CN103095483A - Method and device and system of monitoring energy consumption of data network equipment - Google Patents
Method and device and system of monitoring energy consumption of data network equipment Download PDFInfo
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Abstract
The invention provides a system of monitoring energy consumption of data network equipment. The system comprises data collection probes, a data collection switch, an equipment energy consumption monitor center and a data bank, wherein the data collection probes are respectively distributed on a power line of each kind of the data network equipment and used for collecting power data of the data network equipment, the data collection switch is used for collecting the power data reported by the data collection probes and equipment operation state data reported by the data network equipment, and transmits the data to the equipment energy consumption monitor center, the equipment energy consumption monitor center is used for clearing the power data and the equipment operation state data reported by the data collection switch into all kinds of relation bank tables related to the data network equipment and storing the relation bank tables into the data bank, and the data bank is used for storing the all kinds of the relation bank tables related to the data network equipment. As one data collection probe is arranged for each power line of the data network equipment, the system can collect the detailed power data of the equipment. As energy consumption monitor is based on an equipment level, the system can be effectively combined with equipment service carrying situations and monitor the energy consumption of the data network equipment.
Description
Technical field
The present invention relates to a kind of method of the energy consumption of the network equipment being carried out monitoring and controlling, and the device and the system that are used for realizing the method.
Background technology
In today of communication network great development, the also fast development of data service flow, the capacity of data network pipeline equipment also enlarges rapidly, along with and the electricity consumption of equipment amount come also presents a geometric growth.Enlarging network capacity, when improving user's experience, the planning apparatus flow, the optimized device configuration reduces equipment energy consumption, improves the electric power utilization ratio, is operator, and even an important topic of company and enterprise.In the face of the network environment of having built, how can authentic and validly get every energy consumption index of all data networking equipments of networking; In face of diversiform energy consumption index, how can know and to understand corresponding appliance services carrying situation; Do you on the contrary, at clear understanding equipment running status, in the time of the service bearer amount, how about know the true energy consumption of understanding it? how to remove to assess the energy consumption of a data network equipment; What kind of model to go to be optimized and to control again the energy consumption of a data network equipment according to? these are all that pendulum is in the difficult problem in front of operator, enterprise, unit.
Current operator, incorporated business adopt more solution to be, the power line monitoring by to the data network equipment gets corresponding energy consumption data, and carries out a series of analysis.Generally, such solution can be monitored the electricity consumption situation of equipment, carries out the energy consumption analysis on macroscopic view, similar unit are energy consumption, with the different time energy consumption comparison of equipment; And overall energy consumption assessment, reach the purpose of Electrical Safety, and solve the above-mentioned problem of mentioning, do not reach the energy consumption monitoring of device level, more do not accomplish the energy consumption of equipment is controlled.
Currently there is no running status and the power consumption values that a kind of total solution can get data networking equipment simultaneously, and add up and modeling, coaching device carries out flow planning and energy consumption control.
Traditional data networking equipment by network management system or apparatus remote landing platform, can only get the relevant running state data of equipment; Some high-end devices even can be obtained the performance number of adding up of equipment itself, but its accuracy is not high, and its numerical value does not possess authoritative referential.
And existing dynamic environment monitoring system or solution, can monitor the energy consumption of power line, its energy consumption parameter is very abundant, but can only add up the energy consumption of certain hour scope equipment, running status to equipment is not understood, and monitors numerical value and does not instruct service optimization and the network architecture optimization of equipment at all.And can only accomplish monitoring, but not accomplish control plane.
Summary of the invention
The purpose of this invention is to provide a kind of data networking equipment energy consumption monitoring method, Apparatus and system, energy consumption and running status that can bonding apparatus be carried out modeling, and then equipment energy consumption is carried out intelligent monitoring.
According to an aspect of the present invention, provide a kind of data networking equipment energy consumption monitoring system, it is characterized in that, having comprised: the data acquisition probe, be deployed in respectively on the power line of each data networking equipment, be used for the dynamic date of the image data network equipment; Data are collected switch, are used for being connected with the data acquisition probe by Ethernet or wireless network the dynamic date that reports to collect the data acquisition probe; Also be used for being connected with data networking equipment by the snmp management interface, the equipment running status data that report with the receive data network equipment, and described dynamic date and equipment running status data are reported to equipment energy consumption Surveillance center; Equipment energy consumption Surveillance center, data preparation becomes relevant to data networking equipment kinds of relationships storehouse to show and be stored to database with equipment running status to be used for that data are collected dynamic date that switch reports; Database is used for the storage kinds of relationships storehouse relevant to described data networking equipment and shows.
According to a further aspect in the invention, also provide a kind of data networking equipment energy consumption monitoring method, it is characterized in that, comprised step: the dynamic date that is deployed in the data acquisition probe image data network equipment on the data networking equipment power line; The data acquisition probe reports to data by Ethernet or wireless network with described dynamic date and collects switch, and data are collected the equipment running status data that switch also reports by the snmp management interface receive data network equipment simultaneously; Data are collected switch described dynamic date and equipment running status data are reported to equipment energy consumption Surveillance center; Equipment energy consumption Surveillance center is organized into relevant to data networking equipment kinds of relationships storehouse with described dynamic date and equipment state service data and shows and be stored to database.
According to another aspect of the invention, the equipment energy consumption supervising device that is used for the data networking equipment monitoring also is provided, it is characterized in that, comprise: the data preparation module, data preparation becomes " power-state " relevant to data networking equipment to concern that the storehouse shows and be stored to database with equipment running status to be used for that data are collected dynamic date that switch reports; Data analysis module is used for periodically staqtistical data base " power-state " storehouse table relevant to the data networking equipment of appointment, utilizes Mathematical Modeling Methods to generate the specific data network equipment " state-energy consumption " model in different time sections.
Technique effect of the present invention is, for each power line of data networking equipment is disposed a data acquisition probe, can collect the detailed dynamic date of equipment, this energy consumption monitoring based on device level, the effectively energy consumption of bonding apparatus service bearer condition monitoring data networking equipment; By data correlation and modelling technique, by study, set up the energy optimization model of service based carrying, can be used for flow planning and the energy consumption assessment of the guide data network equipment; By energy consumption control, optimization and assessment technology, according to energy consumption model, can be by network be planned, the service bearer of control appliance, flux and flow direction reaches and reduces the energy consumption purpose, realizes the green energy conservation target; The energy consumption model based on device category of setting up can be used for the energy consumption assessment between the homogeneous data network equipment; The intelligent alarm technology makes the energy consumption monitoring of data networking equipment reach the dynamic management of service based, state-based, and is not limited only to traditional electric current, electric voltage exception.
Other features and advantages of the present invention will be set forth in the following description, and, partly become apparent from specification, perhaps understand by implementing the present invention.Purpose of the present invention and other advantages can realize and obtain by specifically noted structure in the specification of writing, claims and accompanying drawing.
Below by drawings and Examples, technical scheme of the present invention is described in further detail.
Description of drawings
Accompanying drawing is used to provide a further understanding of the present invention, and consists of the part of specification, is used for together with embodiments of the present invention explaining the present invention, is not construed as limiting the invention.In the accompanying drawings:
Fig. 1 is the structural representation of data networking equipment energy consumption monitoring system of the present invention;
Fig. 2 is the flow chart of data networking equipment energy consumption monitoring method of the present invention;
Fig. 3 be data networking equipment of the present invention can supervisory control system in the schematic diagram of clock synchronous mechanism between various device;
Fig. 4 is dynamic date acquisition testing schematic diagram of mechanism;
The keep-alive monitoring mechanism schematic diagram of Fig. 5 data acquisition probe and software platform.
Embodiment
Below in conjunction with accompanying drawing, the preferred embodiments of the present invention are described, should be appreciated that preferred embodiment described herein only is used for description and interpretation the present invention, is not intended to limit the present invention.
Below will describe the present invention in detail from the structure of data networking equipment energy consumption monitoring system and method for supervising two aspects.
According to design of the present invention, at first want power consumption values (being dynamic date) and the service bearer data (being the equipment running status data) of the image data network equipment (hereinafter to be referred as equipment), then transfer to the upper strata and carry out data analysis and process.According to this inventive concept, a most preferred embodiment of data networking equipment energy consumption monitoring system of the present invention as shown in Figure 1.
As shown in Figure 1, the typical company and enterprise that is connected with Power Environment Monitoring Network in figure or the network of research and development institution comprise the various data networking equipments such as fire compartment wall, router and switch, and these equipment are the object that will monitor of present device energy consumption monitoring system namely.Supervisory control system in Fig. 1 comprises that data acquisition probe, data collect switch, database, equipment energy consumption Surveillance center and use and show and control client.Wherein, use and show and control client flexible configuration as required, other parts are necessary assemblies of composition system.Below in conjunction with Fig. 1, each assembly in system is described in detail.
1. data acquisition probe
The data acquisition probe is deployed on the power line of data networking equipment, support direct current and AC mode, can get the power consumption values (being dynamic date) of data networking equipment, at least comprise electric current, voltage, power on power line, also can comprise peak current, average current, crest voltage, average voltage.In order to obtain dynamic date accurately, can dispose a data acquisition probe on each power line of equipment.
The data acquisition probe is generally all supported the agreements such as standard ethernet, wireless WIFI, supports IPv4/IPv6, and the time delay of Microsecond grade can be provided for reporting of data.Each data acquisition probe has an IPv4/IPv6 address.
Data acquisition probe in the present invention can adopt commercial matured product, for example the ERM PCU front-end collection unit of " showing disdain for perseverance pacifies " company.Collecting unit comprises the connected mode of two kinds of measurements: series connection metering system and non-series connection metering system.Wherein, the series connection test mode is by two 3 core aviation heads, adopts the mode of series connection, and the turnover of completing the supply line that needs are measured connects, and completes simultaneously the collection to desired data.But not series system needs to grab the connectivity port of power line, 3.5mm and outer connecting to neutral ground voltage measurement module and complete information gathering to supply line by measuring panel three.
2. data are collected switch
Data are collected switch need to converge the dynamic date that all data acquisition probes report, and then reports to equipment energy consumption Surveillance center; Simultaneously, it also will converge the running state data of monitored data networking equipment, and reports to equipment energy consumption Surveillance center.As shown in Figure 1, data are collected between switch and data acquisition probe and can be connected by Ethernet or wireless network; Simultaneously, it can also be connected with data networking equipment by the snmp management interface, with the receiving equipment running state data.
3. equipment energy consumption Surveillance center
Equipment energy consumption Surveillance center mainly bears data preparation and analytic function, it can be a computer or server, its basic function is the mode by the operation computer software, and data are collected dynamic date that switch reports, and data preparation becomes relevant to data networking equipment kinds of relationships storehouse to show and be stored to database with equipment running status.
In the most preferred embodiment of the present invention, equipment energy consumption Surveillance center comprises data preparation module, data analysis module, equipment energy consumption monitoring module and alarm module.Wherein:
The data preparation module, data preparation becomes " power-state " relevant to data networking equipment to concern that the storehouse shows and be stored to database with equipment running status to be used for that data are collected dynamic date that switch reports.
Data analysis module is used for periodically equipment running status data and the dynamic date of staqtistical data base, utilizes Mathematical Modeling Methods to set up " state-energy consumption " model for the data networking equipment of appointment.Data analysis module also has model management, model customizing and model and controls function.
The equipment energy consumption control module, be used for " state-energy consumption " model according to the specific data network equipment, by SNMP (Simple Network Management Protocol, Simple Network Management Protocol) management interface, the mode of operation of the data network equipment is carried out Based Intelligent Control within the time of setting.
Alarm module is used for according to " state-energy consumption " model, the energy consumption standard of each data network pipeline equipment being set, and the data networking equipment of the energy consumption value of being above standard is carried out alarm, perhaps unexpected energy consumption peak value and spike is carried out alarm.
Described equipment energy consumption Surveillance center also comprises a NTP Client and NTP service end, the NTP service end is installed on described data networking equipment, on described data acquisition probe, NTP Client is installed, has formed the NTP clock synchronous structure from data networking equipment NTP service end to equipment energy consumption Surveillance center NTP Client, from the equipment energy consumption NTP of Surveillance center service end to data acquisition probe NTP Client.
Probe keep-alive detection module is used for by timer, the data acquisition probe being carried out keep-alive and detects, and carry out alarm after timer expiry.
In above various module, the basic function that data preparation module and data analysis module can be realized equipment energy consumption Surveillance center realizes the object of the invention.But equipment energy consumption monitoring module, alarm module, probe keep-alive detection module, NTP Client and service end all belong to the module of flexible configuration.Those skilled in the art will be understood that, part as whole equipment energy consumption supervisory control system, equipment energy consumption Surveillance center also comprise and other equipment between interface, for example be used for the interface of calling data library storage, and provide market demand to show interface and warning trigger interface to other application programs on upper strata, to under monitored device operation-interface etc. is provided, all belong to habitual configuration well known in the art.
In order to strengthen the use flexibility of native system, in other embodiments of the invention, can also increase to use in equipment energy consumption Surveillance center and show service end, corresponding application is installed on user's computer show client, to facilitate the user, whole system be operated.The user uses and use to show client, can carry out model and call, and by data processing module calling data storehouse carrying out the model data inquiry, and feeds back to the user; The user can carry out individual character revision and all kinds of adjustment operation, and deposit to database according to the model that inquires; Data analysis module that also can be by equipment energy consumption Surveillance center reads the energy consumption model of data, and model is set controls function, by SNMP, equipment is carried out setting operation.
The user also can show client by application, shows the equipment energy consumption control module of service end with the application of equipment energy consumption Surveillance center, by SNMP, directly equipment is carried out setting operation.
4. database
Being used for the storage kinds of relationships storehouse relevant to described data networking equipment shows.
Basic structure and the partial function of equipment energy consumption supervisory control system are more than disclosed.On this basis, this system also provides to use and has showed and the control function.Use and show and to present five application modules of module, equipment energy consumption evaluation module, equipment energy consumption control module, individual pushing module and customization of individual character module by comprising energy consumption data.These functional modules can be by software mode reality, the software of realizing these functions installation and operation in the lump in equipment energy consumption Surveillance center, also may operate on independent computer.These functional modules can detect as the user provides energy consumption user's inquiry and the operating function that data present, equipment energy consumption is assessed, equipment energy consumption is controlled take the form of client, and personalized customization.
In addition, those skilled in the art will be understood that can also arrange separately a network management module as a perfect network configuration in the data networking equipment energy consumption monitoring system, is used for all network entity and computers in management system.
Below disclose in detail data networking equipment energy consumption monitoring system of the present invention, next will be described in detail data networking equipment energy consumption monitoring method of the present invention, the method in the present embodiment can be carried out by said system.
As shown in Figure 2, a preferred data networking equipment energy consumption monitoring method comprises the following steps: time synchronized, data acquisition, data storage, model foundation, energy consumption monitoring, energy consumption are controlled, intelligent alarm.Below respectively each step is described in detail.
1. clock synchronous
In order to make the data that collect more accurate, preferably can be at whole system internal unity clock.In some preferred embodiments, can be when whole method begins, first by equipment energy consumption Surveillance center by standard NTP (Network Time Protocol) agreement, obtain clock from data networking equipment, and be synchronized with the data acquisition probe, it is synchronous making the energy consumption parameter and the equipment running status information that collect.Detailed process is as shown in Figure 3: when data networking equipment was the NTP service end, equipment energy consumption Surveillance center obtained and synchronised clock for corresponding NTP Client and from data networking equipment; Simultaneously the NTP service end is also enabled by equipment energy consumption Surveillance center, and the power acquisition probe is obtained and synchronised clock for corresponding NTP Client and from equipment energy consumption Surveillance center, thereby reaches three's clock synchronous.
2. data acquisition
The collection of data is divided into the dynamic date collection and equipment running status data two parts carry out respectively.At first be the dynamic date that is deployed in the data acquisition probe image data network equipment on the data networking equipment power line, include but not limited to: electric current, voltage, power, peak current, average current, crest voltage, average voltage; Then the data acquisition probe reports to data by Ethernet or wireless network with described dynamic date and collects switch, data are collected the equipment running status data that switch also reports by the snmp management interface receive data network equipment simultaneously, include but not limited to: the average CPU of equipment, average internal memory, peak C PU, peak memory, equipment turnover total flow, integrated circuit board state, Interface status, rotation speed of the fan, device temperature; Collect switch by data at last described dynamic date and equipment running status data are reported to equipment energy consumption Surveillance center.Wherein, the frequency acquisition of dynamic date and equipment running status data can arrange as required.
Wherein, collect detailed process that switch sends the data acquisition message as shown in Figure 4 by data between equipment energy consumption Surveillance center and data acquisition probe.
The sample frequency that the data acquisition probe arranges according to system, gather the every energy consumption data on power line, and be stored in this locality, the data of while data acquisition probe to collecting, the communication transport protocols good according to system definition encapsulates, and reports equipment energy consumption Surveillance center (software platform).
Equipment energy consumption Surveillance center receives the data message that convergence switch forwards, the communication transport protocols good according to system definition, carry out decapsulation, at first judge whether data message type (Class1 is that energy consumption data reports message) is Class1, if so, whether the sequence number of confirmation message is the sequence number+1 of the upper message that reports of this data acquisition probe, if, but but confirmation message is correct message, resolves storage.The sequence number of a upper message that reports if not this data acquisition probe+1 judges whether " the replacement flag bit " of this message is 1, if be 1, is that system is reset, and the data message that again reads is resolved storage; If " replacement flag bit " is not 1 (being 0), whether the confirmation message sequence number less than " sequence number of a upper message+1 ", if so, is duplicate message, abandons; If test serial number is greater than " sequence number of a upper message+1 ", there are loss message, confirmation system (equipment energy consumption Surveillance center) whether to send request again (asking this to lose message) in the middle of the explanation, if, enable regularly, and wait for; If not, abandon this data message of receiving, send new request, the request msg acquisition probe is reissued the data message that send out, and the type of this message that again sends is 1.
The data acquisition probe is received the message that equipment energy consumption Surveillance center forwards through convergence switch, judge type of message, if Class1, know it is that equipment energy consumption Surveillance center requires to retransmit message, check the message whether this message of having sent out should be sent out exactly, if really, " position of resetting " changed into 1, retransmit this message, if not, reset sequence number, the message of concurrent which sequence number that should send out.
In other preferred embodiment of the present invention, in order to collect in time, all sidedly dynamic date, can adopt the two-way timeout mechanism that clocks to carry out the keep-alive monitoring between equipment energy consumption monitor supervision platform and data acquisition probe.Specifically as shown in Figure 5:
Surveillance center holds at equipment energy consumption: enable timer 1 (time-out time is that 3 data report the time interval), whenever receiving the reported data message, timer 1 clear 0; When timer 1 is overtime, sending destination address is the confirmation probe messages of data acquisition probe I P address, and (time-out time is Min 1s, Max 2s to start timer 2, can customize), confirmation message contains last sequence number of receiving data message and timestamp; As receive the confirmation response message, timer 2 zero clearing, timer 1 clear 0; As overtime in timer 2, sequence number and the timestamp of data message received at last in record, and timer 1 is clear 0, again clock, and alarm.
Equipment energy consumption Surveillance center receives that often three data report message, issues confirmation message of data acquisition probe, and confirmation message contains last sequence number of receiving data message and timestamp.
At the data acquisition sound end: (being initialized as time-out time is that 4 data report the time interval to enable timer 1, actual is that 3 data report the time interval), when timer 1 is overtime at that time, sending destination address is the confirmation probe messages of the equipment energy consumption IP of Surveillance center address, and (time-out time is Min 1s to start timer 2, Max 2s can customize), confirmation message contains last sequence number of sending data message and timestamp; As receive the confirmation response message, timer 2 zero clearing, timer 1 clear 0; As overtime in timer 2, record sends sequence number and the timestamp of data message at last, and timer 1 is clear 0, again clock, and alarm.
3. data storage
Equipment energy consumption Surveillance center collects dynamic date that switch reports and equipment state service data with data and is organized into relevant to data networking equipment kinds of relationships storehouse and shows and be stored to database.Equipment energy consumption Surveillance center is by configuration and definition, the associated data network equipment and corresponding data acquisition probe, and each data networking equipment is according to what of self configuration power line, related corresponding data acquisition probe.According to time parameter, Surveillance center processes the acquired original data of storage with related, forms respectively the original storehouse of table equipment running status data, dynamic date storehouse table.The original storehouse of this two class table can be organized into all kinds of individual event dynamic date statistics storehouse tables after accumulation after a while and all kinds of status data is added up the storehouse table.This two class is added up the storehouse table can be respectively used to again follow-up energy consumption data periodic statistics and status data periodic statistics, is used at last follow-up energy consumption monitoring link.
In addition, the energy consumption monitoring center also further according to service definition, forms new correlation database table at one's side.For instance, as shown in Figure 2, can be transverse axis the time, power and state two class original storehouse tables are merged generate and the state repository tables, and can further integrate formations " power-state " storehouse and show.After a period of time, can carry out the periodic statistics of energy consumption/state at data accumulation, be beneficial to the modeling process of " state-energy consumption " model in later stage.
4. model is set up
Equipment energy consumption Surveillance center is " power-state " storehouse table (sample space) relevant to the data networking equipment of appointment in staqtistical data base periodically, by sample, namely forms distribution curve according to sample point probability distribution form.For example, equipment energy consumption Surveillance center to the storehouse in database table take the sky, week, moon, year be the cycle, carry out periodic statistics, and form periodically probability statistics sample spaces (storehouse table), simultaneously according to each time point, take probability of occurrence as reference frame, get sample point, and form and be depicted as model curve, model curve can have many, so that further optimization process to be provided.Then get excellent processing through the model probability curve, just can access the Various types of data model.These data models can also further be optimized by the method for data modeling.
5. energy consumption monitoring
The rule that database root defines according to equipment energy consumption Surveillance center, all kinds of dynamic datas of active reporting (such as: include but not limited to all kinds of individual event power or status data statistics storehouse table, power-state repository table etc.), Surveillance center is according to the rule and the business model that configure, all kinds of energy consumption analysis of active push and device status data are given to use and are showed client, carry out real-time exhibition.
The user uses to use and shows client, according to individual sexual demand, carry out every energy consumption index and data and carry out query manipulation, use and show that client is according to user's operation, with the application displaying service end of demand feedback to equipment energy consumption Surveillance center, other modules of linkage Surveillance center are carried out each generic operation of relative users to database.
6. energy consumption is controlled
Equipment energy consumption Surveillance center carries out Based Intelligent Control by the snmp management interface to the mode of operation of the data network equipment according to " state-energy consumption " model of the specific data network equipment within the time of setting.Such as: use the scenes such as the company that changes as the cycle with the sky, laboratory at network, after 12, the office network flow is 0 substantially at night, can carry out by SNMP standard, carry out Based Intelligent Control, allow equipment switch to battery saving mode, perhaps carry out dormancy, lower electricity and business integrated circuit board Offline operation.Simultaneously according to " subjective you too-energy consumption " model, the optimum Energy Efficiency Ratio of the equipment of can obtaining, in conjunction with network traffics and route analysis, can network traffics planning, reach and reduce the network system power dissipation obj ectives; Simultaneously the network system various kinds of equipment is carried out energy consumption analysis, the model that obtains can carry out lateral comparison, forms energy consumption and traffic carrying capacity standard baseline, realizes take energy consumption assessment system and the standard of device category as sorting out.
7. intelligent alarm
Equipment energy consumption Surveillance center arranges the energy consumption standard of each data network pipeline equipment according to " state-energy consumption " model, and the data networking equipment of the energy consumption value of being above standard is carried out alarm, perhaps unexpected energy consumption peak value and spike is carried out alarm.Intelligent alarm can be carried out customization of individual character, as is divided into three ranks, and one exceeds standard for energy consumption: the think tank center, by the energy consumption assessment standard, the energy consumption of the equipment that surpasses the energy optimization standard is carried out alarm; Two are the energy consumption waste: by obtaining status information of equipment, carry out ALM to monitoring the equipment or the equipment plate card that are in for a long time without business, notify administrative staff to carry out human intervention, determine whether equipment is carried out the lower electric tube reason, reach energy-conservation purpose; Three is that energy consumption is abnormal: by the energy consumption data analysis, unexpected energy consumption peak value and spike are carried out alarm, notify administrative staff to carry out human intervention, reach Electrical Safety management and energy-conservation purpose.
In said method, data acquisition and data storing step are to realize basic step of the present invention, and other steps can be selected according to actual needs.
Claims (23)
1. a data networking equipment energy consumption monitoring system, is characterized in that, comprising:
The data acquisition probe is deployed in respectively on the power line of each data networking equipment, is used for the dynamic date of the image data network equipment;
Data are collected switch, are used for being connected with the data acquisition probe by Ethernet or wireless network the dynamic date that reports to collect the data acquisition probe; Also be used for being connected with data networking equipment by the snmp management interface, the equipment running status data that report with the receive data network equipment, and described dynamic date and equipment running status data are reported to equipment energy consumption Surveillance center;
Equipment energy consumption Surveillance center, data preparation becomes relevant to data networking equipment kinds of relationships storehouse to show and be stored to database with equipment running status to be used for that data are collected dynamic date that switch reports;
Database is used for the storage kinds of relationships storehouse relevant to described data networking equipment and shows.
2. the system as claimed in claim 1, is characterized in that, described equipment energy consumption Surveillance center comprises:
The data preparation module, data preparation becomes " power-state " relevant to data networking equipment to concern that the storehouse shows and be stored to database with equipment running status to be used for that data are collected dynamic date that switch reports;
Data analysis module is used for periodically staqtistical data base " power-state " storehouse table relevant to the data networking equipment of appointment, utilizes Mathematical Modeling Methods to generate the specific data network equipment " state-energy consumption " model in different time sections.
3. system as claimed in claim 2, is characterized in that, described equipment energy consumption Surveillance center also comprises:
The equipment energy consumption control module is used for " state-energy consumption " model according to the specific data network equipment, by the snmp management interface, the mode of operation of the data network equipment is carried out Based Intelligent Control within the time of setting.
4. system as claimed in claim 3, it is characterized in that, described mode of operation to the data network equipment is carried out Based Intelligent Control and is comprised: allow data networking equipment switch to battery saving mode, or the data network equipment is carried out the operation of rolling off the production line of dormancy, lower electricity or business integrated circuit board.
5. system as claimed in claim 2, is characterized in that, described energy consumption monitoring center also comprises:
Alarm module is used for according to " state-energy consumption " model, the energy consumption standard of each data network pipeline equipment being set, and the data networking equipment of the energy consumption value of being above standard is carried out alarm, perhaps unexpected energy consumption peak value and spike is carried out alarm.
6. the system as claimed in claim 1, is characterized in that, described motility data comprise electric current, voltage and the power on described power line.
7. the system as claimed in claim 1, is characterized in that, described each data acquisition probe useful independently IPv4 or IPv6 address.
8. the system as claimed in claim 1 is characterized in that:
Described equipment energy consumption Surveillance center also comprises a NTP Client and NTP service end, the NTP service end is installed on described data networking equipment, on described data acquisition probe, NTP Client is installed, has formed the NTP clock synchronous structure from data networking equipment NTP service end to equipment energy consumption Surveillance center NTP Client, from the equipment energy consumption NTP of Surveillance center service end to data acquisition probe NTP Client.
9. the system as claimed in claim 1, is characterized in that, described equipment energy consumption Surveillance center also comprises probe keep-alive detection module, is used for by timer, the data acquisition probe being carried out keep-alive and detects, and carry out alarm after timer expiry.
10. the system as claimed in claim 1, is characterized in that, described data acquisition probe also comprises center keep-alive detection module, is used for by timer, keep-alive being carried out at the energy consumption monitoring center and detects, and carry out alarm after timer expiry.
11. a data networking equipment energy consumption monitoring method is characterized in that, comprises step:
Be deployed in the dynamic date of the data acquisition probe image data network equipment on the data networking equipment power line;
The data acquisition probe reports to data by Ethernet or wireless network with described dynamic date and collects switch, and data are collected the equipment running status data that switch also reports by the snmp management interface receive data network equipment simultaneously;
Data are collected switch described dynamic date and equipment running status data are reported to equipment energy consumption Surveillance center;
Equipment energy consumption Surveillance center is organized into relevant to data networking equipment kinds of relationships storehouse with described dynamic date and equipment state service data and shows and be stored to database.
12. method as claimed in claim 11, also comprise step: equipment energy consumption Surveillance center is " power-state " storehouse table relevant to the data networking equipment of appointment in staqtistical data base periodically, utilizes Mathematical Modeling Methods to generate " running status-energy consumption " model of the specific data network equipment.
13. method as claimed in claim 12, also comprise step: equipment energy consumption Surveillance center carries out Based Intelligent Control by the snmp management interface to the mode of operation of the data network equipment according to " state-energy consumption " model of the specific data network equipment within the time of setting.
14. method as claimed in claim 12, it is characterized in that, also comprise step: equipment energy consumption Surveillance center arranges the energy consumption standard of each data network pipeline equipment according to " state-energy consumption " model, and the data networking equipment of the energy consumption value of being above standard is carried out alarm, perhaps unexpected energy consumption peak value and spike are carried out alarm.
15. method as claimed in claim 11 is characterized in that, it is characterized in that, described motility data comprise electric current, voltage and the power on described power line.
16. method as claimed in claim 11, it is characterized in that, also comprised the time synchronized step before the data acquisition probe begins to gather dynamic date: equipment energy consumption Surveillance center obtains clock by Network Time Protocol from data networking equipment, and with this clock synchronous in the data acquisition probe.
17. method as claimed in claim 11, other are characterised in that, described data networking equipment comprises: fire compartment wall, switch or router.
18. an equipment energy consumption supervising device that is used for the data networking equipment monitoring is characterized in that, comprising:
The data preparation module, data preparation becomes " power-state " relevant to data networking equipment to concern that the storehouse shows and be stored to database with equipment running status to be used for that data are collected dynamic date that switch reports;
Data analysis module is used for periodically staqtistical data base " power-state " storehouse table relevant to the data networking equipment of appointment, utilizes Mathematical Modeling Methods to generate the specific data network equipment " state-energy consumption " model in different time sections.
19. device as claimed in claim 18 is characterized in that, also comprises:
The equipment energy consumption control module is used for " state-energy consumption " model according to the specific data network equipment, by the snmp management interface, the mode of operation of the data network equipment is carried out Based Intelligent Control within the time of setting.
20. device as claimed in claim 19, it is characterized in that, described mode of operation to the data network equipment is carried out Based Intelligent Control and is comprised: allow data networking equipment switch to battery saving mode, or the data network equipment is carried out the operation of rolling off the production line of dormancy, lower electricity or business integrated circuit board.
21. device as claimed in claim 18 is characterized in that, also comprises:
Alarm module is used for according to " state-energy consumption " model, the energy consumption standard of each data network pipeline equipment being set, and the data networking equipment of the energy consumption value of being above standard is carried out alarm, perhaps unexpected energy consumption peak value and spike is carried out alarm.
22. device as claimed in claim 18 is characterized in that, also comprises:
NTP Client is used for and data networking equipment NTP service end is carried out clock synchronous;
The NTP service end is used for and the NTP Client of data acquisition probe carries out clock synchronous.
23. device as claimed in claim 18 is characterized in that, also comprises probe keep-alive detection module, is used for by timer, the data acquisition probe being carried out keep-alive and detects, and carry out alarm after timer expiry.
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