrigerating capacity, the refrigerating capacity to all refrigeration plants of data center is automatically controlled, automatic to adjust
Cold is controlled, accurate refrigeration quickly can cool, and reach the purpose of reduction refrigeration total power consumption for rack.
It should be noted that the adjusting means of cabinet temperature provided in an embodiment of the present invention is to apply the above method
Device, then all embodiments of the above method be applied to the device, and can reach same or analogous
Beneficial effect.
Described above is the preferred embodiment of the present invention, it is noted that for the common skill of the art
For art personnel, on the premise of principle of the present invention is not departed from, some improvements and modifications can also be made,
These improvements and modifications also should be regarded as protection scope of the present invention.
Claims (10)
1. a kind of adjusting method of cabinet temperature, it is characterised in that including：
Obtain the first temperature value of the rack that the temperature sensor on rack is detected；
When the first temperature value of the rack is more than preset temperature threshold value, work as corresponding with current rack is adjusted
The cooling parameters of preceding refrigeration plant；Otherwise, the cooling parameters of the corresponding current refrigeration equipment of current rack are recovered
Standard value；The N number of refrigeration plant of wherein rack correspondence, N is the integer more than or equal to 1.
2. the adjusting method of cabinet temperature according to claim 1, it is characterised in that the acquisition
The step of first temperature value of the rack that the temperature sensor on rack is detected, includes：
Rack is found according to the rack pre-established and the first corresponding relation of temperature sensor corresponding many
Individual temperature sensor；
The maximum temperature value in the temperature value for the rack that multiple temperature sensors are detected is obtained, and determines highest
Temperature value is the first temperature value.
3. the adjusting method of cabinet temperature according to claim 1, it is characterised in that the regulation
The step of cooling parameters of current refrigeration equipment corresponding with current rack, includes：
Searched according to the rack pre-established and the second corresponding relation of refrigeration plant corresponding with current rack
N number of refrigeration plant；
At least refrigeration plant normally run is determined in N number of refrigeration plant；
The corresponding current refrigeration equipment of current rack is determined at least refrigeration plant normally run；
The cooling parameters of current refrigeration equipment are adjusted.
4. the adjusting method of cabinet temperature according to claim 3, it is characterised in that described just
The step of corresponding current refrigeration equipment of current rack is determined at least refrigeration plant often run includes：
Calculate the distance of each refrigeration plant and current rack normally run；
It is determined that the refrigeration plant of the normal operation minimum with the distance of current rack is current refrigeration equipment.
5. the adjusting method of cabinet temperature according to claim 1, it is characterised in that the regulation
The step of cooling parameters of current refrigeration equipment corresponding with current rack, includes：
The cooling parameters of the corresponding current refrigeration equipment of current rack are adjusted to the first preset value, described first
The cryogenic temperature difference of preset value in the given time is more than the standard value of cooling parameters in the given time
Cryogenic temperature difference.
6. a kind of adjusting means of cabinet temperature, it is characterised in that including：
Acquisition module, the first temperature value of the rack that the temperature sensor for obtaining on rack is detected；
Processing module, for when the first temperature value of the rack is more than preset temperature threshold value, regulation to be with working as
The cooling parameters of the corresponding current refrigeration equipment of preceding rack；Otherwise, the corresponding current refrigeration of current rack is recovered
The standard value of the cooling parameters of equipment；The N number of refrigeration plant of wherein rack correspondence, N is more than or equal to 1
Integer.
7. the adjusting means of cabinet temperature according to claim 6, it is characterised in that the acquisition
Module includes：
First searches submodule, for according to the rack and the first corresponding relation of temperature sensor pre-established
Find the corresponding multiple temperature sensors of rack；
Handle submodule, the highest temperature in temperature value for obtaining the rack that multiple temperature sensors are detected
Angle value, and determine that maximum temperature value is the first temperature value.
8. the adjusting means of cabinet temperature according to claim 6, it is characterised in that the processing
Module includes：
Second searches submodule, for being looked into according to the rack and the second corresponding relation of refrigeration plant that pre-establish
Look for N number of refrigeration plant corresponding with current rack；
First determination sub-module, at least refrigeration normally run for being determined in N number of refrigeration plant
Equipment；
Second determination sub-module, for determining current rack correspondence at least refrigeration plant normally run
Current refrigeration equipment；
Submodule is adjusted, is adjusted for the cooling parameters to current refrigeration equipment.
9. the adjusting means of cabinet temperature according to claim 8, it is characterised in that described second
Determination sub-module includes：
Computing unit, the distance of each refrigeration plant normally run for calculating and current rack；
Determining unit, for determining that the refrigeration plant of the normal operation minimum with the distance of current rack is current
Refrigeration plant.
10. the adjusting means of cabinet temperature according to claim 6, it is characterised in that the processing
Module is further used for：
The cooling parameters of the corresponding current refrigeration equipment of current rack are adjusted to the first preset value, described first
The cryogenic temperature difference of preset value in the given time is more than the standard value of cooling parameters in the given time
Cryogenic temperature difference.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201610286726.5A CN107333434A (en) | 2016-04-29 | 2016-04-29 | The adjusting method and device of a kind of cabinet temperature |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610286726.5A CN107333434A (en) | 2016-04-29 | 2016-04-29 | The adjusting method and device of a kind of cabinet temperature |
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| CN107333434A true CN107333434A (en) | 2017-11-07 |
Family
ID=60192356
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|---|---|---|---|
| CN201610286726.5A Pending CN107333434A (en) | 2016-04-29 | 2016-04-29 | The adjusting method and device of a kind of cabinet temperature |
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| CN109931679A (en) * | 2019-03-19 | 2019-06-25 | 杭州尚灵信息科技有限公司 | A kind of more air-conditioning automatic control systems and method of cold passage separation machine room |
| CN109990435A (en) * | 2017-12-31 | 2019-07-09 | 中国移动通信集团四川有限公司 | Control method, device, equipment and the medium of air conditioner in machine room |
| CN113568448A (en) * | 2021-07-07 | 2021-10-29 | 阳春新钢铁有限责任公司 | Control method and system of temperature regulation and control system of dual-altitude LCI transmission cabinet |
| CN114811987A (en) * | 2022-04-25 | 2022-07-29 | 珠海格力电器股份有限公司 | Cabinet air conditioner and control method |
| CN115119478A (en) * | 2022-06-24 | 2022-09-27 | 中国农业银行股份有限公司 | Control method, system and equipment of air conditioner |
| CN116017963A (en) * | 2023-03-28 | 2023-04-25 | 浙江德塔森特数据技术有限公司 | Intelligent regulation cabinet refrigerating capacity regulating method and intelligent regulation cabinet |
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