CN103049050A - Blade server capacity expansion configuration method and management system - Google Patents

Blade server capacity expansion configuration method and management system Download PDF

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Publication number
CN103049050A
CN103049050A CN201210572089XA CN201210572089A CN103049050A CN 103049050 A CN103049050 A CN 103049050A CN 201210572089X A CN201210572089X A CN 201210572089XA CN 201210572089 A CN201210572089 A CN 201210572089A CN 103049050 A CN103049050 A CN 103049050A
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blade
dilatation
type
power
heat
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CN201210572089XA
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CN103049050B (en
Inventor
侯金龙
许圣祥
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XFusion Digital Technologies Co Ltd
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Huawei Technologies Co Ltd
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Priority to CN201210572089.XA priority Critical patent/CN103049050B/en
Publication of CN103049050A publication Critical patent/CN103049050A/en
Priority to PCT/CN2013/080371 priority patent/WO2014101406A1/en
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    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/26Power supply means, e.g. regulation thereof

Abstract

An embodiment of the invention discloses a blade server capacity expansion configuration method and a management system. The method includes: acquiring types of blades used for capacity expansion, and the number of each type of blades; acquiring average power consumption of each type of blades in a system according to the types of the blades; calculating the number of power supply devices and the number of cooling devices, to be added, according to the number of each type of blades and the average power consumption of each type of blades in the system; displaying the number of the power supply devices and the number of the cooling devices, to be added, and configuring blade servers according to the number of the power supply devices and the number of the cooling devices, to be added, and the types of the blades used for capacity expansion and the number of each type of blades, thereby achieving capacity expansion of blade servers. Efficiency in blade server capacity expansion can be improved effectively, accuracy in capacity expansion configuration is increased, and resources can be utilized reasonably.

Description

A kind of dilatation collocation method administrating system of blade server
Technical field
The present invention relates to communication equipment field, relate in particular to a kind of dilatation collocation method administrating system of blade server.
Background technology
But blade server refers to the server unit of a plurality of cassettes of plug-in mounting in the rack cabinet of calibrated altitude, it is the high available highdensity low-cost server platform of a kind of realization, be special applications industry and high density computing environment specialized designs, can plug " blade " on the cassette server unit of the inside of this blade server, each piece " blade " in fact is exactly a block system mainboard, is similar to an independently server.Wherein, each piece blade can move the system of oneself, serve the customer group of appointment, perhaps, also can blade be assembled a server cluster with system software, under cluster mode, all blades can couple together provides network environment at a high speed, and can shared resource, be identical customer group service.
According to the required server capability of bearing, blade server can be divided into calculation blade, networking blade, storage blade, managing blade, I/O (Input/Output, I/O) blade server of expansion blade etc. difference in functionality, blade server will obtain fast development with advantages such as its high density agile deployment and maintenance, conduct monitoring at all levels management, enhanced scalability, high availability, and use more and more extensive.And because all component all can be realized redundant or hot plug in the blade server, therefore, system can replace and dilatation easily.
For applied environment, the demand that business scale etc. are different, blade server need to be supported to dispose flexibly, and in order to reduce the original equipment cost of investment, when initial configuration, only can dispose the blade of the minimum number under satisfying the demands, and the power supply and blower of minimal data, but this brings difficulty also just for Configuration Online and the dilatation of blade server, at present, the Configuration Online of blade server is normally finished by the staff of specialty, and normally inquired about the reference value of the maximum power dissipation of single blade in the dilatation Guide Book of blade server by the staff of veteran specialty, need to determine the power supply of increase and the number of electric fan, and carry out Configuration Online according to the number blade server of determining, realize the dilatation of blade server.
Yet, because what provide in the dilatation Guide Book of blade server is the reference value of the maximum power dissipation of blade, often greater than the value of the actual power loss of blade, thereby so that the resource of configuration is much larger than the resource of blade server actual needs, caused the waste of resource, and because the mode of dissimilar blade unit is more, so the difficulty of staff when carrying out the dilatation configuration is larger, has affected the dilatation efficient of blade server and the accuracy of dilatation configuration.
Summary of the invention
The embodiment of the invention provides a kind of dilatation collocation method administrating system of blade server, be used for the blade server and carry out the dilatation of dilatation Configuration blade server, and do not need the staff to carry out dilatation by the mode of the reference value of blade maximum power dissipation in the dilatation Guide Book of inquiry blade server, can effectively improve blade server dilatation efficient, improve the accuracy of dilatation configuration, and can rationally use resource.
One aspect of the present invention provides a kind of dilatation collocation method of blade server, can comprise:
Obtain the quantity for the blade of the type of the blade of dilatation and every type;
Obtain every type the average power consumption of blade in system according to the type of described blade;
Calculate the quantity of the power-supply unit that needs increase and the quantity of heat dissipation equipment according to the quantity of described every type blade and described every type the average power consumption of blade in system;
Show the quantity of the described power-supply unit that need to increase and the quantity of heat dissipation equipment, make it possible to quantity, and the quantity configuration blade server of the blade of the type of described blade for dilatation and every type according to the quantity of the described power-supply unit that need to increase and heat dissipation equipment, to realize the dilatation of described blade server.
In first aspect the first implementation, described type according to described blade is obtained every type the average power consumption of blade in system and is comprised: according to the type of the type inquiry blade of described blade and the mapping table between the average power consumption of blade in system, obtain described every type the average power consumption of blade in system.
In conjunction with first aspect or first aspect the first implementation, in the second implementation, the quantity of described blade according to described every type and the average power consumption of described every type blade in system calculate the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment comprises:
The quantity of described every type blade is multiplied each other with the average power consumption of blade in system of the type respectively, sum product is the needed power supply capacity of described blade for dilatation, and described sum product multiplies each other with the coefficient of heat transfer that presets and obtains the needed heat-sinking capability of described blade for dilatation;
The needed power supply capacity of described blade for dilatation is deducted the power supply capacity that the remaining power supply capacity of the current power-supply unit of described blade server needing to obtain increase;
The definite quantity that needs the power-supply unit of increase of power supply capacity of the power-supply unit that utilizes the described power supply capacity that need to increase and preset is utilized the definite quantity that needs the heat dissipation equipment of increase of the needed heat-sinking capability of described blade for dilatation.
In conjunction with first aspect or first aspect the first implementation or first aspect the second implementation, in the third implementation, described method also comprises:
When mounted blade for dilatation is powered on, check whether current power-supply unit and heat dissipation equipment satisfy described blade for dilatation simultaneously to the demand of electric energy and heat radiation;
If then described blade for dilatation is powered on;
If not, then send warning information, make mistakes to remind configuration.
In conjunction with the third possible implementation of first aspect, check described in the 4th kind of possible implementation whether current power-supply unit and heat dissipation equipment satisfy simultaneously described blade for dilatation the demand of electric energy and heat radiation is comprised:
Obtain the needed power supply capacity of described blade for dilatation and heat-sinking capability, obtain the remaining power supply capacity of described current power-supply unit and the remaining heat-sinking capability of described current heat dissipation equipment;
Whether the remaining power supply capacity of judging described current power-supply unit is more than or equal to the product of the numerical value that presets and the described needed power supply capacity of blade for dilatation;
If judge that then whether the remaining heat-sinking capability of described current heat dissipation equipment is more than or equal to the needed heat-sinking capability of described blade for dilatation; If the remaining heat-sinking capability of described current heat dissipation equipment is more than or equal to the needed heat-sinking capability of described blade for dilatation, determine that then described current power-supply unit and heat dissipation equipment can satisfy the blade of described user's dilatation simultaneously to the demand of electric energy and heat radiation, if the remaining heat-sinking capability of described current heat dissipation equipment, is then determined described current heat dissipation equipment less than the needed heat-sinking capability of described blade for dilatation and can not be satisfied described blade for dilatation to the demand of heat radiation;
If not, the remaining power supply capacity of then determining described current power-supply unit does not satisfy described blade for dilatation to the demand of power supply.
In conjunction with the third possible implementation of first aspect or the 4th kind of possible implementation of first aspect, in the 5th kind of possible implementation, describedly obtain the needed power supply capacity of described blade for dilatation and heat-sinking capability comprises:
Obtain the quantity of the blade of the type of described blade for dilatation and every type;
Type according to described blade is inquired about the type of blade and the mapping table between the average power consumption of blade in system, obtains described every type the average power consumption of blade in system;
The quantity of described every type blade and the average power consumption of blade in system of the type are multiplied each other, sum product be described for the required power supply capacity of the blade of dilatation, described sum product obtains described for the required heat-sinking capability of the blade of dilatation with multiplying each other of the coefficient of heat transfer that presets.
Second aspect present invention provides a kind of management system, comprising:
Acquiring unit is used for obtaining the quantity for the blade of the type of the blade of dilatation and every type;
The power consumption acquiring unit is used for after described acquiring unit obtains the quantity of blade of the type of blade of described user's dilatation and every type, obtains every type the average power consumption of blade in system according to the type of described blade;
Computing unit, be used for after described power consumption acquiring unit obtains described every type the average power consumption of blade in system, calculate the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment according to the average power consumption of blade in system of the quantity of described every type blade and described every type;
Display unit, after the quantity for the quantity that calculates the described power-supply unit that need to increase at described computing unit and heat dissipation equipment, show the quantity of the described power-supply unit that need to increase and the quantity of heat dissipation equipment, make it possible to quantity, and the quantity configuration blade server of the blade of the type of described blade for dilatation and every type according to the quantity of the described power-supply unit that need to increase and heat dissipation equipment, to realize the dilatation of described blade server.
In the possible implementation of second aspect the first, described computing unit comprises:
The first computing unit, be used for after described power consumption acquiring unit obtains described every type the average power consumption of blade in system, the quantity of described every type blade is multiplied each other with the average power consumption of blade in system of the type respectively, sum product is the needed power supply capacity of described blade for dilatation, and described sum product multiplies each other with the coefficient of heat transfer that presets and obtains the needed heat-sinking capability of described blade for dilatation;
The second computing unit, be used for after described the first computing unit obtains the needed power supply capacity of described blade for dilatation and heat-sinking capability, the needed power supply capacity of described blade for dilatation being deducted the power supply capacity that the remaining power supply capacity of the current power-supply unit of described blade server needing to obtain increase;
The 3rd computing unit, be used for after described the second computing unit obtains the described power supply capacity that needs to increase, the definite quantity that needs the power-supply unit of increase of power supply capacity of the power-supply unit that utilizes the described power supply capacity that need to increase and preset is utilized the definite quantity that needs the heat dissipation equipment of increase of the needed heat-sinking capability of described blade for dilatation.
In conjunction with second aspect or the possible implementation of first aspect the first, in the possible implementation of the second, described management system also comprises:
Inspection unit is used for when mounted blade for dilatation is powered on, and checks whether current power-supply unit and heat dissipation equipment satisfy described blade for dilatation simultaneously to the demand of electric energy and heat radiation;
Upper electric unit is used for after described inspection unit determines that described current power-supply unit and heat dissipation equipment can satisfy the described demand of blade to electric energy and heat radiation for dilatation simultaneously described blade for dilatation being powered on;
Alarm Unit is used for sending warning information after described inspection unit determines that described current power-supply unit and heat dissipation equipment can not satisfy the described demand of blade to electric energy and heat radiation for dilatation simultaneously, makes mistakes to remind configuration.
In conjunction with the possible implementation of second aspect the second, in the third possible implementation, described inspection unit comprises:
Data capture unit is used for obtaining the needed power supply capacity of described blade for dilatation and heat-sinking capability, obtains the remaining power supply capacity of described current power-supply unit and the remaining heat-sinking capability of described current heat dissipation equipment;
Judging unit is used for after described data capture unit, and whether the remaining power supply capacity of judging described current power-supply unit is more than or equal to the product of the numerical value that presets and the described needed power supply capacity of blade for dilatation;
Processing unit, be used for after described judging unit is judged, if the remaining power supply capacity of described current power-supply unit, judges then that whether the remaining heat-sinking capability of described current heat dissipation equipment is more than or equal to the needed heat-sinking capability of described blade for dilatation more than or equal to the product of the numerical value that presets and the described needed power supply capacity of blade for dilatation; If the remaining power supply capacity of described current heat dissipation equipment is more than or equal to the needed heat-sinking capability of described blade for dilatation, determine that then described current power-supply unit and heat dissipation equipment can satisfy the blade of described user's dilatation simultaneously to the demand of electric energy and heat radiation, if the remaining power supply capacity of described current heat dissipation equipment, is then determined described current heat dissipation equipment less than the needed heat-sinking capability of described blade for dilatation and can not be satisfied described blade for dilatation to the demand of heat radiation; And be used for after described judging unit is judged, if the remaining power supply capacity of described current power-supply unit, is then determined the remaining power supply capacity of described current power-supply unit more than or equal to the product of the numerical value that presets and the described needed power supply capacity of blade for dilatation and is not satisfied described blade for dilatation to the demand of power supply.
In conjunction with the third possible implementation of second aspect, in the 4th kind of possible implementation, described data capture unit comprises:
The first acquiring unit is used for obtaining the quantity of the blade of the type of described blade for dilatation and every type;
Second acquisition unit, be used for after described the first acquiring unit obtains the quantity of blade of the type of described blade for dilatation and every type, type according to described blade is inquired about the type of blade and the mapping table between the average power consumption of blade in system, obtains described every type the average power consumption of blade in system;
The 4th computing unit, be used for after described second acquisition unit obtains described every type the average power consumption of blade in system, the quantity of described every type blade and the average power consumption of blade in system of the type are multiplied each other, sum product be described for the required power supply capacity of the blade of dilatation, described sum product obtains described for the required heat-sinking capability of the blade of dilatation with multiplying each other of the coefficient of heat transfer that presets.
As can be seen from the above technical solutions, the embodiment of the invention has the following advantages:
Management system gets access to after the quantity of blade of the type of blade of user's dilatation and every type, can obtain according to the type of blade every type the average power consumption of blade in system, and calculate the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment according to the average power consumption of blade in system of the quantity of every type blade and every type, and the quantity of the power-supply unit that show to need increases at display screen and the quantity of heat dissipation equipment, so that the staff can be according to the quantity of this power-supply unit that need to increase and the quantity of heat dissipation equipment, and be used for the quantity configuration blade server of the blade of the type of blade of dilatation and every type, to realize the dilatation of blade server, owing to utilize the quantity of the definite power-supply unit that need to increase of the average power consumption of blade in system and the quantity of heat dissipation equipment by management system, and do not need to carry out dilatation by the mode of the reference value of blade maximum power dissipation in the dilatation Guide Book of inquiry blade server, accuracy and the dilatation efficient of the dilatation configuration of blade server can be effectively improved, and resource can be rationally used.
Description of drawings
Fig. 1 is a synoptic diagram of the structure of the blade server in the embodiment of the invention;
Fig. 2 is a synoptic diagram of the dilatation collocation method of blade server in the embodiment of the invention;
Fig. 3 is another synoptic diagram of the dilatation collocation method of blade server in the embodiment of the invention;
Fig. 4 is a synoptic diagram of the structure of management system in the embodiment of the invention;
Fig. 5 is another synoptic diagram of the structure of management system in the embodiment of the invention;
Fig. 6 is another synoptic diagram of the structure of management system in the embodiment of the invention.
Embodiment
The embodiment of the invention provides a kind of collocation method administrating system of blade server, be used for the blade server and carry out the dilatation of dilatation Configuration blade server, and do not need the staff to carry out dilatation by the mode of the reference value of blade maximum power dissipation in the dilatation Guide Book of inquiry blade server, can effectively improve blade server dilatation efficient, improve the accuracy of dilatation configuration, and can rationally use resource.
Blade server in embodiments of the present invention refers to the blade server under the cluster mode, under cluster mode, blade can shared resource in the blade server, for the user provides service, and blade server can comprise a plurality of blade machine frames, each blade machine frame has Shelf management module (Subrack Mangement Module, SMM) and draw-in groove, wherein, draw-in groove can insert blade, and SMM then manages the blade in this blade machine frame, in addition, SMM also can communicate with management system, and can carry out unified management to the blade in these a plurality of blade machine frames by management system, wherein, management system can be same hardware management (Unified Hardware Management, HUM) system specifically sees also Fig. 1, is the structural drawing of blade server in the embodiment of the invention.
The below sees also Fig. 2 with the concrete collocation method of introducing blade server, and the embodiment for the collocation method administrating system of a kind of blade server in the embodiment of the invention comprises:
201, obtain quantity for the blade of the type of the blade of dilatation and every type;
In embodiments of the present invention, the staff inputs the quantity of the blade of the type of the blade that needs dilatation and every type in management system, therefore, management system can be obtained the quantity for the blade of the type of the blade of dilatation and every type, for example: blade type is that the quantity of the blade of A is 10, the type of blade is that the quantity of the blade of B is 15, and the type of blade is that the quantity of the blade of C is 20.
202, obtain every type the average power consumption of blade in system according to the type of blade;
In embodiments of the present invention, preserved every type the average power consumption value of blade in system in the management system, management system can be obtained every type blade at the average power consumption of system according to the type of the blade that is used for dilatation, wherein, average power consumption can be utilize blade server preset working hour inner blade the average power consumption that obtains of power consumption calculation, for example, the time period of presetting can be 00:00 to 24:00, and the time period of perhaps presetting is 8:00 to 16:00.
203, calculate the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment according to the average power consumption of blade in system of the quantity of every type blade and every type;
In embodiments of the present invention, management system will be calculated according to the average power consumption of blade in system of the quantity of every type blade and every type the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment after being identified for the average power consumption of every type blade in system of dilatation.
Need to prove that in embodiments of the present invention, set in advance the power supply capacity of power-supply unit and the heat-sinking capability of heat dissipation equipment in the management system, for example: the power supply capacity of a power-supply unit is 100w, the heat-sinking capability of a heat dissipation equipment is 50W.
204, show the quantity of the power-supply unit that needs increase and the quantity of heat dissipation equipment, the quantity of the power-supply unit that makes it possible to increase as required and the quantity of heat dissipation equipment, and be used for the quantity configuration blade server of the blade of the type of blade of dilatation and every type, to realize the dilatation of blade server.
In embodiments of the present invention, management system is after the quantity of the quantity that calculates the power-supply unit that needs increase and heat dissipation equipment, the quantity of the power-supply unit that the needs that obtain are increased and the quantity of heat dissipation equipment are presented on the display screen, so that the staff can carry out according to the content blade server of screen display the dilatation configuration, to realize the dilatation of blade server, wherein, management system also can show be used at display screen the quantity of the blade of the content of blade of dilatation and every type.For example: be A and B if be used for the type of the blade of dilatation, and the quantity of blade A is 10, the quantity of blade B is 5, and the quantity of the power-supply unit that the needs that management system calculates increase is 3, heat dissipation equipment is 20, then the staff can insert blade A and blade B according to above-mentioned data in blade server, and increases power-supply unit and heat dissipation equipment, makes it possible to realize the dilatation of this blade server.
In embodiments of the present invention, management system in the blade server is after the quantity that gets access to for the blade of the type of the blade of dilatation and every type, can obtain according to the type of blade every type the average power consumption of blade in system, and utilize every type blade average power consumption and the quantity of every type blade quantity that need to determine the power-supply unit that increases and the quantity of heat dissipation equipment in system, to realize the dilatation of blade server, owing to utilize the quantity of the definite power-supply unit that need to increase of the average power consumption of blade in system and the quantity of heat dissipation equipment by management system, and do not need to carry out dilatation by the mode of the reference value of blade maximum power dissipation in the dilatation Guide Book of inquiry blade server, can effectively improve blade server dilatation efficient, improve the accuracy of dilatation configuration, and can rationally use resource.
Technical scheme among the embodiment sees also Fig. 3 for a better understanding of the present invention, and the embodiment for the method for the dilatation of a kind of blade server in embodiment of the invention configuration comprises:
301, obtain quantity for the blade of the type of the blade of dilatation and every type;
In embodiments of the present invention, in the blade server operational process, if need the blade server to carry out dilatation, the staff can will be used for the management system of quantity input blade server of the blade of the type of blade of dilatation and every type, so that management system can get access to the type of blade of user's dilatation and the quantity of every kind of blade.
302, inquire about the type of blade and the mapping table between the average power consumption of blade in system according to the type of blade, obtain every type the average power consumption of blade in system;
In embodiments of the present invention, SMM in the blade machine frame will collect the power consumption of the blade in the blade machine frame of its management, and be transferred to management system at the time point that presets, perhaps, during the power consumption of the various types of blades of management system in needing blade server in system, can be to teletype command in the SMM transmission, SMM receives on this behind teletype command, the power consumption of the blade of its management of preserving is sent to management system, management system gets access to after the power consumption of each blade in the blade server, to classify according to the type of blade, and calculate every type the average power consumption of blade in system, and will preserve the corresponding relation between the average power consumption of blade in system of the type of blade and the type, so that when the blade server carries out the dilatation configuration, blade server can be determined according to the average power consumption of the reality of all types of blades the average power consumption of the blade of needs dilatation, be specially: management system is obtained every type the average power consumption of blade in system according to the type of the type inquiry blade of blade and the corresponding relation between the average power consumption of blade in system.
303, calculate the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment according to the average power consumption of blade in system of the quantity of every type blade and every type;
In embodiments of the present invention, management system is after getting access to every type the average power consumption of blade in system, can calculate according to the average power consumption of blade in system of the quantity of every type blade and every type the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment, wherein, the method of the quantity of the power-supply unit that calculate to need increases comprises: the quantity that management system will every type blade multiplies each other with the average power consumption of blade in system of the type respectively, and sum product is the needed power supply capacity of blade for dilatation; Then, gateway system will deduct the power supply capacity that the remaining power supply capacity of the current power-supply unit of blade server needing to obtain increase for the needed power supply capacity of the blade of dilatation; At last, utilize the quantity of the definite power-supply unit that need to increase of the power supply capacity that needs the power supply capacity that increases and the power-supply unit that presets.For example: comprise A, B, C three classes if be used for the type of the blade of dilatation, and the quantity of this three classes blade is respectively 10,6,8, and the average power consumption of this three classes blade in system is 50W, 40W, 30W, the needed power supply capacity of blade that then is used for dilatation is 10*50W+6*40W+8*30W=980W, if and the remaining power supply capacity of current power-supply unit is 80W, the power supply capacity that then needs to increase is 980W-80W=900W, if the power supply capacity of available power-supply unit is 300W, then needing the quantity of the power-supply unit that increases is 3.
Need to prove, in embodiments of the present invention, the staff can arrange the power supply capacity of the power-supply unit that can be used for dilatation in advance in management system, so that when carrying out dilatation and arrange, can utilize the power supply capacity of the power-supply unit that is used for dilatation that sets in advance need to determine the quantity of the power-supply unit that increases.
Need to prove, in embodiments of the present invention, if there is at least a power-supply unit to use, then management system need specifically to determine the quantity of the power-supply unit of the type of the power-supply unit that increases and every type when the power supply capacity that utilize to need increases need to determine the quantity of the power-supply unit that increases, and total power supply capacity of the power-supply unit that increases should be more than or equal to the power supply capacity of needs increase, and when the power supply capacity that the power supply capacity of the power-supply unit that increases increases greater than needs, should dwindle the difference between the power supply capacity that needs the power-supply unit that increases and the power supply capacity that needs increase as far as possible.In addition, when having at least a power-supply unit to use, also can consider the cost of every kind of power-supply unit, to save cost.Therefore, in actual applications, the quantity of the type of the power-supply unit that need to increase and every type the power-supply unit power supply capacity that actual needs increases during not only with dilatation is relevant, also relevant with cost and the power supply capacity of the actual power-supply unit that is used for dilatation that provides, type and the power supply capacity of the power-supply unit that is used for dilatation that provides can be set in actual applications as the case may be, not do restriction herein.
In embodiments of the present invention, management system also will be determined the quantity of the heat dissipation equipment that needs increase, comprise: the quantity of every type blade is multiplied each other with the average power consumption of blade in system of the type respectively, and sum product multiplies each other with the coefficient of heat transfer that presets and obtains for the needed heat-sinking capability of the blade of dilatation; Utilize the definite quantity that needs the heat dissipation equipment of increase of the needed heat-sinking capability of blade that is used for dilatation.Because the heat radiation of blade is relevant with the power consumption of blade, therefore in embodiments of the present invention, can be identified for according to the average power consumption of blade the needed heat-sinking capability of blade of dilatation, for example: if there is the type of blade to have three kinds, be respectively A, B, C, and the quantity of this three classes blade is respectively 10,6,8, and the average power consumption of this three classes blade in system is 50W, 40W, 30W, the coefficient of heat transfer that presets is 30%, the heat-sinking capability that then is used for the blade of dilatation is: 30%(10*50W+6*40W+8*30W)=294W, therefore, the heat-sinking capability that needs to increase is 294W, if being used for the heat-sinking capability of the heat dissipation equipment of dilatation is 98W, then need to increase by 3 heat dissipation equipments.
Need to prove, in embodiments of the present invention, management system is after the quantity of the power-supply unit of determining to increase and heat dissipation equipment, also can further be identified for blade, the power-supply unit of dilatation, the recommendation installation site of heat dissipation equipment, so that the staff can recommend the installation site to dispose corresponding equipment according to this, realize the dilatation configuration of blade server, wherein, it is that system's thermal design principle according to blade server generates that recommendation apparatus is installed.
304, show the quantity of the power-supply unit that needs increase and the quantity of heat dissipation equipment;
In embodiments of the present invention, management system is after the quantity of the quantity of the power-supply unit that obtains need increasing and heat dissipation equipment, to show the quantity of the power-supply unit that needs increase and the quantity of heat dissipation equipment at display screen, in addition, management system also can show type and the quantity of the blade that is used for dilatation that the staff inputs simultaneously, and further, if management system has determined to be used for the blade of dilatation, the recommendation installation site of power-supply unit and heat dissipation equipment, the recommendation installation site that also can show at display screen every type the blade that is used for dilatation, and the recommendation installation site of power-supply unit and heat dissipation equipment, so that the staff can carry out the dilatation configuration according to the content that shows, at corresponding position erecting equipment.
Need to prove that if management system does not show the recommendation installation site of blade, power-supply unit and heat dissipation equipment for dilatation, then the staff can process according to prior art, repeats no more herein.
305, when mounted blade for dilatation is powered on, whether the satisfied blade of dilatation that is used for is to the demand of electric energy and heat radiation simultaneously to check current power-supply unit and heat dissipation equipment, if then execution in step 306, if not, then execution in step 307;
In embodiments of the present invention, management system is after the quantity of the quantity of the power-supply unit that display screen show to need increases and heat dissipation equipment, the staff can install power-supply unit and heat dissipation equipment at blade server according to the content that shows, and also will the blade that be used for dilatation be installed according to its quantity of inputting the blade of the type of the blade that is used for dilatation of management system and every type, after the installation of finishing equipment, management system can start the power up to mounted blade for dilatation.
In embodiments of the present invention, when mounted blade for dilatation is powered on, whether management system will detect current power-supply unit and heat dissipation equipment can satisfy the blade that is used for dilatation simultaneously to the demand of electric energy and heat radiation, namely not only function device can satisfy the blade that is used for dilatation and also can satisfy for the blade of the dilatation demand to heat radiation the demand of electric energy and heat dissipation equipment, to avoid because of the staff power-supply unit or heat dissipation equipment being leaked the damage of the blade server that installation, installation site mistake etc. cause.
In embodiments of the present invention, management system can be obtained for the needed power supply capacity of the blade of dilatation and heat-sinking capability, obtain the remaining power supply capacity of current power-supply unit and the remaining heat-sinking capability of current heat dissipation equipment, wherein, the needed power supply capacity of blade that is used for dilatation equals every type the blade of quantity and this type of blade in the sum of products of the average power consumption of system, the needed heat-sinking capability of blade that is used for dilatation equals every type the blade of quantity and this type of blade at the product of the sum of products of the average power consumption of system and the coefficient of heat transfer that presets, wherein, the difference that the heat-sinking capability that total heat-sinking capability that the difference that the power supply capacity that total power supply capacity that the remaining power supply capacity of current power-supply unit equals blade server deducts to be provided for the blade that has powered on obtains, the residue heat-sinking capability of current heat dissipation equipment equal blade server deducts to be provided for the blade that has powered on obtains.
Then, management system will judge that whether the remaining power supply capacity of current power-supply unit is more than or equal to the product of the numerical value that presets with the needed power supply capacity of blade that is used for dilatation; If the remaining power supply capacity of current power-supply unit is more than or equal to the product of the numerical value that presets with the needed power supply capacity of blade that is used for dilatation, the remaining power supply capacity that current power-supply unit then is described satisfies the demand of blade to powering that is used for dilatation, and management system will continue to judge that whether the remaining heat-sinking capability of current heat dissipation equipment is more than or equal to the needed heat-sinking capability of blade that is used for dilatation; If the remaining heat-sinking capability of current heat dissipation equipment is more than or equal to the needed heat-sinking capability of blade that is used for dilatation, determine that then blade that current power-supply unit and heat dissipation equipment satisfy user's dilatation simultaneously is to the demand of electric energy and heat radiation, if the remaining heat-sinking capability of current heat dissipation equipment, is then determined can not satisfying for the blade of the blade of the dilatation demand to heat radiation of current heat dissipation equipment less than the needed heat-sinking capability of blade that is used for dilatation.
In embodiments of the present invention, if the remaining power supply capacity of current power-supply unit is less than the product of the numerical value that presets with the needed power supply capacity of blade that is used for dilatation, the remaining power supply capacity of then determining current power-supply unit can not satisfy for the blade of the dilatation demand to power supply, illustrating that the staff may be leaked has installed power-supply unit, management system can be on display screen display alarm information, reminding the staff need to increase power-supply unit, and the blade that management system can user's dilatation powers on.If the remaining power supply capacity of current power-supply unit is more than or equal to the product of the numerical value that presets with the needed power supply capacity of blade that is used for dilatation, and the remaining heat-sinking capability of current heat dissipation equipment is less than the needed heat-sinking capability of blade that is used for dilatation, illustrate that then the staff may leak the installation heat dissipation equipment, management system also will be on display screen display alarm information, need to increase heat dissipation equipment to remind the staff.
In embodiments of the present invention, management system is when detecting current power-supply unit and heat dissipation equipment and whether satisfy simultaneously the blade that is used for dilatation to the demand of electric energy and heat radiation, can judge first also whether current heat dissipation equipment satisfies the demand of blade to dispelling the heat that is used for dilatation, and satisfy in the situation of blade to the demand of heat radiation that is used for dilatation at current heat dissipation equipment, judge again whether current power-supply unit satisfies the demand of blade to powering that is used for dilatation, perhaps, management system can be judged simultaneously that whether current heat dissipation equipment satisfies the blade that is used for dilatation to the demand of heat radiation and judge whether current power-supply unit satisfies the blade that is used for dilatation to the demand of power supply, therefore, in actual applications, can determine as required concrete determining step, not do restriction herein.
Need to prove, in embodiments of the present invention, if management system is when the quantity of the quantity of determining the power-supply unit that needs increase and heat dissipation equipment, need to determine the recommendation installation site of the power-supply unit that increases and heat dissipation equipment and be used for the recommendation installation site of the blade of dilatation, then management system is when powering on to mounted blade for dilatation, also need to check the power-supply unit of increase, heat dissipation equipment and whether be used for the definite recommendation installation site of actual installation position and the management system of blade of dilatation consistent, if inconsistent, display alarm information on display screen then, mistake occurs with the installation site of notifying staff's equipment, need to reinstall.
306, the blade that is used for dilatation is powered on;
In embodiments of the present invention, if management system is determined current power-supply unit and heat dissipation equipment and can be satisfied for the blade of the dilatation demand to electric energy and heat radiation, then the blade that is used for dilatation is powered on, and the operation in order to ensure the blade that has powered on of blade server does not impact, can adopt the power cap technology that the blade of dilatation is powered on, can not bring the blade that has powered on and impact or interruption.
307, send warning information, make mistakes to remind configuration.
In embodiments of the present invention, if management system is determined current power-supply unit and heat dissipation equipment and can not be satisfied for the blade of the dilatation demand to electric energy and heat radiation, then send warning information, to remind configuration to make mistakes, wherein, the situation that configuration makes mistakes comprises leaking installs power-supply unit, leaks heat dissipation equipment is installed, and makes mistakes etc. in the installation site of equipment.
Further, in embodiments of the present invention, management system is finished for after the powering on of the blade of dilatation, can obtain the working condition of the blade that has powered on, for example: whether can operate at full capacity, in addition, also can obtain the working condition of power-supply unit and heat dissipation equipment, and management system also can be presented at the working condition of the blade that has powered on that gets access to and the working condition of power-supply unit and heat dissipation equipment on the display screen, so that the staff can grasp the duty of the blade server after the dilatation, and adjust in good time.
In embodiments of the present invention, whether the satisfied mounted blade of dilatation that is used for is to the demand of electric energy and heat radiation can to detect current power-supply unit and heat dissipation equipment when mounted blade is powered on, if satisfy, then blade powers on, the power on damage of failure or blade server of the blade that makes it possible to effectively to avoid the installation error because of the staff to cause.
Further, in embodiments of the present invention, management system also can be carried out in the initialized process at the blade server, but the equipment on the blade server checks, to avoid installing or damaging because of the leakage of heat dissipation equipment or power-supply unit startup failure or the damage of the blade server that brings, concrete, management system is carried out in the initialized process at the blade server, can obtain power supply capacity and the heat-sinking capability of power-supply unit current on the blade server, the quantity of the type of blade and every type blade, and the type of utilizing blade is obtained the average power consumption of every type blade, and with the product of the sum of products of the average power consumption of the blade of the quantity of every type blade and the type and the numerical value that presets as needed power supply capacity, with the product of the sum of products of the average power consumption of the blade of the quantity of every type blade and the type and the coefficient of heat transfer that the presets heat-sinking capability as needs, in the power supply capacity of current power-supply unit more than or equal to needed power supply capacity, and the heat-sinking capability of current heat dissipation equipment is during more than or equal to needed heat-sinking capability, determine that then current power-supply unit and heat dissipation equipment can satisfy the demand of blade to powering and dispelling the heat in the blade server, then adopt the blade in the power cap technology blade server to power on.
In embodiments of the present invention, determine the quantity of the power-supply unit that needs increase and the quantity of the heat dissipation equipment that needs increase by utilizing management system according to the quantity of the blade of the type of the blade that is used for dilatation of staff input and every type, so that do not need the staff to determine the quantity of the power-supply unit that needs increase and the quantity of the heat dissipation equipment that needs increase by the reference value of blade maximum power dissipation in the dilatation Guide Book of inquiring about blade server, the workload that can effectively reduce a staff, improve efficient and the accuracy of dilatation configuration, and can rationally use resource.In addition, when mounted blade for dilatation is powered on, judge whether current power-supply unit and heat dissipation equipment can satisfy the mounted demand of blade to powering and dispelling the heat for dilatation, and in situation about satisfying, adopt power cap technology blade to power on, can effectively avoid effectively to guarantee carrying out smoothly of power up because the staff installs the problem that error causes.
See also Fig. 4, an embodiment for the structure of management system in the embodiment of the invention comprises:
Acquiring unit 401 is used for obtaining the quantity for the blade of the type of the blade of dilatation and every type;
Power consumption acquiring unit 402 is used for after acquiring unit 401 obtains the quantity of blade of the type of blade of user's dilatation and every type, obtains every type the average power consumption of blade in system according to the type of blade;
Computing unit 403, be used for after power consumption acquiring unit 402 obtains every type the average power consumption of blade in system, calculate the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment according to the average power consumption of blade in system of the quantity of every type blade and every type;
Display unit 404, after the quantity for the quantity that calculates the power-supply unit that needs increase at computing unit 403 and heat dissipation equipment, show the quantity of the power-supply unit that needs increase and the quantity of heat dissipation equipment, the quantity of the power-supply unit that makes it possible to increase as required and the quantity of heat dissipation equipment, and be used for the quantity configuration blade server of the blade of the type of blade of dilatation and every type, to realize the dilatation of blade server.
In embodiments of the present invention, when the blade server carries out the dilatation configuration, the staff can will be used for the quantity input management system of the blade of the type of blade of dilatation and every type, therefore, the acquiring unit 401 of management system will get access to the quantity for the blade of the type of the blade of dilatation and every type, then, power consumption acquiring unit 402 obtains every type the average power consumption of blade in system according to the type of blade; And calculate the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment by computing unit 403 according to the average power consumption of blade in system of the quantity of every type blade and every type; At last, display unit 404 shows the quantity of the power-supply unit that needs increase and the quantity of heat dissipation equipment, so that the quantity of the quantity of the power-supply unit that the staff can increase as required and heat dissipation equipment, and be used for the quantity configuration blade server of the blade of the type of blade of dilatation and every type, to realize the dilatation of blade server.
In embodiments of the present invention, management system in the blade server is after the quantity that gets access to for the blade of the type of the blade of dilatation and every type, can obtain according to the type of blade every type the average power consumption of blade in system, and utilize every type blade average power consumption and the quantity of every type blade quantity that need to determine the power-supply unit that increases and the quantity of heat dissipation equipment in system, to realize the dilatation of blade server, owing to utilize the quantity of the definite power-supply unit that need to increase of the average power consumption of blade in system and the quantity of heat dissipation equipment by management system, and do not need to carry out dilatation by the mode of the reference value of blade maximum power dissipation in the dilatation Guide Book of inquiry blade server, can effectively improve blade server dilatation efficient, improve the accuracy of dilatation configuration, and can rationally use resource.
The structure of management system among the embodiment sees also Fig. 5 for a better understanding of the present invention, and the embodiment for the structure of management system in the embodiment of the invention comprises:
The acquiring unit among the embodiment 401 as shown in Figure 5, power consumption acquiring unit 402, computing unit 403, display unit 404, and similar to the content of middle description embodiment illustrated in fig. 5, repeat no more herein.
In embodiments of the present invention, computing unit 403 comprises:
The first computing unit 501, be used for after power consumption acquiring unit 402 obtains every type the average power consumption of blade in system, the quantity of every type blade is multiplied each other with the average power consumption of blade in system of the type respectively, sum product is for being used for the needed power supply capacity of blade of dilatation, and sum product multiplies each other with the coefficient of heat transfer that presets and obtains for the needed heat-sinking capability of the blade of dilatation;
The second computing unit 502, be used for after the first computing unit 501 obtains for the needed power supply capacity of the blade of dilatation and heat-sinking capability, will deduct the power supply capacity that the remaining power supply capacity of the current power-supply unit of blade server needing to obtain increase for the needed power supply capacity of the blade of dilatation;
The 3rd computing unit 503, be used for after the power supply capacity that the second computing unit 502 obtains needing to increase, utilize the quantity of the definite power-supply unit that need to increase of the power supply capacity that needs the power supply capacity that increases and the power-supply unit that presets, utilize the quantity of the definite heat dissipation equipment that need to increase of the needed heat-sinking capability of blade that is used for dilatation.
In embodiments of the present invention, management system also comprises:
Inspection unit 504 is used for when mounted blade for dilatation is powered on, and checks whether current power-supply unit and heat dissipation equipment satisfy simultaneously for the blade of the dilatation demand to electric energy and heat radiation;
Upper electric unit 505 is used for determining that at inspection unit 504 current power-supply unit and heat dissipation equipment can satisfy simultaneously for after the demand of blade to electric energy and heat radiation of dilatation, power on to the blade that is used for dilatation;
Alarm Unit 506 is used for determining that at inspection unit 504 current power-supply unit and heat dissipation equipment can not satisfy simultaneously for after the demand of blade to electric energy and heat radiation of dilatation, sends warning information, makes mistakes to remind configuration.
Wherein, inspection unit 504 specifically comprises:
Data capture unit 507 is used for obtaining for the needed power supply capacity of the blade of dilatation and heat-sinking capability, obtains the remaining power supply capacity of current power-supply unit and the remaining heat-sinking capability of current heat dissipation equipment;
Judging unit 508 is used for after data capture unit 507, judges that whether the remaining power supply capacity of current power-supply unit is more than or equal to the product of the numerical value that presets with the needed power supply capacity of blade that is used for dilatation;
Processing unit 509, be used for after judging unit 508 is judged, if the remaining power supply capacity of current power-supply unit, judges then that whether the remaining heat-sinking capability of current heat dissipation equipment is more than or equal to the needed heat-sinking capability of blade that is used for dilatation more than or equal to the product of the numerical value that presets with the needed power supply capacity of blade that is used for dilatation; If the remaining power supply capacity of current heat dissipation equipment is more than or equal to the needed heat-sinking capability of blade that is used for dilatation, determine that then current power-supply unit and heat dissipation equipment can satisfy the blade of user's dilatation simultaneously to the demand of electric energy and heat radiation, if the remaining power supply capacity of current heat dissipation equipment, is then determined current heat dissipation equipment less than the needed heat-sinking capability of blade that is used for dilatation and can not be satisfied the demand of blade to dispelling the heat for dilatation; And be used for after judging unit is judged, if the remaining power supply capacity of current power-supply unit, is then determined the remaining power supply capacity of current power-supply unit more than or equal to the product of the numerical value that presets with the needed power supply capacity of blade that is used for dilatation and is not satisfied the needed power supply capacity of blade that is used for dilatation.
And in embodiments of the present invention, data capture unit 507 comprises:
The first acquiring unit 5071 is used for obtaining the quantity for the blade of the type of the blade of dilatation and every type;
Second acquisition unit 5072, be used for after the first acquiring unit 5071 obtains quantity for the blade of the type of the blade of dilatation and every type, type according to blade is inquired about the type of blade and the mapping table between the average power consumption of blade in system, obtains every type the average power consumption of blade in system;
The 4th computing unit 5073, be used for after second acquisition unit 5072 obtains every type the average power consumption of blade in system, the quantity of every type blade and the average power consumption of blade in system of the type are multiplied each other, sum product for being used for the required power supply capacity of blade of dilatation, sum product obtains for the required heat-sinking capability of the blade of dilatation with the multiplying each other of coefficient of heat transfer of presetting.
Among the embodiment in the present invention, when the blade server carries out the dilatation configuration, the staff can will be used for the quantity input management system of the blade of the type of blade of dilatation and every type, therefore, the acquiring unit 401 of management system will get access to the quantity for the blade of the type of the blade of dilatation and every type, then, power consumption acquiring unit 402 obtains every type the average power consumption of blade in system according to the type of blade; And calculate the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment by computing unit 403 according to the average power consumption of blade in system of the quantity of every type blade and every type; Concrete, the first computing unit 501 in the computing unit 403 multiplies each other the quantity of every type blade respectively with the average power consumption of blade in system of the type, sum product is for being used for the needed power supply capacity of blade of dilatation, and sum product multiplies each other with the coefficient of heat transfer that presets and obtains for the needed heat-sinking capability of the blade of dilatation; Then the second computing unit 502 will deduct the power supply capacity that the remaining power supply capacity of the current power-supply unit of blade server needing to obtain increase for the needed power supply capacity of the blade of dilatation; And need the power supply capacity of the power supply capacity that increases and the power-supply unit that presets need to determine the quantity of the power-supply unit that increases by the utilization of the 3rd computing unit 503, utilize the needed heat-sinking capability of blade that is used for dilatation need to determine the quantity of the heat dissipation equipment that increases.At last, display unit 404 shows the quantity of the power-supply unit that needs increase and the quantity of heat dissipation equipment, so that the quantity of the quantity of the power-supply unit that the staff can increase as required and heat dissipation equipment, and be used for the quantity configuration blade server of the blade of the type of blade of dilatation and every type, to realize the dilatation of blade server.
In embodiments of the present invention, after display unit 404 shows the quantity of the quantity that needs the power-supply unit that increases and heat dissipation equipment, the staff can install blade according to the quantity of the blade of the type of the blade that is used for dilatation and every type, and can power-supply unit and heat dissipation equipment be installed according to the quantity of power-supply unit and the quantity of heat dissipation equipment, after the equipment configuration is finished, can start the power up to mounted blade for dilatation, and when mounted blade for dilatation is powered on, detecting unit 504 will check whether current power-supply unit and heat dissipation equipment can satisfy the blade that is used for dilatation simultaneously to the demand of electric energy and heat radiation, and concrete inspection comprises: the data capture unit 507 in the inspection unit 504 obtains the remaining power supply capacity of current power-supply unit and the remaining heat-sinking capability of current heat dissipation equipment; Then, judging unit 508 judges that whether the remaining power supply capacity of current power-supply unit is more than or equal to the product of the numerical value that presets with the needed power supply capacity of blade that is used for dilatation; If the remaining power supply capacity of current power-supply unit is more than or equal to the product of the numerical value that presets with the needed power supply capacity of blade that is used for dilatation, then processing unit 509 judges that whether the remaining heat-sinking capability of current heat dissipation equipment is more than or equal to the needed heat-sinking capability of blade that is used for dilatation; If the remaining power supply capacity of current heat dissipation equipment is more than or equal to the needed heat-sinking capability of blade that is used for dilatation, then processing unit 509 determines that current power-supply unit and heat dissipation equipment can satisfy the blade of user's dilatation simultaneously to the demand of electric energy and heat radiation, if the remaining power supply capacity of current heat dissipation equipment is less than the needed heat-sinking capability of blade that is used for dilatation, then processing unit 509 determines that current heat dissipation equipment can not satisfy the demand of blade to dispelling the heat for dilatation; Perhaps, if the remaining power supply capacity of current power-supply unit is more than or equal to the product of the numerical value that presets with the needed power supply capacity of blade that is used for dilatation, then processing unit 509 determines that the remaining power supply capacity of current power-supply unit does not satisfy the needed power supply capacity of blade that is used for dilatation.Wherein, data capture unit 507 specifically comprises: the first acquiring unit 5071 obtains the quantity for the blade of the type of the blade of dilatation and every type; Then, second acquisition unit 5072 obtains every type the average power consumption of blade in system according to the type of the type inquiry blade of blade and the mapping table between the average power consumption of blade in system; The 4th computing unit 5073 multiplies each other the quantity of every type blade and the average power consumption of blade in system of the type, sum product for being used for the required power supply capacity of blade of dilatation, sum product obtains for the required heat-sinking capability of the blade of dilatation with the multiplying each other of coefficient of heat transfer of presetting.
In embodiments of the present invention, can satisfy simultaneously for after the demand of blade to electric energy and heat radiation of dilatation if inspection unit 504 is determined current power-supply unit and heat dissipation equipment, then go up 505 pairs of blades that are used for dilatation of electric unit and power on; If inspection unit 504 is determined current power-supply units and can not be satisfied for the blade of the dilatation demand to electric energy, perhaps current heat dissipation equipment can not satisfy the demand of blade to dispelling the heat for dilatation, then Alarm Unit 506 sends warning information, makes mistakes to remind configuration.
In embodiments of the present invention, determine the quantity of the power-supply unit that needs increase and the quantity of the heat dissipation equipment that needs increase by utilizing management system according to the quantity of the blade of the type of the blade that is used for dilatation of staff input and every type, so that do not need the staff to determine the quantity of the power-supply unit that needs increase and the quantity of the heat dissipation equipment that needs increase by the reference value of blade maximum power dissipation in the dilatation Guide Book of inquiring about blade server, the workload that can effectively reduce a staff, improve efficient and the accuracy of dilatation configuration, and can rationally use resource.In addition, when mounted blade for dilatation is powered on, judge whether current power-supply unit and heat dissipation equipment can satisfy the mounted demand of blade to powering and dispelling the heat for dilatation, and in situation about satisfying, adopt power cap technology blade to power on, can effectively avoid effectively to guarantee carrying out smoothly of power up because the staff installs the problem that error causes.
See also Fig. 6, an embodiment for the structure of management system in the embodiment of the invention comprises:
Processor 601, dispensing device 602, receiving trap 603 and storer 604, wherein, dispensing device 602, receiving trap 603 and storer 604 all are connected with processor 601.
In embodiments of the present invention, processor 601 is used for obtaining the quantity for the blade of the type of the blade of dilatation and every type; And obtain every type the average power consumption of blade in system according to the type of described blade; Then, calculate the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment according to the average power consumption of blade in system of the quantity of described every type blade and described every type; And show the quantity of the power-supply unit that described needs increase and the quantity of heat dissipation equipment, make it possible to according to the quantity of the described power-supply unit that need to increase and the quantity of heat dissipation equipment, and the quantity configuration blade server of the blade of the type of described blade for dilatation and every type, and after the staff finishes the dilatation configuration, when mounted blade for dilatation is powered on, processor 601 checks whether current power-supply unit and heat dissipation equipment satisfy described blade for dilatation simultaneously to the demand of electric energy and heat radiation, if current power-supply unit and heat dissipation equipment can satisfy the blade that is used for dilatation simultaneously to the demand of electric energy and heat radiation, then described blade for dilatation is powered on; If current power-supply unit and heat dissipation equipment can not satisfy the blade that is used for dilatation simultaneously to the demand of electric energy and heat radiation, then send warning information, make mistakes to remind configuration.
One of ordinary skill in the art will appreciate that all or part of step that realizes in above-described embodiment method is to come the relevant hardware of instruction to finish by program, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium of mentioning can be ROM (read-only memory), disk or CD etc.
More than the dilatation collocation method administrating system of a kind of blade server provided by the present invention is described in detail, for one of ordinary skill in the art, thought according to the embodiment of the invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.

Claims (11)

1. the dilatation collocation method of a blade server is characterized in that, comprising:
Obtain the quantity for the blade of the type of the blade of dilatation and every type;
Obtain every type the average power consumption of blade in system according to the type of described blade;
Calculate the quantity of the power-supply unit that needs increase and the quantity of heat dissipation equipment according to the quantity of described every type blade and described every type the average power consumption of blade in system;
Show the quantity of the described power-supply unit that need to increase and the quantity of heat dissipation equipment, make it possible to quantity, and the quantity configuration blade server of the blade of the type of described blade for dilatation and every type according to the quantity of the described power-supply unit that need to increase and heat dissipation equipment, to realize the dilatation of described blade server.
2. dilatation collocation method according to claim 1 is characterized in that, described type according to described blade is obtained every type the average power consumption of blade in system and comprised:
Type according to described blade is inquired about the type of blade and the mapping table between the average power consumption of blade in system, obtains described every type the average power consumption of blade in system.
3. dilatation collocation method according to claim 1, it is characterized in that the quantity of described blade according to described every type and the average power consumption of described every type blade in system calculate the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment comprises:
The quantity of described every type blade is multiplied each other with the average power consumption of blade in system of the type respectively, sum product is the needed power supply capacity of described blade for dilatation, and described sum product multiplies each other with the coefficient of heat transfer that presets and obtains the needed heat-sinking capability of described blade for dilatation;
The needed power supply capacity of described blade for dilatation is deducted the power supply capacity that the remaining power supply capacity of the current power-supply unit of described blade server needing to obtain increase;
The definite quantity that needs the power-supply unit of increase of power supply capacity of the power-supply unit that utilizes the described power supply capacity that need to increase and preset is utilized the definite quantity that needs the heat dissipation equipment of increase of the needed heat-sinking capability of described blade for dilatation.
4. according to claim 1 to 3 each described dilatation collocation methods, it is characterized in that described method also comprises:
When mounted blade for dilatation is powered on, check whether current power-supply unit and heat dissipation equipment satisfy described blade for dilatation simultaneously to the demand of electric energy and heat radiation;
If then described blade for dilatation is powered on;
If not, then send warning information, make mistakes to remind configuration.
5. dilatation collocation method according to claim 4 is characterized in that, whether the power-supply unit that described inspection is current and heat dissipation equipment satisfy described blade for dilatation simultaneously comprises the demand of electric energy and heat radiation:
Obtain the needed power supply capacity of described blade for dilatation and heat-sinking capability, obtain the remaining power supply capacity of described current power-supply unit and the remaining heat-sinking capability of described current heat dissipation equipment;
Whether the remaining power supply capacity of judging described current power-supply unit is more than or equal to the product of the numerical value that presets and the described needed power supply capacity of blade for dilatation;
If judge that then whether the remaining heat-sinking capability of described current heat dissipation equipment is more than or equal to the needed heat-sinking capability of described blade for dilatation; If the remaining heat-sinking capability of described current heat dissipation equipment is more than or equal to the needed heat-sinking capability of described blade for dilatation, determine that then described current power-supply unit and heat dissipation equipment can satisfy the blade of described user's dilatation simultaneously to the demand of electric energy and heat radiation, if the remaining heat-sinking capability of described current heat dissipation equipment, is then determined described current heat dissipation equipment less than the needed heat-sinking capability of described blade for dilatation and can not be satisfied described blade for dilatation to the demand of heat radiation;
If not, the remaining power supply capacity of then determining described current power-supply unit does not satisfy described blade for dilatation to the demand of power supply.
6. dilatation collocation method according to claim 5 is characterized in that, describedly obtains the needed power supply capacity of described blade for dilatation and heat-sinking capability comprises:
Obtain the quantity of the blade of the type of described blade for dilatation and every type;
Type according to described blade is inquired about the type of blade and the mapping table between the average power consumption of blade in system, obtains described every type the average power consumption of blade in system;
The quantity of described every type blade and the average power consumption of blade in system of the type are multiplied each other, sum product be described for the required power supply capacity of the blade of dilatation, described sum product obtains described for the required heat-sinking capability of the blade of dilatation with multiplying each other of the coefficient of heat transfer that presets.
7. a management system is characterized in that, comprising:
Acquiring unit is used for obtaining the quantity for the blade of the type of the blade of dilatation and every type;
The power consumption acquiring unit is used for after described acquiring unit obtains the quantity of blade of the type of blade of described user's dilatation and every type, obtains every type the average power consumption of blade in system according to the type of described blade;
Computing unit, be used for after described power consumption acquiring unit obtains described every type the average power consumption of blade in system, calculate the quantity that needs the power-supply unit that increases and the quantity of heat dissipation equipment according to the average power consumption of blade in system of the quantity of described every type blade and described every type;
Display unit, after the quantity for the quantity that calculates the described power-supply unit that need to increase at described computing unit and heat dissipation equipment, show the quantity of the described power-supply unit that need to increase and the quantity of heat dissipation equipment, make it possible to quantity, and the quantity configuration blade server of the blade of the type of described blade for dilatation and every type according to the quantity of the described power-supply unit that need to increase and heat dissipation equipment, to realize the dilatation of described blade server.
8. management system according to claim 7 is characterized in that, described computing unit comprises:
The first computing unit, be used for after described power consumption acquiring unit obtains described every type the average power consumption of blade in system, the quantity of described every type blade is multiplied each other with the average power consumption of blade in system of the type respectively, sum product is the needed power supply capacity of described blade for dilatation, and described sum product multiplies each other with the coefficient of heat transfer that presets and obtains the needed heat-sinking capability of described blade for dilatation;
The second computing unit, be used for after described the first computing unit obtains the needed power supply capacity of described blade for dilatation and heat-sinking capability, the needed power supply capacity of described blade for dilatation being deducted the power supply capacity that the remaining power supply capacity of the current power-supply unit of described blade server needing to obtain increase;
The 3rd computing unit, be used for after described the second computing unit obtains the described power supply capacity that needs to increase, the definite quantity that needs the power-supply unit of increase of power supply capacity of the power-supply unit that utilizes the described power supply capacity that need to increase and preset is utilized the definite quantity that needs the heat dissipation equipment of increase of the needed heat-sinking capability of described blade for dilatation.
9. according to claim 7 or 8 described management systems, it is characterized in that described management system also comprises:
Inspection unit is used for when mounted blade for dilatation is powered on, and checks whether current power-supply unit and heat dissipation equipment satisfy described blade for dilatation simultaneously to the demand of electric energy and heat radiation;
Upper electric unit is used for after described inspection unit determines that described current power-supply unit and heat dissipation equipment can satisfy the described demand of blade to electric energy and heat radiation for dilatation simultaneously described blade for dilatation being powered on;
Alarm Unit is used for sending warning information after described inspection unit determines that described current power-supply unit and heat dissipation equipment can not satisfy the described demand of blade to electric energy and heat radiation for dilatation simultaneously, makes mistakes to remind configuration.
10. management system according to claim 9 is characterized in that, described inspection unit comprises:
Data capture unit is used for obtaining the needed power supply capacity of described blade for dilatation and heat-sinking capability, obtains the remaining power supply capacity of described current power-supply unit and the remaining heat-sinking capability of described current heat dissipation equipment;
Judging unit is used for after described data capture unit, and whether the remaining power supply capacity of judging described current power-supply unit is more than or equal to the product of the numerical value that presets and the described needed power supply capacity of blade for dilatation;
Processing unit, be used for after described judging unit is judged, if the remaining power supply capacity of described current power-supply unit, judges then that whether the remaining heat-sinking capability of described current heat dissipation equipment is more than or equal to the needed heat-sinking capability of described blade for dilatation more than or equal to the product of the numerical value that presets and the described needed power supply capacity of blade for dilatation; If the remaining power supply capacity of described current heat dissipation equipment is more than or equal to the needed heat-sinking capability of described blade for dilatation, determine that then described current power-supply unit and heat dissipation equipment can satisfy the blade of described user's dilatation simultaneously to the demand of electric energy and heat radiation, if the remaining power supply capacity of described current heat dissipation equipment, is then determined described current heat dissipation equipment less than the needed heat-sinking capability of described blade for dilatation and can not be satisfied described blade for dilatation to the demand of heat radiation; And be used for after described judging unit is judged, if the remaining power supply capacity of described current power-supply unit, is then determined the remaining power supply capacity of described current power-supply unit more than or equal to the product of the numerical value that presets and the described needed power supply capacity of blade for dilatation and is not satisfied described blade for dilatation to the demand of power supply.
11. management system according to claim 10 is characterized in that, described data capture unit comprises:
The first acquiring unit is used for obtaining the quantity of the blade of the type of described blade for dilatation and every type;
Second acquisition unit, be used for after described the first acquiring unit obtains the quantity of blade of the type of described blade for dilatation and every type, type according to described blade is inquired about the type of blade and the mapping table between the average power consumption of blade in system, obtains described every type the average power consumption of blade in system;
The 4th computing unit, be used for after described second acquisition unit obtains described every type the average power consumption of blade in system, the quantity of described every type blade and the average power consumption of blade in system of the type are multiplied each other, sum product be described for the required power supply capacity of the blade of dilatation, described sum product obtains described for the required heat-sinking capability of the blade of dilatation with multiplying each other of the coefficient of heat transfer that presets.
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