CN101873680A - Dynamic energy consumption control method, system and related equipment - Google Patents
Dynamic energy consumption control method, system and related equipment Download PDFInfo
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- H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
- H04W52/02—Power saving arrangements
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- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
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Abstract
The embodiment of the invention relates to the technical field of energy consumption control, and discloses a dynamic energy consumption control method, a system and related equipment which are used for controlling the dynamic energy consumption of different network elements in a centralized way. The method comprises the following steps: obtaining the load information of business processing boards of different network elements; and according to the load information and a preset energy-saving strategy, sending energy-saving control instructions to the business processing boards of the different network elements, so that the business processing boards of the different network elements control the operation states according to the energy-saving control instructions so as to realize dynamic energy consumption control. The embodiment can control the dynamic energy consumption of the different network elements in the centralized way, reduce the inconvenience in configuration and maintenance, and reduce the resource consumption.
Description
Technical field
The present invention relates to energy consumption control technology field, relate in particular to a kind of dynamic energy consumption control method and system, relevant device.
Background technology
In telecommunication system, typical traffic model is: when not busy (during 0-8) traffic seldom, system load is low; But (during 8-21) telephone traffic is big when busy, the system load height.Because telecommunication system is to dispose according to the big specification of telephone traffic, when telecommunication system is not busy, can carry out dormancy, down operations such as electricity to the telecommunication system resource of free time by the dynamic energy consumption control technology, under traffic affecting situation not, can reduce the energy consumption of telecommunication system significantly.
Fig. 1 is the structural representation of existing a kind of dynamic energy consumption control system.As shown in Figure 1, this dynamic energy consumption control system is to be deployed on each network element of telecommunication system, comprises master control set 101 and several service processing boards 102.Wherein, the privately owned software interface by internal system communicates between master control set 101 and each service processing board 102; The Energy Saving Strategy of master control set 101 pre-configured each service processing boards 102, energy saver mode and other parameters, the load information that reports according to each service processing board 102 then, issue as energy-conservation control commands such as frequency conversion (ascending, descending frequently), dormancy, following electricity, realize control the dynamic energy consumption of this network element.
Each above-mentioned network element all needs to dispose a master control set and realizes control to the dynamic energy consumption of this network element, under the many situations of the quantity of network element, make troubles not only can for configuration and maintenance, but also cause the increase of resource consumption.
Summary of the invention
The embodiment of the invention provides a kind of dynamic energy consumption control method and system, relevant device, can carry out centralized control to the dynamic energy consumption of different network elements.
A kind of dynamic energy consumption control method comprises:
Obtain the load information of the service processing board of different network elements;
According to described load information and the Energy Saving Strategy that presets, send the service processing board of Energy Saving Control instruction to described different network elements, so that, realizing dynamic energy consumption according to described its running status of Energy Saving Control commands for controlling, the service processing board of described different network elements controls.
A kind of dynamic energy consumption control appliance comprises:
Acquisition module is used to obtain the load information of the service processing board of different network elements;
Control module, be used for according to described load information and the Energy Saving Strategy that presets, send the service processing board of Energy Saving Control instruction, so that the service processing board of described different network elements according to described its running status of Energy Saving Control commands for controlling, is realized dynamic energy consumption control to described different network elements.
A kind of dynamic energy consumption control method comprises:
The load information of the service processing board of this network element is sent to master control set, so that described master control set obtains the load information of the service processing board of different network elements, and, send the Energy Saving Control instruction to described different network elements according to the load information of the service processing board of described different network elements and the Energy Saving Strategy that presets;
Receive the Energy Saving Control instruction that described master control set sends;
The Energy Saving Control instruction that described master control set is sent is sent to the service processing board of described network element, so that its running status of Energy Saving Control commands for controlling that the service processing board of described network element sends according to described master control set realizes dynamic energy consumption control.
A kind of network element device comprises:
Standard protocol interface, be used for the load information of service processing board is sent to master control set, so that described master control set obtains the load information of the service processing board of different network elements, and, send the Energy Saving Control instruction to described different network elements according to the load information of the service processing board of described different network elements and the Energy Saving Strategy that presets; Receive the Energy Saving Control instruction that described master control set sends, and the Energy Saving Control instruction that described master control set sends is sent to described service processing board;
Described service processing board is used for its running status of Energy Saving Control commands for controlling according to described master control set transmission, realizes dynamic energy consumption control.
A kind of dynamic energy consumption control system comprises at least two network element devices and dynamic energy consumption control appliance;
Wherein, described network element device is used for the load information of the service processing board of this network element is sent to described dynamic energy consumption control appliance, and receives the Energy Saving Control instruction that described dynamic energy consumption control appliance sends; The Energy Saving Control instruction that described dynamic energy consumption control appliance is sent is sent to the service processing board of this network element, so that its running status of Energy Saving Control commands for controlling that the service processing board of this network element sends according to the dynamic energy consumption control appliance realizes dynamic energy consumption control;
Described dynamic energy consumption control appliance is used to obtain the load information of the service processing board of at least two network element devices; According to described load information and the Energy Saving Strategy that presets, send the service processing board of Energy Saving Control instruction to described at least two network element devices.
Compared with prior art, the embodiment of the invention can be obtained the load information of the service processing board of different network elements simultaneously, and according to load information that obtains and the Energy Saving Strategy that presets, send Energy Saving Control and instruct, so that the service processing board of different network elements is according to Energy Saving Control commands for controlling dynamic energy consumption to the service processing board of different network elements.Like this, can realize centralized control, realize control and need not on each network element, all to dispose a master control set, thereby the inconvenience that can reduce configuration and safeguard reduce resource consumption the dynamic energy consumption of this network element to the dynamic energy consumption of different network elements.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use among the embodiment below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the structural representation of existing a kind of dynamic energy consumption control system;
The flow chart of a kind of dynamic energy consumption control method of providing in the embodiment of the invention is provided Fig. 2;
The flow chart of the another kind of dynamic energy consumption control method that provides in the embodiment of the invention is provided Fig. 3;
The structure chart of a kind of dynamic energy consumption control appliance of providing in the embodiment of the invention is provided Fig. 4;
The structure chart of the another kind of dynamic energy consumption control appliance that provides in the embodiment of the invention is provided Fig. 5;
The structure chart of a kind of network element device of providing in the embodiment of the invention is provided Fig. 6;
The structure chart of a kind of dynamic energy consumption control system of providing in the embodiment of the invention is provided Fig. 7.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that is obtained under the creative work prerequisite.
A kind of dynamic energy consumption control method and system, relevant device are provided in the embodiment of the invention, can carry out centralized control the dynamic energy consumption of different network elements.Below be described in detail respectively.
Embodiment one:
See also Fig. 2, the flow chart of a kind of dynamic energy consumption control method of providing in the embodiment of the invention is provided Fig. 2, and this method can may further comprise the steps:
201, obtain the load information of the service processing board of different network elements;
In the present embodiment, network element can include but not limited to internet protocol multimedia subsystem (InternetProtocol Multimedia Subsystem, IMS) Nei Bu CSCF (Call SessionControl Function, CSCF) entity.Wherein, the CSCF entity is an entire I MS server, comprises master control set and a plurality of service processing board in the CSCF entity.Wherein, the load information that master control set can report according to each service processing board issues the Energy Saving Control instruction to each service processing board, realizes the dynamic energy consumption control of this network element.
In the present embodiment, the master control set of different network elements can be separated from different network elements, and the dynamic energy consumption that the mode that adopts a master control set comes the different network elements of the whole network is concentrated is controlled, need not all to dispose on each network element a master control set realizes the dynamic energy consumption of this network element is controlled, thereby the inconvenience that can reduce configuration and safeguard reduces resource consumption.For example, can be at master control set of webmaster layer deploy, and on this master control set, preset various Energy Saving Strategy, this master control set can obtain the load information of the service processing board of different network elements by standard protocol interface, and according to above-mentioned load information and the Energy Saving Strategy that presets, send the service processing board of Energy Saving Control instruction,, thereby realize dynamic energy consumption control so that the service processing board of above-mentioned different network elements is according to this its running status of Energy Saving Control commands for controlling to above-mentioned different network elements.
For instance, master control set can pass through Simple Object Access Protocol (Simple Object AccessProtocol, SOAP) interface receives the load information that the service processing board of different network elements reports; Perhaps, this master control set also can come the load information of the service processing board of active monitoring different network elements by other standard protocol interface.
Wherein, the SOAP interface be a kind of light weight, simple, based on extend markup language (ExtensibleMarkup Language, standard protocol interface XML).In telecommunication system, the SOAP interface can be used as the identity protocol interface between webmaster and the network element, realizes the communication between webmaster and the network element.
202, according to above-mentioned load information and the Energy Saving Strategy that presets, send the service processing board of Energy Saving Control instruction to above-mentioned different network elements, so that the service processing board of above-mentioned different network elements, is realized dynamic energy consumption control according to this its running status of Energy Saving Control commands for controlling.
In the present embodiment, master control set can directly send the service processing board of Energy Saving Control instruction to above-mentioned different network elements by the SOAP interface, and wherein, this Energy Saving Control instruction can be frequency conversion (raising frequency or frequency reducing) instruction, also can be the dormancy instruction;
Perhaps, master control set can send the Subrack Management Module of Energy Saving Control instruction to above-mentioned different network elements by the SOAP interface, so that this Energy Saving Control instruction is issued to the service processing board of above-mentioned different network elements by the Subrack Management Module of different network elements, this Energy Saving Control instruction can be electricity instruction down, also can be the instruction that powers on, can also be to wake instruction up.
Wherein, Subrack Management Module can pass through Intelligent Platform Management Bus (Intelligent PlatformManagement Bus, IPMB) the Energy Saving Control instruction that the SOAP interface is sent is issued to service processing board, so that this service processing board is according to this Energy Saving Control commands for controlling dynamic energy consumption.
In the present embodiment, this dynamic energy consumption control method can also pre-configured Energy Saving Strategy before above-mentioned steps 201.
Wherein, can in advance Energy Saving Strategy be configured in the master control set by man-machine configuration interface by administrative staff.The Energy Saving Strategy that is disposed can comprise whether allow energy-conservation, energy-conservation time window, one or more in the energy saver mode (comprise frequency conversion, dormancy, down).Wherein, so-called energy-conservation time window is used in reference to that to carry out dynamic energy consumption within the time range that is shown in this energy-conservation time window energy-conservation, and perhaps, it is energy-conservation to carry out dynamic energy consumption outside the time range of this energy-conservation time window.Wherein, above-mentioned energy saver mode is to formulate according to the service application type and the load of service processing board.Wherein, related load can be central processing unit (Central Processing Unit, the CPU) occupancy of service processing board in the present embodiment.
In the present embodiment, master control set can be deployed in the webmaster layer, perhaps be deployed in the place that other are independent of different network elements separately, master control set can obtain the load information of the service processing board of different network elements simultaneously, and according to load information that obtains and the Energy Saving Strategy that presets, send Energy Saving Control and instruct, so that the service processing board of different network elements is according to Energy Saving Control commands for controlling dynamic energy consumption to the service processing board of different network elements.Like this, can realize centralized control, realize control and need not on each network element, all to dispose a master control set, thereby the inconvenience that can reduce configuration and safeguard reduce resource consumption the dynamic energy consumption of this network element to the dynamic energy consumption of different network elements.
Embodiment two:
Carry out dormancy by service processing board in the present embodiment and wake up and introduce the dynamic energy consumption control method that the embodiment of the invention provides network element.
Wherein, the service processing board process of carrying out dormancy can may further comprise the steps:
The S1 monitor stages:
Master control set receives the load information of the service processing board that different network elements reports by the SOAP interface, finds that the dormancy condition of a certain service processing board of a certain network element is set up, and then issues the dormancy instruction of this service processing board to the SOAP of this network element interface.
Perhaps, master control set is periodically monitored the load information of the service processing board of different network elements by the SOAP interface, find the dormancy condition establishment of a certain service processing board of a certain network element, then issue the dormancy instruction of this service processing board to the SOAP of this network element interface.
Wherein, the load information of the service processing board of reported by network elements can carry CPU usage information, and the load of the high more explanation service processing board of CPU usage is big more; Otherwise, illustrate that the load of service processing board is more little.Further, the load information of the service processing board of reported by network elements also carries the essential information of this network element, and this essential information can comprise this element name, frame number, slot number, service processing board configuration information etc.Like this, when master control set receives the load information of service processing board, can know which service processing board of this load information from which network element.
The professional isolation stage of S2:
Network element receives after the dormancy instruction of the service processing board that master control set issues by the SOAP interface, and it is isolation that this service processing board is set.At this moment, this service processing board is no longer accepted new business (for example call out) and is inserted, and access service is unaffected, continue to handle, up to all business finish or number of services less than default value.Isolate by business, can farthest reduce the influence of dormancy business.
The S3 dormant stage:
After Business Processing was finished, service processing board entered resting state.
S4 dormancy the stage of recognition:
The state that Subrack Management Module can detect service processing board by the IPMB bus is a dormant state, notice SOAP interface dormancy success.Return dormancy success response message by the SOAP interface to master control set.
Increase when master control set monitors net element business, in the time of need waking the service processing board of some network elements of dormancy up, can issue wake command to the SOAP of corresponding network element interface.Wherein, the service processing board wakeup process can may further comprise the steps:
The S1 monitor stages:
Master control set receives the load information of the service processing board that different network elements reports by the SOAP interface, finds that the wake-up condition of the service processing board of a certain network element is set up, and then issues the instruction that wakes up of this service processing board to the SOAP of this network element interface.
For example, when master control set was found the service processing board dormancy of a certain network element, the CPU usage of system illustrated then that greater than a certain threshold value the wake-up condition of the service processing board of this network element is set up, can be to the instruction that wakes up of the SOAP of this network element interface issuing service disposable plates.
The S2 awakening phase:
Network element receives waking up after the instruction of service processing board by the SOAP interface, above-mentionedly wakes the Subrack Management Module that instruction is issued to this network element up with what the SOAP interface received, is waken up the service processing board of dormancy one by one by the Subrack Management Module of this network element.
Wherein, the instruction that wakes up that Subrack Management Module can issue the SOAP interface is issued to service processing board one by one by the IPMB bus, realizes waking up of service processing board.After service processing board is waken up, can sets up service link immediately and begin Business Processing.
S3 wakes the stage of recognition up:
Subrack Management Module is an activated state by the state that the IPMB bus detects service processing board, and notice SOAP interface wakes success up.Return to master control set by the SOAP interface and to wake success response message up.
In the present embodiment, so-called service processing board carries out dormancy and is meant that the context of system all suspends in the internal memory, and internal memory enters the pattern of self-refresh and comes preservation information not lose.In this case, have electricity in whole system has only, other all peripheral hardwares (comprising CPU) are all electric down, and this state is also referred to as the S3 attitude.Compare with S0 attitude (activated state) dynamic energy consumption, the energy-saving effect of S3 attitude is more obvious.For example, statistics shows, compares with the S0 attitude, and the S3 attitude can be saved 87.5% dynamic energy consumption.But the system wake-up duration also progressively elongates under the S3 attitude, and the influence of quality of service also progressively increases.The S3 attitude is the optimal balance point that quality of service guarantee and system energy consumption are saved.
In the present embodiment, master control set can be independent of network element deployment, can obtain the load information of the service processing board of different network elements simultaneously by the SOAP interface, and according to load information that obtains and the Energy Saving Strategy that presets, send the dormancy instruction or wake the service processing board that instructs to different network elements up, so that the service processing board of different network elements carries out dormancy according to the dormancy instruction, perhaps wake up according to waking instruction up.Like this, can realize centralized control, realize control and need not on each network element, all to dispose a master control set, thereby the inconvenience that can reduce configuration and safeguard reduce resource consumption the dynamic energy consumption of this network element to the dynamic energy consumption of different network elements.
In addition, in the dynamic energy consumption control method that the embodiment of the invention provides, to being in the service processing board of state of activation, master control set can judge whether that further needs carry out raising frequency or frequency reducing control to service processing board according to Energy Saving Strategy, to realize the fine-grained management to dynamic energy consumption.
Wherein, raising frequency or frequency-dropping function can be based on intelligent frequency reduction technology (EIST) or advanced configuration and the realizations of power-management interface (Advanced Configuraion and Power Management Interface) technology, and this technology is controlled the consumption of dynamic energy consumption by the corresponding frequency of definition different performance point.For example, the load information of master control set monitoring network element, and according to the Energy Saving Control strategy that disposes, issue specified frequency, the service processing board application software is provided with modes such as cpu frequency and realizes that present embodiment is not given unnecessary details by lifting frequency driving interface (speedstep-centrino or acpi-cpufreq).
The frequency modulation strategy of supporting has Performance, Powersave, four kinds of patterns of Userspace, Ondemand at present, the business load of master control set monitoring network element, and, issue control command according to the Energy Saving Control strategy that disposes, carry out cpu frequency control.Such as the Userspace pattern, the managing power consumption center issues specified frequency, and the lifting frequency driving interface that the veneer application software provides by OS (speedstep-centrino or acpi-cpufreq) is provided with cpu frequency.
Embodiment three:
See also Fig. 3, the flow chart of a kind of dynamic energy consumption control method of providing in the embodiment of the invention is provided Fig. 3, and this method can may further comprise the steps:
301, the load information with the service processing board of this network element is sent to master control set;
In the present embodiment, network element can be sent to master control set with the load information of the service processing board of this network element by SOAP interface or other standard protocol interface.
302, receive the Energy Saving Control instruction that master control set sends;
Wherein, master control set can link to each other with different network elements by SOAP interface or other standard protocol interface, obtain the load information of the service processing board of different network elements, and, send Energy Saving Control and instruct to different network elements according to the load information of the service processing board of different network elements and the Energy Saving Strategy that presets.
303, the Energy Saving Control instruction that master control set is sent is sent to the service processing board of this network element, so that its running status of Energy Saving Control commands for controlling that the service processing board of this network element sends according to master control set realizes dynamic energy consumption control.
In the present embodiment,, then can directly be sent to the service processing board of this network element if the Energy Saving Control that master control set sends instruction is frequency conversion instruction or dormancy instruction; If the Energy Saving Control that master control set sends instruction is electricity instruction down or the instruction or wake instruction up of powering on, then the Energy Saving Control instruction that master control set can be sent is issued to Subrack Management Module, so that the Energy Saving Control that master control set sends instruction is issued to the service processing board of this network element by this Subrack Management Module, realize dynamic energy consumption control.
Wherein, Subrack Management Module can be issued to service processing board with the Energy Saving Control instruction that master control set issues by the IPMB bus, so that service processing board is according to Energy Saving Control commands for controlling dynamic energy consumption.
In the present embodiment, network element can communicate by standard protocol interface such as SOAP interface and master control set, make master control set can be independent of network element deployment, can realize centralized control to the dynamic energy consumption of different network elements, and need not on each network element, all to dispose the dynamic energy consumption that a master control set is controlled this network element, thereby the inconvenience that can reduce configuration and safeguard reduces resource consumption.
Embodiment four:
See also Fig. 4, the structure chart of a kind of dynamic energy consumption control appliance of providing in the embodiment of the invention is provided Fig. 4, is used to realize the function of above-mentioned master control set.As shown in Figure 4, this equipment can comprise:
In the present embodiment, acquisition module 401 specifically can be used for receiving the load information that the service processing board of different network elements reports by the SOAP interface.
See also Fig. 5, the structure chart of the another kind of dynamic energy consumption control appliance that provides in the embodiment of the invention is provided Fig. 5, is used to realize the function of above-mentioned master control set.In dynamic energy consumption control appliance shown in Figure 5, control module 403 can comprise:
In the present embodiment, if the Energy Saving Control instruction is frequency conversion instruction or dormancy instruction, then first submodule 4031 specifically can send the service processing board of this Energy Saving Control instruction to above-mentioned different network elements by the SOAP interface.
In the present embodiment, if Energy Saving Control instruction is electricity instruction down or the instruction or wake instruction up of powering on, then second submodule 4032 specifically can send the Subrack Management Module of Energy Saving Control instruction to above-mentioned different network elements by the SOAP interface, so that this Energy Saving Control instruction is issued to the service processing board of above-mentioned different network elements by the Subrack Management Module of above-mentioned different network elements.
In the present embodiment, acquisition module 401 can obtain the load information of the service processing board of different network elements simultaneously, control module 403 can be according to load information that obtains and the Energy Saving Strategy that presets, send Energy Saving Control and instruct, so that the service processing board of different network elements is according to Energy Saving Control commands for controlling dynamic energy consumption to the service processing board of different network elements.Like this, can realize centralized control, realize control and need not on each network element, all to dispose a master control set, thereby the inconvenience that can reduce configuration and safeguard reduce resource consumption the dynamic energy consumption of this network element to the dynamic energy consumption of different network elements.
Embodiment five:
See also Fig. 6, the structure chart of a kind of network element device of providing in the embodiment of the invention is provided Fig. 6.As shown in Figure 6, this network element device can comprise standard protocol interface 601 and service processing board 602;
Wherein, standard protocol interface 601 is used for the load information of service processing board 602 is sent to master control set, and receives the Energy Saving Control instruction that master control set sends; The Energy Saving Control instruction that master control set is sent is sent to service processing board 602;
In the present embodiment, if the Energy Saving Control that master control set sends instruction is frequency conversion instruction or dormancy instruction, then standard protocol interface 601 can directly be sent to service processing board 602 with this Energy Saving Control instruction by the SOAP interface.
In the present embodiment, master control set can link to each other with different network elements by SOAP interface or other standard protocol interface, obtain the load information of the service processing board of different network elements, and, send Energy Saving Control and instruct to different network elements according to the load information of the service processing board of different network elements and the Energy Saving Strategy that presets.
In the present embodiment, standard protocol interface 601 can include but not limited to the SOAP interface.
In the present embodiment, if the Energy Saving Control that master control set sends instruction is electricity instruction down or the instruction or wake instruction up of powering on, then network element device can also comprise Subrack Management Module 603;
At this moment, standard protocol interface 601 specifically is used for the load information of service processing board 602 is sent to master control set, and receives the Energy Saving Control instruction that master control set sends; The Energy Saving Control instruction that master control set is sent is sent to Subrack Management Module 603;
In the present embodiment, network element device can communicate by standard protocol interface 601 and master control set, make master control set can be independent of network element deployment, can realize centralized control to the dynamic energy consumption of different network elements, realize control and need not on each network element, all to dispose a master control set to the dynamic energy consumption of this network element, thereby the inconvenience that can reduce configuration and safeguard reduces resource consumption.
Embodiment six:
See also Fig. 7, the structure chart of a kind of dynamic energy consumption control system of providing in the embodiment of the invention is provided Fig. 7.As shown in Figure 7, this system can comprise dynamic energy consumption control appliance 701 and at least two network element devices 702, wherein, the dynamic energy consumption control appliance 701 that present embodiment provides is identical with the function of the foregoing description five described dynamic energy consumption control appliances, and present embodiment is not repeated.Wherein, network element device 702 can be by communicating by letter with dynamic energy consumption control appliance 701 in standard protocol interface such as SOAP interfaces.
Wherein, network element device 702 is used for the load information of the service processing board of this network element is sent to dynamic energy consumption control appliance 701, and receives the Energy Saving Control instruction that dynamic energy consumption control appliance 701 sends; The Energy Saving Control instruction of dynamic energy consumption control appliance 701 transmissions is sent to the service processing board of this network element, so that the service processing board of this network element according to its running status of Energy Saving Control commands for controlling that dynamic energy consumption control appliance 701 sends, is realized dynamic energy consumption control;
Dynamic energy consumption control appliance 701 is used to obtain the load information of the service processing board of at least two network element devices 702; According to this load information and the Energy Saving Strategy that presets, send Energy Saving Control and instruct the service processing board of at least two network element devices 702.
In the present embodiment, network element device 702 can communicate by standard protocol interface and dynamic energy consumption control appliance 701, make dynamic energy consumption control appliance 701 can be independent of network element deployment, can realize centralized control to the dynamic energy consumption of different network elements, realize control and need not on each network element, all to dispose a master control set to the dynamic energy consumption of this network element, thereby the inconvenience that can reduce configuration and safeguard reduces resource consumption.
One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can be finished by the relevant hardware of program command, aforesaid program can be stored in the computer read/write memory medium, this program is carried out the step that comprises said method embodiment when carrying out; And aforesaid storage medium comprises: read-only memory (Read-Only Memory, ROM), random access device (RandomAccess Memory, RAM), various media that can be program code stored such as magnetic disc or CD.
More than a kind of dynamic energy consumption control method that the embodiment of the invention provided and system, relevant device are described in detail, used specific case herein principle of the present invention and execution mode are set forth, the explanation of above embodiment just is used for helping to understand method of the present invention and core concept thereof; Simultaneously, for one of ordinary skill in the art, according to thought of the present invention, the part that all can change in specific embodiments and applications, to sum up, this description should not be construed as limitation of the present invention.
Claims (15)
1. a dynamic energy consumption control method is characterized in that, comprising:
Obtain the load information of the service processing board of different network elements;
According to described load information and the Energy Saving Strategy that presets, send the service processing board of Energy Saving Control instruction to described different network elements, so that, realizing dynamic energy consumption according to described its running status of Energy Saving Control commands for controlling, the service processing board of described different network elements controls.
2. method according to claim 1 is characterized in that, the described load information that obtains the service processing board of different network elements comprises:
Receive the load information that the service processing board of different network elements reports by the Simple Object Access Protocol interface.
3. method according to claim 1 and 2 is characterized in that, described transmission Energy Saving Control instruction to the service processing board of described different network elements comprises:
Send the service processing board of Energy Saving Control instruction to described different network elements, described Energy Saving Control instruction is frequency conversion instruction or dormancy instruction;
Perhaps, send the Subrack Management Module of Energy Saving Control instruction to described different network elements, so that the instruction of described Energy Saving Control is issued to the service processing board of described different network elements by the Subrack Management Module of described different network elements, described Energy Saving Control instruction is electricity instruction down or the instruction or wake instruction up of powering on.
4. method according to claim 1 and 2, it is characterized in that, the described load information that obtains the service processing board of different network elements is obtained by master control set, described master control set is deployed on the webmaster layer or separately and disposes, and preset Energy Saving Strategy in the described master control set, described Energy Saving Strategy comprises whether allowing one or more in energy-conservation, energy-conservation time window or the energy saver mode.
5. a dynamic energy consumption control appliance is characterized in that, comprising:
Acquisition module is used to obtain the load information of the service processing board of different network elements;
Control module, be used for according to described load information and the Energy Saving Strategy that presets, send the service processing board of Energy Saving Control instruction, so that the service processing board of described different network elements according to described its running status of Energy Saving Control commands for controlling, is realized dynamic energy consumption control to described different network elements.
6. equipment according to claim 5 is characterized in that,
Described acquisition module specifically is used for receiving the load information that the service processing board of different network elements reports by the Simple Object Access Protocol interface.
7. according to claim 5 or 6 described equipment, it is characterized in that described control module comprises:
First submodule is used to send the service processing board of Energy Saving Control instruction to described different network elements, and described Energy Saving Control instruction is frequency conversion instruction or dormancy instruction;
Second submodule, be used to send the Subrack Management Module of Energy Saving Control instruction to described different network elements, so that the instruction of described Energy Saving Control is issued to the service processing board of described different network elements by the Subrack Management Module of described different network elements, described Energy Saving Control instruction comprises electricity instruction down or the instruction or wake instruction up of powering on.
8. according to claim 5 or 6 described equipment, it is characterized in that, also comprise:
Policy module is used to preset Energy Saving Strategy, and described Energy Saving Strategy comprises whether allowing one or more in energy-conservation, energy-conservation time window or the energy saver mode.
9. a dynamic energy consumption control method is characterized in that, comprising:
The load information of the service processing board of this network element is sent to master control set, so that described master control set obtains the load information of the service processing board of different network elements, and, send the Energy Saving Control instruction to described different network elements according to the load information of the service processing board of described different network elements and the Energy Saving Strategy that presets;
Receive the Energy Saving Control instruction that described master control set sends;
The Energy Saving Control instruction that described master control set is sent is sent to the service processing board of described network element, so that its running status of Energy Saving Control commands for controlling that the service processing board of described network element sends according to described master control set realizes dynamic energy consumption control.
10. method according to claim 9 is characterized in that, the service processing board that the described Energy Saving Control instruction that described master control set is sent is sent to described network element comprises:
If the Energy Saving Control that described master control set sends instruction is frequency conversion instruction or dormancy instruction, then directly be sent to the service processing board of described network element;
If the Energy Saving Control that described master control set sends instruction is electricity instruction down or the instruction or wake instruction up of powering on, the Energy Saving Control instruction that then described master control set is sent is issued to Subrack Management Module, so that the Energy Saving Control that described master control set sends instruction is issued to the service processing board of described network element by described Subrack Management Module.
11., it is characterized in that the load information of described service processing board with this network element is sent to master control set and comprises according to claim 9 or 10 described methods:
By the Simple Object Access Protocol interface load information of the service processing board of this network element is sent to master control set;
The Energy Saving Control instruction that the described master control set of described reception sends comprises:
Receive the Energy Saving Control instruction that described master control set sends by the Simple Object Access Protocol interface.
12. a network element device is characterized in that, comprising:
Standard protocol interface, be used for the load information of service processing board is sent to master control set, so that described master control set obtains the load information of the service processing board of different network elements, and, send the Energy Saving Control instruction to described different network elements according to the load information of the service processing board of described different network elements and the Energy Saving Strategy that presets; Receive the Energy Saving Control instruction that described master control set sends, and the Energy Saving Control instruction that described master control set sends is sent to described service processing board;
Described service processing board is used for its running status of Energy Saving Control commands for controlling according to described master control set transmission, realizes dynamic energy consumption control.
13. network element device according to claim 12 is characterized in that, described standard protocol interface comprises the Simple Object Access Protocol interface.
14., it is characterized in that if the Energy Saving Control that described master control set sends instruction is electricity instruction down or the instruction or wake instruction up of powering on, then described network element device also comprises Subrack Management Module according to claim 12 or 13 described network element devices;
Described standard protocol interface specifically is used for the load information of service processing board is sent to master control set, and receives the Energy Saving Control instruction that described master control set sends; The Energy Saving Control instruction that described master control set is sent is sent to described Subrack Management Module;
Described Subrack Management Module is used for by Intelligent Platform Management Bus the Energy Saving Control instruction that described standard protocol interface issues being issued to described service processing board.
15. a dynamic energy consumption control system is characterized in that, comprises at least two network element devices and dynamic energy consumption control appliance;
Described network element device is used for the load information of the service processing board of this network element is sent to described dynamic energy consumption control appliance, and receives the Energy Saving Control instruction that described dynamic energy consumption control appliance sends; The Energy Saving Control instruction that described dynamic energy consumption control appliance is sent is sent to the service processing board of this network element, so that its running status of Energy Saving Control commands for controlling that the service processing board of this network element sends according to the dynamic energy consumption control appliance realizes dynamic energy consumption control;
Described dynamic energy consumption control appliance is used to obtain the load information of the service processing board of at least two network element devices; According to described load information and the Energy Saving Strategy that presets, send the service processing board of Energy Saving Control instruction to described at least two network element devices.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
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| CN201010213371.XA CN101873680B (en) | 2010-06-25 | 2010-06-25 | Dynamic energy consumption control method, system and related equipment |
| PCT/CN2011/073766 WO2011160500A1 (en) | 2010-06-25 | 2011-05-06 | Dynamic energy consumption control method, system and related equipment |
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| CN201010213371.XA CN101873680B (en) | 2010-06-25 | 2010-06-25 | Dynamic energy consumption control method, system and related equipment |
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| CN101873680A true CN101873680A (en) | 2010-10-27 |
| CN101873680B CN101873680B (en) | 2014-07-30 |
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| CN201010213371.XA Expired - Fee Related CN101873680B (en) | 2010-06-25 | 2010-06-25 | Dynamic energy consumption control method, system and related equipment |
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| CN (1) | CN101873680B (en) |
| WO (1) | WO2011160500A1 (en) |
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Also Published As
| Publication number | Publication date |
|---|---|
| WO2011160500A1 (en) | 2011-12-29 |
| CN101873680B (en) | 2014-07-30 |
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