CN205248372U - Fuel cell stand -by power supply operation controlling means and system - Google Patents
Fuel cell stand -by power supply operation controlling means and system Download PDFInfo
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- CN205248372U CN205248372U CN201520614572.9U CN201520614572U CN205248372U CN 205248372 U CN205248372 U CN 205248372U CN 201520614572 U CN201520614572 U CN 201520614572U CN 205248372 U CN205248372 U CN 205248372U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/30—Hydrogen technology
- Y02E60/50—Fuel cells
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/50—Manufacturing or production processes characterised by the final manufactured product
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Abstract
The utility model discloses a fuel cell stand -by power supply operation controlling means and system. A fuel cell stand -by power supply moves controlling means, is applied to the configuration and is in the last customer end of fuel cell stand -by power supply includes: the parameter acquisition module is used for acquireing the operating parameter is predetermine to at least one of fuel cell stand -by power supply, the send parameters module, be used for with at least one is predetermine operation send parameters and holds to supplier, so that supplier holds the basis at least one is predetermine the operating parameter and confirms unusual parameter calibration data, calibration data receiving module is used for receiving supplier's end sends unusual parameter calibration data, the parameter calibration module is used for the basis unusual parameter calibration data are right fuel cell stand -by power supply carries out unusual parameter calibration. Fuel cell stand -by power supply's customer end and supplier hold the number of pass according to mutual, accomplish fuel cell stand -by power supply's parameter calibration, need not personnel field maintemance, reduce product maintenance's time. The system includes foretell customer end and supplier's end.
Description
Technical field
The utility model embodiment relates to fuel cell stand-by power supply technology, relates in particular to a kind of fuel cell standbyBy power supply operating control device and system.
Background technology
Fuel cell stand-by power supply is a kind of intelligence control system based on fuel cell, in this system, needsWant coding remove to monitor every input parameter of fuel cell and go control according to the demand of input and loadThe output of whole system processed. This power-supply system in use unavoidably there will be abnormal parameters or systemThe series of problems such as fault, therefore need this system to carry out the dimension such as parameter calibration and program upgrade of not timingNurse does.
Parameter calibration and the program upgrade of backup power system of fuel cell are continued to use traditional mode at present, when thisWhen parameter or program exception appear in system, system maintenance personnel need to reach the spot system is carried out accordinglySafeguard.
System maintenance personnel reach the spot and carry out maintenance work, can cause on provider companies manpower and costWaste, and at present on-site maintenance meeting causes the delay on product repair time, thus cause user's loss.
Utility model content
The utility model provides a kind of fuel cell stand-by power supply operating control device and system, to realize fuelBattery backup power source remote parameter is demarcated and software upgrading.
First aspect, the utility model embodiment provides a kind of fuel cell stand-by power supply operating control device,Be applied to the client being configured on described fuel cell stand-by power supply, comprise: parameter acquisition module, forObtain at least one default operational factor of described fuel cell stand-by power supply; Parameter sending module, for inciting somebody to actionDescribed at least one default operational factor is sent to supplier's end, so that described supplier holds according at least describedA default operational factor is determined anomaly parameter nominal data; Nominal data receiver module, described in receivingSupplier holds the described anomaly parameter nominal data of transmission; Parameter calibration module, for according to described abnormal ginsengNumber nominal data is carried out anomaly parameter demarcation to described fuel cell stand-by power supply.
This fuel cell stand-by power supply operating control device, also comprises: program upgrade bag receiver module, forReceive the software program AKU that described supplier holds the described fuel cell stand-by power supply of transmission; Software upgradingModule, for carrying out software upgrading according to software program AKU to described fuel cell stand-by power supply.
Second aspect, the utility model embodiment provides a kind of fuel cell stand-by power supply operating control device,Be applied to supplier's end, comprise: parameter receiver module, the described fuel cell sending for receiving clientAt least one default operational factor of stand-by power supply; Anomaly parameter is searched module, for from described fuel cellIn at least one default operational factor of stand-by power supply, search anomaly parameter; Nominal data processing module, forCalculate the anomaly parameter nominal data that described anomaly parameter is corresponding; Nominal data sending module, described in inciting somebody to actionAnomaly parameter nominal data is sent to described client.
This fuel cell stand-by power supply operating control device, also comprises: program upgrade bag acquisition module, forObtain the software program AKU of described fuel cell stand-by power supply; Program upgrade bag sending module, for toDescribed client sends the software program AKU of described fuel cell stand-by power supply.
The third aspect, the utility model embodiment also provides a kind of fuel cell stand-by power supply operation to control systemSystem, comprises the supplier's end described in the client described in first aspect and second aspect.
The utility model carries out data interaction by client and supplier's end of fuel cell stand-by power supply, completeBecome the remote parameter of fuel cell stand-by power supply to demarcate and software upgrading, solve and need system maintenance personnel to arriveThe problem that safeguard at fuel cell stand-by power supply scene, realizes and reduces being maintained as of fuel cell stand-by power supplyThis, the effect of the time of minimizing product maintenance.
Brief description of the drawings
Fig. 1 is the flow process of the fuel cell stand-by power supply progress control method in the utility model embodiment mono-Figure;
Fig. 2 is the flow process of the fuel cell stand-by power supply progress control method in the utility model embodiment bis-Figure;
Fig. 3 is the flow process of the fuel cell stand-by power supply progress control method in the utility model embodiment tri-Figure;
Fig. 4 is the flow process of the fuel cell stand-by power supply progress control method in the utility model embodiment tetra-Figure;
Fig. 5 is that the structure of the fuel cell stand-by power supply operating control device in the utility model embodiment five is shownIntention;
Fig. 6 is that the structure of the fuel cell stand-by power supply operating control device in the utility model embodiment six is shownIntention;
Fig. 7 is that the structure of the fuel cell stand-by power supply operating control device in the utility model embodiment seven is shownIntention;
Fig. 8 is that the structure of the fuel cell stand-by power supply operating control device in the utility model embodiment eight is shownIntention;
Fig. 9 is the data flow of the fuel cell stand-by power supply operation control system in the utility model embodiment nineCheng Tu;
Figure 10 is the data of the fuel cell stand-by power supply operation control system in the utility model embodiment nineFlow chart.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail. Be understandable that,Specific embodiment described herein is only for explaining the utility model, but not to restriction of the present utility model.It also should be noted that, for convenience of description, in accompanying drawing, only show the portion relevant to the utility modelDivide but not entire infrastructure.
Embodiment mono-
The flow process of the fuel cell stand-by power supply progress control method that Fig. 1 provides for the utility model embodiment mono-Figure, the present embodiment is applicable to the situation of fuel cell stand-by power supply parameter calibration, and the method is applied to configurationClient on described fuel cell stand-by power supply, and can be controlled by the operation of fuel cell stand-by power supplyDevice is carried out, and specifically comprises the steps:
Step 110, obtain at least one default operational factor of fuel cell stand-by power supply.
Wherein, every input parameter when default operational factor comprises the operation of fuel cell stand-by power supply, example, comprise discharge, exhaust gas flow and the EGT etc. of hydrogen flowing quantity, air mass flow, water-cooling system,But be not limited to above parameter; Also comprise in addition the output parameter of fuel cell stand-by power supply, example, compriseLoad voltage, load current etc., but be not limited to above parameter.
Further, described step 110, comprises interval acquiring fuel cell stand-by power supply at preset timed intervalsAt least one default operational factor. Example, described client configuration has the single-chip microcomputer of Freescale series to doFor Master control chip, by RS485 interface or synchronous serial interface and to be disposed at described fuel cell for subsequent useTemperature sensor, gas flow sensor, liquid flow sensor and voltage collection circuits in power supply etc. connectConnect, for obtaining every operational factor of described fuel cell stand-by power supply.
Example, single-chip microcomputer obtained load voltage by RS485 interface by voltage collection circuit every 60 seconds,It is for example current that to obtain described load voltage value be 10.0V.
Step 120, at least one default operational factor is sent to supplier end, so that supplier holds basisAt least one default operational factor is determined anomaly parameter nominal data, and anomaly parameter nominal data is for demarcating extremelyAnomaly parameter in a few default operational factor.
Wherein, described client is to send described at least one default operational factor by communication,Example, described communication comprises Wireless Fidelity (WirelessFidelity, WIFI) and generalPacket radio service technology (GeneralPacketRadioService, GPRS), but be not limited to this twoThe mode of kind.
Further, step 120 comprises at least one default operational factor is uploaded to web page server, withJust supplier's end is downloaded at least one default operational factor from web page server. Example, described FreescaleSingle-chip microcomputer passes through controller local area network (ControllerAreaNetwork, CAN) bus and is integrated inThe WIFI module of described client connects, and described WIFI module is for connecting the WIFI of described client outsideEquipment, so that described client can be connected with described web page server with communication. Described flying thinks to blockYour single-chip microcomputer is demarcated (CANCalibrationProtocol, CCP) agreement by CAN bus and is held to CANMouth sends every operational factor of the described fuel cell stand-by power supply obtaining.
Example, the single-chip microcomputer that is disposed at client passes through CCP agreement by CAN by the load voltage value gettingPort also uses WIFI interconnection network, and then is sent to described supplier end.
Step 130, reception supplier hold the anomaly parameter nominal data of transmission.
Wherein, described client is to receive described anomaly parameter nominal data, example by communication, described communication comprises WIFI and GPRS, but is not limited to this two kinds of modes.
Further, step 130 comprises from web page server downloads described anomaly parameter nominal data, whereinAnomaly parameter nominal data uploads to web page server for supplier holds. Example, client by WIFI fromWeb page server is downloaded described anomaly parameter nominal data, is sent to and is flown to think by CAN port by CCP agreementKa Er single-chip microcomputer. The anomaly parameter nominal data of the load voltage for example receiving is+0.5V.
Step 140, according to anomaly parameter nominal data, fuel cell stand-by power supply is carried out to anomaly parameter demarcation.
Wherein, described in, carry out anomaly parameter demarcation and refer to that working as described anomaly parameter is described fuel cell electricity for subsequent useWhen the input parameter in source, revising corresponding parameter is that system is moved default parameter value; When described anomaly parameterDuring for the output parameter of described fuel cell stand-by power supply, revise relative input parameter, be and beThe parameter value of the default output of system. Example, be disposed at the described Freescale single-chip microcomputer basis of described clientThe described anomaly parameter nominal data receiving, the described anomaly parameter that needs are demarcated is modified, orAmendment relevant parameter makes described anomaly parameter reach preset value. For example anomaly parameter is load voltage, clientThe anomaly parameter nominal data of receive+0.5V, adjusts hydrogen according to the anomaly parameter nominal data receivingThe relevant parameter such as throughput and air mass flow, makes load voltage reach default value.
The technical scheme of the present embodiment, is undertaken far away by client and supplier's end of fuel cell stand-by power supplyCheng Tongxin, the remote parameter that completes fuel cell stand-by power supply is demarcated, and solves and needs system maintenance personnel to arriveThe problem that safeguard at fuel cell stand-by power supply scene, realizes and reduces being maintained as of fuel cell stand-by power supplyThis, the effect of the time of minimizing product maintenance.
Embodiment bis-
The flow process of the fuel cell stand-by power supply progress control method that Fig. 2 provides for the utility model embodiment bis-Figure, the present embodiment is applicable to the situation of fuel cell stand-by power supply software upgrading, and the method is applied to configurationClient on described fuel cell stand-by power supply, and can be controlled by the operation of fuel cell stand-by power supplyDevice is carried out, and specifically comprises the steps:
Step 210, reception supplier hold the software program AKU of transmission, and software program AKU is for rightFuel cell stand-by power supply is upgraded.
Wherein, described client is to receive described software program AKU by communication, example,Described communication comprises WIFI and GPRS, but is not limited to this two kinds of modes.
Further, step 210 comprises the software program of downloading fuel cell stand-by power supply from web page serverAKU.
Step 220, according to receive software program AKU fuel cell stand-by power supply is carried out to software upgrading.
Wherein, software program AKU is stored, then the software to current fuel cell stand-by power supplyUpgrade.
Example, the Freescale single-chip microcomputer that is disposed at client connects web page server by WIFI, downloadsThe software program AKU of fuel cell stand-by power supply, and be stored into the region of data storage that is disposed at client,Guide loading (Bootloader) function to carry out software upgrading to fuel cell stand-by power supply by CAN afterwards.
The technical scheme of the present embodiment, is undertaken far away by client and supplier's end of fuel cell stand-by power supplyCheng Tongxin, completes the software upgrading of fuel cell stand-by power supply, solves and needs system maintenance personnel to arrive fuelThe problem that safeguard at battery backup power source scene, realizes the maintenance cost that reduces fuel cell stand-by power supply,Reduce the effect of the time of product maintenance.
Embodiment tri-
The flow process of the fuel cell stand-by power supply progress control method that Fig. 3 provides for the utility model embodiment tri-Figure, the present embodiment is applicable to the situation of fuel cell stand-by power supply parameter calibration, and the method is applied to supplyShang Duan, and can be carried out by fuel cell stand-by power supply operating control device, specifically comprise the steps:
At least one default operational factor of the fuel cell stand-by power supply that step 310, reception client send.
Wherein, supplier end is that to receive at least one of fuel cell stand-by power supply by communication pre-If operational factor, example, described communication comprises WIFI and GPRS, but is not limited to these two kindsMode. That for example receive is load voltage value 10.0V.
Further, step 310 comprises at least one that download fuel cell stand-by power supply from web page serverDefault operational factor. Example, the computer that is disposed at supplier's end is standby from web page server download fuel cellBy at least one default operational factor of power supply.
Step 320, from least one default operational factor of fuel cell stand-by power supply, search anomaly parameter.
Wherein, before execution step 320, determine whether to receive first the fuel cell that client sends standbyBy at least one default operational factor of power supply; If so the fuel cell stand-by power supply that, preservation receivesAt least one default operational factor; If not, from least one default operation of fuel cell stand-by power supplyIn parameter, search anomaly parameter.
Further, step 320 comprises at least one that calculate the current fuel cell stand-by power supply receivingAt least one of the data of default operational factor and the fuel cell stand-by power supply that ought preserve the last time is last time pre-If the difference of operational factor; If there is the difference of operational factor to be greater than corresponding threshold value, by operational factorThe operational factor that difference is greater than corresponding threshold value is classified as anomaly parameter. For example calculate present load magnitude of voltageThe difference of the load voltage value of preserving with last time that ought be is last time+0.5V to exceed predetermined threshold value ± 0.3V,Load voltage value is classified as to anomaly parameter. But also non-limiting load voltage predetermined threshold value is ± 0.3V here.
Further, cover corresponding original parameter with anomaly parameter.
Further, hold in supplier the operational factor and the anomaly parameter that show described fuel cell stand-by power supplyNominal data.
Step 330, anomaly parameter nominal data corresponding to generation anomaly parameter, anomaly parameter nominal data is usedIn demarcating described anomaly parameter.
Wherein, anomaly parameter nominal data is the difference of original parameter that anomaly parameter is corresponding with it.
Step 340, anomaly parameter nominal data is sent to client.
Further, step 340 comprises to web page server and uploads anomaly parameter nominal data. Example,Anomaly parameter nominal data is uploaded to web page server by computer, so that described client is by under WIFI modeCarry anomaly parameter nominal data. For example load voltage is anomaly parameter, and corresponding anomaly parameter nominal dataFor+0.5V, this anomaly parameter nominal data is sent to client. Here also non-limiting load voltage is differentNormal parameter.
The technical scheme of the present embodiment, is undertaken far away by client and supplier's end of fuel cell stand-by power supplyCheng Tongxin, the remote parameter that completes fuel cell stand-by power supply is demarcated, and solves and needs system maintenance personnel to arriveThe problem that safeguard at fuel cell stand-by power supply scene, realizes and reduces being maintained as of fuel cell stand-by power supplyThis, the effect of the time of minimizing product maintenance.
Embodiment tetra-
The flow process of the fuel cell stand-by power supply progress control method that Fig. 4 provides for the utility model embodiment tetra-Figure, the present embodiment is applicable to the situation of fuel cell stand-by power supply software upgrading, and the method is applied to supplyShang Duan, and can be carried out by fuel cell stand-by power supply operating control device, specifically comprise the steps:
Step 410, obtain the software program AKU of fuel cell stand-by power supply.
Wherein, described in, obtain the software program AKU of described fuel cell stand-by power supply by Internet Transmission alsoBe saved in described supplier end, or import described fuel cell electricity for subsequent use by connecting mass storage deviceThe software program AKU in source, but be not limited to described mode.
Step 420, send the software program AKU of fuel cell stand-by power supply to client.
Further, step 420 comprises software program from fuel cell stand-by power supply to web page server that uploadAKU. Example, be disposed at the computer of supplier's end by the software program upgrading of fuel cell stand-by power supplyWrap and pass to web page server, so that client is downloaded the software of fuel cell stand-by power supply by WIFI modeProgram upgrade bag.
The technical scheme of the present embodiment, is undertaken far away by client and supplier's end of fuel cell stand-by power supplyCheng Tongxin, completes the remote software upgrade of fuel cell stand-by power supply, solves and needs system maintenance personnel to arriveThe problem that safeguard at fuel cell stand-by power supply scene, realizes and reduces being maintained as of fuel cell stand-by power supplyThis, the effect of the time of minimizing product maintenance.
Embodiment five
The structure of the fuel cell stand-by power supply operating control device that Fig. 5 provides for the utility model embodiment fiveSchematic diagram, the fuel cell stand-by power supply operating control device that the present embodiment provides is applied to and is configured in described combustionClient in material battery backup power source, specifically comprises:
Parameter acquisition module 510, for obtaining at least one default operational factor of fuel cell stand-by power supply.
Further, described parameter acquisition module 510 comprises:
Unit, parameter acquiring interval, at least one for interval acquiring fuel cell stand-by power supply at preset timed intervalsIndividual default operational factor.
Parameter sending module 520, at least one default operational factor being sent to supplier's end, so thatSupplier's end is determined anomaly parameter nominal data according at least one default operational factor.
Further, described parameter sending module 520 comprises:
Parameter webpage uploading unit, for described at least one default operational factor is uploaded to web page server,So that described supplier end is downloaded described at least one default operational factor from described web page server.
Nominal data receiver module 530, holds the anomaly parameter nominal data of transmission for receiving supplier.
Further, nominal data receiver module 530 comprises:
Nominal data page download unit, for downloading anomaly parameter nominal data from web page server, whereinAnomaly parameter nominal data uploads to web page server for supplier holds.
Parameter calibration module 540, for carrying out fuel cell stand-by power supply according to anomaly parameter nominal dataAnomaly parameter is demarcated.
The fuel cell stand-by power supply operating control device that the utility model embodiment five provides can be carried out this practicalityThe fuel cell stand-by power supply progress control method that new embodiment one provides, possesses manner of execution correspondingFunctional module and beneficial effect.
Embodiment six
The structure of the fuel cell stand-by power supply operating control device that Fig. 6 provides for the utility model embodiment sixSchematic diagram, the fuel cell stand-by power supply operating control device that the present embodiment provides is applied to and is configured in described combustionClient in material battery backup power source, specifically comprises:
Program upgrade bag receiver module 610, holds the fuel cell stand-by power supply of transmission for receiving supplierSoftware program AKU.
Further, described program upgrade bag receiver module 610 comprises:
Program upgrade bag download unit, for downloading the software journey of fuel cell stand-by power supply from web page serverOrder AKU.
Software upgrading module 620, for carrying out soft according to software program AKU to fuel cell stand-by power supplyPart upgrading.
The fuel cell stand-by power supply operating control device that the utility model embodiment six provides can be carried out this practicalityThe fuel cell stand-by power supply progress control method that new embodiment two provides, possesses manner of execution correspondingFunctional module and beneficial effect.
Embodiment seven
The structure of the fuel cell stand-by power supply operating control device that Fig. 7 provides for the utility model embodiment sevenSchematic diagram, the fuel cell stand-by power supply operating control device that the present embodiment provides is applied to supplier's end, toolBody comprises:
Parameter receiver module 710, at least one of fuel cell stand-by power supply sending for receiving clientDefault operational factor.
Further, described parameter receiver module 710 comprises:
Parameter page download unit, for downloading at least one of fuel cell stand-by power supply from web page serverDefault operational factor.
Anomaly parameter is searched module 720, at least one the default operation ginseng from fuel cell stand-by power supplyIn number, search anomaly parameter.
Further, described anomaly parameter is searched module 720 and is comprised:
Parameter difference computing unit, for calculating at least one of the current fuel cell stand-by power supply receivingAt least one of the data of default operational factor and the fuel cell stand-by power supply that ought preserve the last time is last time pre-If the difference of operational factor.
Anomaly parameter is sorted out unit, if for there being the difference of operational factor to be greater than corresponding threshold value, will transportThe operational factor that the difference of line parameter is greater than corresponding threshold value is classified as anomaly parameter.
Nominal data processing module 730, for generating the anomaly parameter nominal data that anomaly parameter is corresponding.
Nominal data sending module 740, for being sent to client by anomaly parameter nominal data.
Further, nominal data sending module 740 comprises:
Nominal data webpage uploading unit, for being uploaded to web page server by anomaly parameter nominal data.
Further, also comprise and receive first judge module 721, for from fuel cell stand-by power supply extremelyIn a few default operational factor, search before anomaly parameter, determine whether to receive first the combustion that client sendsAt least one default operational factor of material battery backup power source or whether headed by time download combustion from web page serverAt least one default operational factor of material battery backup power source.
Further, also comprise parameter preservation module 722, the fuel electricity sending for receiving first clientAt least one default operational factor of pond stand-by power supply or for subsequent use from web page server download fuel cell firstWhen at least one default operational factor of power supply, preserve the fuel cell stand-by power supply that receives at least one is pre-If operational factor.
Further, also comprise parameter overlay module 723, at least one for from fuel cell stand-by power supplyIn individual default operational factor, search after anomaly parameter, cover original parameter of correspondence with anomaly parameter.
Further, also comprise parameter and demarcate display module 731, for generating corresponding different of anomaly parameterAfter normal parameter calibration data, hold the operational factor that shows described fuel cell stand-by power supply with abnormal in supplierParameter calibration data.
The fuel cell stand-by power supply operating control device that the utility model embodiment seven provides can be carried out this practicalityThe fuel cell stand-by power supply progress control method that new embodiment three provides, possesses manner of execution correspondingFunctional module and beneficial effect.
Embodiment eight
The structure of the fuel cell stand-by power supply operating control device that Fig. 8 provides for the utility model embodiment eightSchematic diagram, the fuel cell stand-by power supply operating control device that the present embodiment provides is applied to supplier's end, toolBody comprises:
Program upgrade bag acquisition module 810, for obtaining the software program AKU of fuel cell stand-by power supply.
Program upgrade bag sending module 820, for sending the software journey of fuel cell stand-by power supply to clientOrder AKU.
Further, program upgrade bag sending module 820 comprises:
Program upgrade bag uploading unit, for uploading the software journey of fuel cell stand-by power supply to web page serverOrder AKU.
The fuel cell stand-by power supply operating control device that the utility model embodiment eight provides can be carried out this practicalityThe fuel cell stand-by power supply progress control method that new embodiment four provides, possesses manner of execution correspondingFunctional module and beneficial effect.
Embodiment nine
Fig. 9 is the data of the fuel cell stand-by power supply operation control system that provides of the utility model embodiment nineFlow chart, the fuel cell stand-by power supply operation control system that the present embodiment provides comprises:
Client 910, it is the client described in embodiment five and six.
Supplier holds 920, and it is the supplier's end described in embodiment seven and eight.
As shown in Figure 9, client is obtained at least one default operational factor of fuel cell stand-by power supply; VisitorAt least one default operational factor is sent to supplier's end by family end, so that supplier's end is pre-according at least oneIf operational factor is determined anomaly parameter nominal data, anomaly parameter nominal data is used for demarcating at least one and presetsAnomaly parameter in operational factor; The fuel cell stand-by power supply that supplier's termination receipts client sends at leastA default operational factor; Supplier holds from least one default operational factor of fuel cell stand-by power supplySearch anomaly parameter; Supplier holds and generates anomaly parameter nominal data corresponding to anomaly parameter, anomaly parameter markGiven data is used for demarcating described anomaly parameter; Anomaly parameter nominal data is sent to client by supplier's end;Client supplier holds the anomaly parameter nominal data of transmission; Client is according to anomaly parameter nominal dataFuel cell stand-by power supply is carried out to anomaly parameter demarcation.
As shown in Figure 9, supplier's end obtains the software program AKU of fuel cell stand-by power supply; SupplierEnd sends the software program AKU of fuel cell stand-by power supply to client; Client supplier end is sent outThe software program AKU sending, software program AKU is for upgrading to fuel cell stand-by power supply; VisitorFamily end carries out software upgrading according to the software program AKU receiving to fuel cell stand-by power supply.
The fuel cell stand-by power supply operation control system that the present embodiment provides separately execution parameter demarcate orSoftware upgrading.
The technical scheme of the present embodiment, is undertaken far away by client and supplier's end of fuel cell stand-by power supplyCheng Tongxin, the remote parameter that completes fuel cell stand-by power supply is demarcated or software upgrading, solves and needs system dimensionThe personnel of protecting arrive the problem that safeguard at fuel cell stand-by power supply scene, realize and reduce fuel cell electricity for subsequent useThe maintenance cost in source, the effect of the time of minimizing product maintenance.
Embodiment ten
Figure 10 is the number of the fuel cell stand-by power supply operation control system that provides of the utility model embodiment nineAccording to flow chart, the fuel cell stand-by power supply operation control system that the present embodiment provides comprises:
Client 1010, it is the client described in embodiment five and six.
Supplier holds 1020, and it is the supplier's end described in embodiment seven and eight.
As shown in figure 10, client is obtained at least one default operational factor of fuel cell stand-by power supply; VisitorAt least one default operational factor is uploaded to web page server by family end, so that supplier holds from web page serverDownload at least one default operational factor, anomaly parameter nominal data is used for demarcating at least one default operation ginsengAnomaly parameter in number; Supplier's end is downloaded at least one default operational factor from web page server; SupplierEnd is searched anomaly parameter from least one default operational factor of fuel cell stand-by power supply; Supplier holds lifeBecome anomaly parameter nominal data corresponding to anomaly parameter, anomaly parameter nominal data is used for demarcating described abnormal ginsengNumber; Anomaly parameter nominal data is uploaded to web page server by supplier's end; Client is from web page serverCarry described anomaly parameter nominal data, wherein anomaly parameter nominal data uploads to web service for supplier holdsDevice; Client is carried out anomaly parameter demarcation according to anomaly parameter nominal data to fuel cell stand-by power supply.
As shown in figure 10, supplier's end obtains the software program AKU of fuel cell stand-by power supply; SupplierEnd is uploaded the software program AKU of fuel cell stand-by power supply to web page server; Client is from web serviceDevice is downloaded the software program AKU of fuel cell stand-by power supply, and software program AKU is used for fuel cellStand-by power supply is upgraded; Client is entered fuel cell stand-by power supply according to the software program AKU receivingRow software upgrading.
The fuel cell stand-by power supply operation control system that the present embodiment provides separately execution parameter demarcate orSoftware upgrading.
The technical scheme of the present embodiment, is undertaken far away by client and supplier's end of fuel cell stand-by power supplyCheng Tongxin, the remote parameter that completes fuel cell stand-by power supply is demarcated or software upgrading, solves and needs system dimensionThe personnel of protecting arrive the problem that safeguard at fuel cell stand-by power supply scene, realize and reduce fuel cell electricity for subsequent useThe maintenance cost in source, the effect of the time of minimizing product maintenance.
The said goods can be carried out the method that the utility model any embodiment provides, and possesses manner of execution correspondingFunctional module and beneficial effect.
Note, above are only preferred embodiment of the present utility model and institute's application technology principle. Art technologyPersonnel will appreciate that, the utility model is not limited to specific embodiment described here, and those skilled in the art are comeSay and can carry out various obvious variations, readjust and substitute and can not depart from protection model of the present utility modelEnclose. Therefore, although by above embodiment, the utility model is described in further detail, thisUtility model is not limited only to above embodiment, in the situation that not departing from the utility model design, all rightComprise more other equivalent embodiment, and scope of the present utility model is determined by appended claim scope.
Claims (5)
1. a fuel cell stand-by power supply operating control device, is characterized in that, described in being applied to and being configured inClient on fuel cell stand-by power supply, comprising:
Parameter acquisition module, for obtaining at least one default operational factor of described fuel cell stand-by power supply;
Parameter sending module, for described at least one default operational factor being sent to supplier's end, so thatDescribed supplier holds according to described at least one default operational factor and determines anomaly parameter nominal data;
Nominal data receiver module, holds the described anomaly parameter nominal data of transmission for receiving described supplier;
Parameter calibration module, for according to described anomaly parameter nominal data to described fuel cell stand-by power supplyCarry out anomaly parameter demarcation.
2. the fuel cell stand-by power supply operating control device providing according to claim 1, is characterized in that,Also comprise:
Program upgrade bag receiver module, holds the described fuel cell electricity for subsequent use of transmission for receiving described supplierThe software program AKU in source;
Software upgrading module, for carrying out soft according to software program AKU to described fuel cell stand-by power supplyPart upgrading.
3. a fuel cell stand-by power supply operating control device, is characterized in that, is applied to supplier's end,Comprise:
Parameter receiver module, at least one of described fuel cell stand-by power supply sending for receiving clientDefault operational factor;
Anomaly parameter is searched module, at least one the default operation ginseng from described fuel cell stand-by power supplyIn number, search anomaly parameter;
Nominal data processing module, for calculating the anomaly parameter nominal data that described anomaly parameter is corresponding;
Nominal data sending module, for being sent to described client by described anomaly parameter nominal data.
4. the fuel cell stand-by power supply operating control device providing according to claim 3, is characterized in that,Also comprise:
Program upgrade bag acquisition module, for obtaining the software program AKU of described fuel cell stand-by power supply;
Program upgrade bag sending module, for sending the soft of described fuel cell stand-by power supply to described clientPart program upgrade bag.
5. a fuel cell stand-by power supply operation control system, is characterized in that, comprise claim 1 orSupplier's end in client in 2 described in any one and claim 3 or 4 described in any one.
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| CN201520614572.9U CN205248372U (en) | 2015-08-14 | 2015-08-14 | Fuel cell stand -by power supply operation controlling means and system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105047967A (en) * | 2015-08-14 | 2015-11-11 | 弗尔赛（上海）能源科技有限公司 | Running control method, device and system for fuel cell standby power supply |
| CN105890810A (en) * | 2016-06-30 | 2016-08-24 | 湖南万通科技股份有限公司 | Setting method for temperature detecting equipment and grain condition detecting system |
-
2015
- 2015-08-14 CN CN201520614572.9U patent/CN205248372U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105047967A (en) * | 2015-08-14 | 2015-11-11 | 弗尔赛（上海）能源科技有限公司 | Running control method, device and system for fuel cell standby power supply |
| CN105890810A (en) * | 2016-06-30 | 2016-08-24 | 湖南万通科技股份有限公司 | Setting method for temperature detecting equipment and grain condition detecting system |
| CN105890810B (en) * | 2016-06-30 | 2018-10-23 | 湖南万通科技股份有限公司 | The setting method and grain inspection system of temperature testing equipment |
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