CN105357276A - Internet+schedulable load user interaction method - Google Patents
Internet+schedulable load user interaction method Download PDFInfo
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- CN105357276A CN105357276A CN201510668880.4A CN201510668880A CN105357276A CN 105357276 A CN105357276 A CN 105357276A CN 201510668880 A CN201510668880 A CN 201510668880A CN 105357276 A CN105357276 A CN 105357276A
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- 238000004364 calculation method Methods 0.000 claims abstract description 31
- 230000000007 visual effect Effects 0.000 claims abstract description 10
- 238000012544 monitoring process Methods 0.000 claims description 48
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- H02J13/0006—
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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
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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
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S10/00—Systems supporting electrical power generation, transmission or distribution
- Y04S10/40—Display of information, e.g. of data or controls
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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
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S40/00—Systems for electrical power generation, transmission, distribution or end-user application management characterised by the use of communication or information technologies, or communication or information technology specific aspects supporting them
- Y04S40/12—Systems for electrical power generation, transmission, distribution or end-user application management characterised by the use of communication or information technologies, or communication or information technology specific aspects supporting them characterised by data transport means between the monitoring, controlling or managing units and monitored, controlled or operated electrical equipment
- Y04S40/126—Systems for electrical power generation, transmission, distribution or end-user application management characterised by the use of communication or information technologies, or communication or information technology specific aspects supporting them characterised by data transport means between the monitoring, controlling or managing units and monitored, controlled or operated electrical equipment using wireless data transmission
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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
- Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
- Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
- Y04S40/00—Systems for electrical power generation, transmission, distribution or end-user application management characterised by the use of communication or information technologies, or communication or information technology specific aspects supporting them
- Y04S40/12—Systems for electrical power generation, transmission, distribution or end-user application management characterised by the use of communication or information technologies, or communication or information technology specific aspects supporting them characterised by data transport means between the monitoring, controlling or managing units and monitored, controlled or operated electrical equipment
- Y04S40/128—Systems for electrical power generation, transmission, distribution or end-user application management characterised by the use of communication or information technologies, or communication or information technology specific aspects supporting them characterised by data transport means between the monitoring, controlling or managing units and monitored, controlled or operated electrical equipment involving the use of Internet protocol
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Abstract
The invention discloses an Internet+schedulable load user interaction method. The Internet+schedulable load user interaction method comprises a step of Internet+schedulable load integrated scheduling system establishment; a step of user registration and verification; a step of the schedulable load binding; a step of individual electricity demand; a step of visual showing; a step of log query; and a step of user integral data and user income data calculation, inquiry and sharing. The Internet+schedulable load user interaction method has the beneficial effects that potential capability of demand-side resources is fully excavated, the enthusiasm and activity of a electric power user for participating in the Internet+schedulable load are fully aroused, and economic, efficient and intelligent electric power utilization is realized for the electric power user.
Description
Technical field
The invention belongs to power system load dispatching technique field, be specifically related to one " the Internet+schedulable load " user interaction method.
Background technology
In recent years, along with the fast development of the new forms of energy such as wind-powered electricity generation, solar energy, its intermittence and fluctuation add the uncertainty of Generation Side, bring huge challenge to the safety of electric power system, stable operation.Current grid side compensates mainly through the randomness of the conventional power generation usage such as water power and thermoelectricity unit to generation of electricity by new energy, this method of only carrying out regulating and controlling from Generation Side, and its economy is poor; Current domestic scholars proposes Demand Side Response, namely guides the modes such as power consumer load transfer plan by price signal or motivator, has its advantage, but has randomness due to electricity price and user's respondent behavior, and the result of demand response is uncertain often; Domestic at present preliminary theoretic discussion is carried out for load scheduling, but do not had the system platform of by technological means, load being carried out unified management and intelligent scheduling; Being combined with the Internet, information network etc. by new forms of energy and being applied to power system load dispatching technique field is one of following important development direction, domestic also not by correlative study that load scheduling combines with " the Internet+" at present.The potentiality of abundant excavation Demand-side resource, give full play to enthusiasm and initiative that power consumer participates in " the Internet+schedulable load ", and then the realization of guiding power consumer is economical, efficient, intelligent power is current exigence; Along with popularizing gradually of distributed power source, energy storage device and electric automobile, the enforcement of following Smart Home and Spot Price in addition is also the task of top priority to power consumer interactive approach is studied under the new situation.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of power consumer that can make and utilizes the Internet to realize " the Internet+schedulable load " user interaction method that is economic, efficient, intelligent power.
For the technical scheme solving the problems of the technologies described above employing is: a kind of " the Internet+schedulable load " user interaction method, comprises the steps:
(1) set up " the Internet+schedulable load " synthesis scheduling system, it comprises administration of power networks layer, upper communication layers, central platform layer, the next communication layers and user terminal layer;
Described administration of power networks layer comprises isolation platform, dispatching of power netwoks platform, fixing monitor terminal and mobile monitoring terminal; Described dispatching of power netwoks platform and fixing monitor terminal are bi-directionally connected with the corresponding port of described isolation platform respectively; The corresponding port wireless connections of described mobile monitoring terminal and described isolation platform;
Described central platform layer comprises upper fire compartment wall, the next fire compartment wall, calculation server, the communication server, data server and expansion servers; Described upper fire compartment wall is bi-directionally connected with the corresponding port of described calculation server, the communication server, data server and expansion servers respectively; Described the next fire compartment wall is bi-directionally connected with the corresponding port of described calculation server, the communication server, data server and expansion servers respectively; The corresponding port of described calculation server and described data server is bi-directionally connected;
Described upper communication layers comprises order wire; Described order wire is optical fiber or netting twine; Described isolation platform is connected with internet by optical fiber or netting twine; Described upper fire compartment wall is connected with internet by optical fiber or netting twine;
Described the next communication layers comprises wireless network and cable network; Described wireless network is GPRS network, 3G network, 4G network or WiFi; Described finite element network is optical fiber or netting twine; Described the next fire compartment wall is connected with internet by optical fiber or netting twine;
Described user terminal layer comprises user terminal and more than one user's intelligent cell; Described user's intelligent cell comprises microprocessor, memory module, electrical measurement module, voltage transformer, current transformer, relay circuit, output state indicating module, WIFI module and power-switching circuit;
The input of described voltage transformer, current transformer, relay circuit, power-switching circuit meets the output OUT of user's power supply respectively;
The output of described voltage transformer summation current transformer connects the respective input of described electrical measurement module respectively; The respective input of microprocessor described in the output termination of described electrical measurement module;
The corresponding control output end of microprocessor described in the control inputs termination of described relay circuit; The control output end of described relay circuit connects the respective input of schedulable load;
The corresponding control output end of microprocessor described in the control inputs termination of described output state indicating module;
Described WIFI module and memory module are bi-directionally connected with the corresponding port of described microprocessor respectively;
Described WIFI module is connected with user terminal by wireless exchange board;
Described WIFI module is connected with user terminal through wireless exchange board, router, internet successively;
The corresponding port of described memory module and described microprocessor is bi-directionally connected;
The output of described power-switching circuit connects the power end of described microprocessor, memory module, electrical measurement module, relay circuit, output state indicating module and WIFI module respectively;
Described user terminal is connected with internet by GPRS network, 3G network, 4G network, WiFi, optical fiber or netting twine;
The calculation server of described central platform layer is provided with authentication module, computing module;
The data server of described central platform layer is provided with data memory module;
Described user terminal is provided with Registering modules, binding module, personalized need for electricity arrange module and user terminal front end visualization model;
Described microprocessor is provided with personalized need for electricity Executive Module;
(2) user's registration and checking: user inputs user profile to described Registering modules by the operation interface of described user terminal, described Registering modules communicates with the data memory module of described data server, described user profile is stored in the data memory module of described data server, completing user is registered; Described user profile comprises user's Bank Account Number, user name, user mobile phone number, subscriber mailbox and user login code;
Described Registering modules communicates with the authentication module of described calculation server, carries out the checking of user profile; By the authentication module of described calculation server to described user's Bank Account Number stored in 1 point of, user gives described Registering modules by the operation interface backfill identifying code of described user terminal; If the message information that the identifying code backfilled and user's Bank Account Number in banking system obtain conforms to, then illustrate that user profile is real, user profile is by checking; Otherwise illustrate that user profile is false, user profile is not by checking;
(3) schedulable load is bound: the corresponding user's intelligent cell of each schedulable load; Schedulable load has unique identity information; Described identity information comprises device identification ID, device type, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated circuit; User gives described binding module by the device type of the operation interface of described user terminal input schedulable load, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated circuit, the WIFI module of user's intelligent cell that described binding module is corresponding with described schedulable load communicates simultaneously, obtain the MAC Address of described WIFI module, using the device identification ID of described MAC Address as schedulable load;
Described binding module communicates with the data memory module of described data server, by the device identification ID of described schedulable load, device type, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated line memory to described data memory module, complete the binding of schedulable load;
(4) personalized need for electricity: described personalized need for electricity comprises the electricity consumption initial time of schedulable load, electricity consumption duration, plan service time; User arranges module to described personalized need for electricity by the electricity consumption initial time of the operation interface of described user terminal input schedulable load, electricity consumption duration, plan service time, and described personalized need for electricity arranges module and the electricity consumption initial time of described schedulable load, electricity consumption duration, plan are transferred to described memory module and store service time;
Described microprocessor communicates with described memory module, and when reaching electricity consumption initial time or reach electricity consumption duration or reach plan service time, the personalized need for electricity Executive Module of described microprocessor controls operation or the stopping of schedulable load; The real-time running data of schedulable load stores by described memory module, and by user terminal, the data memory module that the real-time running data of described schedulable load is transferred to described data server is carried out stored record;
(5) visual presentation: user terminal front end visualization model is communicated with the data memory module of data server by the next communication layers, obtains the device identification ID of the schedulable load corresponding to user terminal, device type, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated circuit; Described user terminal is by display screen display schedulable load equipment mark ID, device type, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated line information.
Described user terminal is also provided with user terminal log pattern; The dispatching of power netwoks stage+module of described administration of power networks layer has dispatching of power netwoks platform log pattern and dispatching of power netwoks platform front end visualization model; Described fixing monitor terminal is provided with fixing monitor terminal log pattern and fixing monitor terminal front end visualization model; Described mobile monitoring terminal is provided with mobile monitoring terminal log pattern and mobile monitoring terminal front end visualization model; Described data server is also provided with daily record memory module and log query module;
The daily record of formation terminal scheduling and consistency operation log information after user to user terminal operates, described terminal scheduling daily record is communicated by the data server of the next communication layers with central platform layer with consistency operation log information by described user terminal log pattern; Described terminal scheduling daily record and consistency operation log information are stored in the daily record memory module of described data server;
The daily record of formation dispatching platforms and consistency operation log information after user operates dispatching of power netwoks platform, described dispatching platforms daily record is communicated by the data server of upper communication layers with central platform layer with consistency operation log information by described dispatching of power netwoks platform log pattern; Described dispatching platforms daily record and consistency operation log information are stored in the daily record memory module of described data server;
The daily record of formation monitoring and scheduling and consistency operation log information after user operates fixing monitor terminal, described monitoring and scheduling daily record is communicated by the data server of upper communication layers with central platform layer with consistency operation log information by described fixing monitor terminal log pattern; Described monitoring and scheduling daily record and consistency operation log information are stored in the daily record memory module of described data server;
Formation mobile monitor dispatching log and consistency operation log information after user operates mobile monitoring terminal, described mobile monitor dispatching log is communicated by the data server of upper communication layers with central platform layer with consistency operation log information by described mobile monitoring terminal log pattern; Described mobile monitor dispatching log and consistency operation log information are stored in the daily record memory module of described data server;
The log query module of described data server obtains terminal scheduling daily record and consistency operation log information, dispatching platforms daily record and consistency operation log information, monitoring and scheduling daily record and consistency operation log information, mobile monitor dispatching log and consistency operation log information from daily record memory module;
Described user terminal front end visualization model, dispatching of power netwoks platform front end visualization model, fixing monitor terminal front end visualization model communicate with the log query module of described data server respectively with mobile monitoring terminal front end visualization model, obtain described terminal scheduling daily record and consistency operation log information, dispatching platforms daily record and consistency operation log information, monitoring and scheduling daily record and consistency operation log information, mobile monitor dispatching log and consistency operation log information.
The computing module of described calculation server communicates with the memory module of data server;
The computing module of described calculation server obtains the real-time running data of user's schedulable load from the data memory module of described data server; The real-time running data of described user's schedulable load comprises the power consumption of i-th schedulable load in user power utilization cycle T, user's electricity consumption cycle T
, the quantity M of schedulable load, jth uses the schedulable load power consumption W of generation of electricity by new energy in user's electricity consumption cycle T
nj, use the quantity l of schedulable load of generation of electricity by new energy; The number of times D of power scheduling is participated in user's electricity consumption cycle T; Described computing module calculates user integral data and user's avail data according to the real-time running data of user's schedulable load, and described user integral data and user's avail data are stored in the data memory module of described data server;
(1) computational methods of described user integral data are as follows:
(1-1) an electricity consumption cycle of user is calculated
interior power consumption
, its expression formula is:
；
(1-2) an electricity consumption cycle of user is calculated
interior generation of electricity by new energy power consumption
, its expression formula is:
；
(1-3) new forms of energy accounting is calculated
, its expression formula is:
(1-5) user's current integration is obtained
:
Setting user initial integration is C
0=0; The time block of the data server of described central platform layer, when user power utilization, described time block is by regularly carrying out scores accumulated data and using described integration data as current integration C
n, described is regularly an electricity consumption cycle T, and n was the n-th electricity consumption cycle; Current integration C
nexpression formula is
；
Wherein,
；
…
；
；
(1-6) the final integration of user is calculated
:
Wherein
obtain integration weighted value for new forms of energy use, its span is 0 ~ 0.5;
obtain integration weighted value for participating in power scheduling, its span is 0 ~ 0.5;
for current integration weighted value, its span is 0 ~ 0.5;
(2) computational methods of described user's avail data are as follows:
User's income
by user's fixed income
, user integral income
, user participates in scheduling benefits
with perquisite income
composition, that is:
=
+
+
+
Wherein
(2-1) user's fixed income
be access to reward user the income that this system obtains, this income is fixed value, by artificial initial setting,
span is 0.1 ~ 100
unit;
(2-2) user integral income
computational methods are as follows:
If integrated value that user obtains is
, 3 grades are divided for user integral
,
,
; The span of C1 is 100 ~ 200, C2 span be C1 < C2 < 500, C3 span is C2 < C3 < 1000; With grade
,
,
corresponding income weight is respectively
,
,
, wherein
;
span is 0.1 ~ 0.2,
span is
<
< 1; So user integral profit calculating formula is as follows:
When 0
,
=
*
;
When
,
=
*
;
When
,
=
*
;
(2-3) user participates in scheduling benefits
computing formula is as follows:
Wherein
represent that i-th schedulable load participates in the time span of power scheduling,
represent that i-th schedulable load participates in the performance number of power scheduling, N represents the quantity of the schedulable load participating in power scheduling;
for income coefficient;
(2-4) user's perquisite income
for the mechanism of subsidizing,
span is 0.1 ~ 100
unit;
Described user terminal is also provided with sharing module; The sharing module of described user terminal is communicated with the data memory module of data server by the next communication layers, obtain user integral data and user's avail data, by calling micro-letter development interface or described user integral data and user's avail data are shared with social networks by microblogging development interface.
The user terminal front end visualization model of described user terminal is communicated with the data memory module of data server by the next communication layers, obtain real-time running data and user integral data, user's avail data of user's schedulable load corresponding to user terminal, show described user power utilization curve chart or cake chart by user terminal drawing interface by display screen.
Described authentication module, based on Linux platform, is obtained by sublimetext3 and g++ software programming respectively;
Described computing module, based on Linux platform, is obtained by sublimetext3, mysql and g++ software programming respectively;
Described data memory module, based on Linux platform, is obtained by sublimetext3, mysql and g++ software programming respectively;
Described Registering modules, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming.
Described binding module, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described personalized need for electricity arranges module based on Linux platform, is obtained respectively by sublimetext3 and gcc software programming;
Described user terminal front end visualization model, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described personalized need for electricity Executive Module, based on Linux platform, is obtained by sublimetext3 and gcc software programming respectively;
Described user terminal log pattern, respectively based on Android, Windows, iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described dispatching of power netwoks platform log pattern, based on windows platform, is obtained by visualstudio2013 software programming;
Described dispatching of power netwoks platform front end visualization model formula, based on windows platform, is obtained by visualstudio2013 software programming.
Described fixing monitor terminal log pattern is based on windows platform, is obtained by visualstudio2013 software programming;
Described fixing monitor terminal front end visualization model, based on windows platform, is obtained by visualstudio2013 software programming;
Described mobile monitoring terminal log pattern, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described mobile monitoring terminal front end visualization model, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described daily record memory module, based on Linux platform, is obtained by sublimetext3, g++ and mysql software programming respectively;
Described log query module, based on Linux platform, is obtained by sublimetext3, g++ and mysql software programming respectively.
Described sharing module, respectively based on Android, Windows and iOS platform, is obtained by visualstudio2013, eclipse and Xcode software programming.
Described power-switching circuit comprises fuse FUSE, preposition protection module, AC/DC module and power module; The output OUT of user's power supply connects the respective input of described power module successively through described fuse FUSE, preposition protection module, AC/DC module;
Described relay circuit comprises relay J 1, sustained diode 1, resistance R1-R2, triode Q1 and terminals D
1;
Described terminals D
1connect I/O output port 35 pin of described microprocessor;
Described resistance R1 is connected on base stage and the terminals D of described triode Q1
1between; The grounded emitter of described triode Q1; The collector electrode of described triode Q1 meets the output end vo ut of power module through the coil J1-1 of described relay J 1;
The swing arm end J1-4 of described relay J 1 meets the output OUT of user's power supply; The normally-closed contact J1-2 of described relay J 1 and normally opened contact J1-3 connects the respective input of schedulable load respectively; Described sustained diode 1 is connected in parallel on the coil J1-1 two ends of described relay J 1;
Between the base stage that described resistance R2 is connected on described triode Q1 and emitter;
Described output state indicating module comprises triode Q2, indicator light LED, resistance R3-R5 and terminals D
2;
Described terminals D
2connect I/O output port 36 pin of described microprocessor;
Described resistance R3 is connected on base stage and the terminals D of described triode Q2
2between; Between the collector electrode being connected on described triode Q2 after described resistance R5 and described indicator light LED strip join and the output end vo ut of power module; The grounded emitter of described triode Q2; Between the base stage that described resistance R4 is connected on described triode Q2 and emitter.
The model of described microprocessor is Marvell88MC200; The model of described memory module is Marvell88E1111-RCJ1; The model of described electrical measurement module is CS5463; The model of described voltage transformer is WBPT43B002; The model of described current transformer is WBCT43B402; Described WIFI module is MarvellAvastar88W8782WLANSoCwifi module; The model of described relay J 1 is AFEBPMH-SS-112L; Described user terminal is smart mobile phone or computer; The model of described preposition protection module is FC-L01DV1; The model of described AC/DC module is LS01-15B12SS; The model of described power module is TILM2596-5; Described isolation platform is the information security spacer assembly of State Grid Corporation of China's independent research, and model is SGI-NDS100; The dispatch server that described dispatching of power netwoks platform provides for State Grid Corporation of China, model is HPDL388Gen9E5-2620; The model of described fixing monitor terminal is IBMSystemX3650M3; The model of described mobile monitoring terminal is iOS, Android or WindowsPhone smart mobile phone; The model of described upper fire compartment wall is NGAF-1120; The model of described the next fire compartment wall is NGAF-1120; The model of described calculation server is IBMSystemX3650M3; The model of the described communication server is IBMSystemX3650M3; The model of described data server is IBMSystemX3650M3; The model of described expansion servers is IBMSystemX3650M3.
The invention has the beneficial effects as follows: the present invention can give full play to enthusiasm and the initiative that power consumer participates in " the Internet+schedulable load ", guide power consumer to realize economic, efficient, intelligent power.
Accompanying drawing explanation
Fig. 1 is theory diagram of the present invention (, by GPRS network, 3G network, 4G network or WiFi and internet wireless connections, WIFI module is by wireless exchange board and user terminal wireless connections for user terminal layer).
Fig. 2 is theory diagram of the present invention (by GPRS network, 3G network, 4G network or WiFi and internet wireless connections, WIFI module is connected with user terminal through wireless exchange board, router, internet user terminal layer successively).
Fig. 3 is theory diagram of the present invention (user terminal is connected with internet by optical fiber or netting twine, and WIFI module is by wireless exchange board and user terminal wireless connections).
Fig. 4 is theory diagram of the present invention (user terminal is connected with internet by optical fiber or netting twine, and WIFI module is connected with user terminal through wireless exchange board, router, internet successively).
Fig. 5 is user terminal layer theory diagram (WIFI module is by wireless exchange board and user terminal wireless connections).
Fig. 6 is user terminal layer theory diagram (WIFI module is connected with user terminal through wireless exchange board, router, internet successively).
Fig. 7 is power-switching circuit schematic diagram.
Fig. 8 is relay circuit schematic diagram.
Fig. 9 is output state indicating module circuit theory diagrams.
Embodiment
Below in conjunction with Fig. 1-5 and embodiment, the invention will be further described.
The inventive method comprises the steps: (1) sets up " the Internet+schedulable load " synthesis scheduling system, and it comprises administration of power networks layer, upper communication layers, central platform layer, the next communication layers and user terminal layer;
Described administration of power networks layer comprises isolation platform, dispatching of power netwoks platform, fixing monitor terminal and mobile monitoring terminal; Described dispatching of power netwoks platform and fixing monitor terminal are bi-directionally connected with the corresponding port of described isolation platform respectively; The corresponding port wireless connections of described mobile monitoring terminal and described isolation platform;
Described central platform layer comprises upper fire compartment wall, the next fire compartment wall, calculation server, the communication server, data server and expansion servers; Described upper fire compartment wall is bi-directionally connected with the corresponding port of described calculation server, the communication server, data server and expansion servers respectively; Described the next fire compartment wall is bi-directionally connected with the corresponding port of described calculation server, the communication server, data server and expansion servers respectively; The corresponding port of described calculation server and described data server is bi-directionally connected;
Described upper communication layers comprises order wire; Described order wire is optical fiber or netting twine; Described isolation platform is connected with internet by optical fiber or netting twine; Described upper fire compartment wall is connected with internet by optical fiber or netting twine;
Described the next communication layers comprises wireless network and cable network; Described wireless network is GPRS network, 3G network, 4G network or WiFi; Described finite element network is optical fiber or netting twine; Described the next fire compartment wall is connected with internet by optical fiber or netting twine;
Described user terminal layer comprises user terminal and more than one user's intelligent cell; Described user's intelligent cell comprises microprocessor, memory module, electrical measurement module, voltage transformer, current transformer, relay circuit, output state indicating module, WIFI module and power-switching circuit;
The input of described voltage transformer, current transformer, relay circuit, power-switching circuit meets the output OUT of user's power supply respectively;
The output of described voltage transformer summation current transformer connects the respective input of described electrical measurement module respectively; The respective input of microprocessor described in the output termination of described electrical measurement module;
The corresponding control output end of microprocessor described in the control inputs termination of described relay circuit; The control output end of described relay circuit connects the respective input of schedulable load;
The corresponding control output end of microprocessor described in the control inputs termination of described output state indicating module;
Described WIFI module and memory module are bi-directionally connected with the corresponding port of described microprocessor respectively;
Described WIFI module is connected with user terminal by wireless exchange board;
Described WIFI module is connected with user terminal through wireless exchange board, router, internet successively;
The corresponding port of described memory module and described microprocessor is bi-directionally connected;
The output of described power-switching circuit connects the power end of described microprocessor, memory module, electrical measurement module, relay circuit, output state indicating module and WIFI module respectively;
Described user terminal is connected with internet by GPRS network, 3G network, 4G network, WiFi, optical fiber or netting twine;
The calculation server of described central platform layer is provided with authentication module, computing module;
The data server of described central platform layer is provided with data memory module;
Described user terminal is provided with Registering modules, binding module, personalized need for electricity arrange module and user terminal front end visualization model;
Described microprocessor is provided with personalized need for electricity Executive Module;
(2) user's registration and checking: user inputs user profile to described Registering modules by the operation interface of described user terminal, described Registering modules communicates with the data memory module of described data server, described user profile is stored in the data memory module of described data server, completing user is registered; Described user profile comprises user's Bank Account Number, user name, user mobile phone number, subscriber mailbox and user login code;
Described Registering modules communicates with the authentication module of described calculation server, carries out the checking of user profile; By the authentication module of described calculation server to described user's Bank Account Number stored in 1 point of, user gives described Registering modules by the operation interface backfill identifying code of described user terminal; If the message information that the identifying code backfilled and user's Bank Account Number in banking system obtain conforms to, then illustrate that user profile is real, user profile is by checking; Otherwise illustrate that user profile is false, user profile is not by checking;
(3) schedulable load is bound: the corresponding user's intelligent cell of each schedulable load; Schedulable load has unique identity information; Described identity information comprises device identification ID, device type, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated circuit; User gives described binding module by the device type of the operation interface of described user terminal input schedulable load, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated circuit, the WIFI module of user's intelligent cell that described binding module is corresponding with described schedulable load communicates simultaneously, obtain the MAC Address of described WIFI module, using the device identification ID of described MAC Address as schedulable load;
Described binding module communicates with the data memory module of described data server, by the device identification ID of described schedulable load, device type, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated line memory to described data memory module, complete the binding of schedulable load;
(4) personalized need for electricity: described personalized need for electricity comprises the electricity consumption initial time of schedulable load, electricity consumption duration, plan service time; User arranges module to described personalized need for electricity by the electricity consumption initial time of the operation interface of described user terminal input schedulable load, electricity consumption duration, plan service time, and described personalized need for electricity arranges module and the electricity consumption initial time of described schedulable load, electricity consumption duration, plan are transferred to described memory module and store service time;
Described microprocessor communicates with described memory module, and when reaching electricity consumption initial time or reach electricity consumption duration or reach plan service time, the personalized need for electricity Executive Module of described microprocessor controls operation or the stopping of schedulable load; The real-time running data of schedulable load stores by described memory module, and by user terminal, the data memory module that the real-time running data of described schedulable load is transferred to described data server is carried out stored record;
(5) visual presentation: user terminal front end visualization model is communicated with the data memory module of data server by the next communication layers, obtains the device identification ID of the schedulable load corresponding to user terminal, device type, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated circuit; Described user terminal is by display screen display schedulable load equipment mark ID, device type, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated line information.
Described user terminal is also provided with user terminal log pattern; The dispatching of power netwoks stage+module of described administration of power networks layer has dispatching of power netwoks platform log pattern and dispatching of power netwoks platform front end visualization model; Described fixing monitor terminal is provided with fixing monitor terminal log pattern and fixing monitor terminal front end visualization model; Described mobile monitoring terminal is provided with mobile monitoring terminal log pattern and mobile monitoring terminal front end visualization model; Described data server is also provided with daily record memory module and log query module;
The daily record of formation terminal scheduling and consistency operation log information after user to user terminal operates, described terminal scheduling daily record is communicated by the data server of the next communication layers with central platform layer with consistency operation log information by described user terminal log pattern; Described terminal scheduling daily record and consistency operation log information are stored in the daily record memory module of described data server;
The daily record of formation dispatching platforms and consistency operation log information after user operates dispatching of power netwoks platform, described dispatching platforms daily record is communicated by the data server of upper communication layers with central platform layer with consistency operation log information by described dispatching of power netwoks platform log pattern; Described dispatching platforms daily record and consistency operation log information are stored in the daily record memory module of described data server;
The daily record of formation monitoring and scheduling and consistency operation log information after user operates fixing monitor terminal, described monitoring and scheduling daily record is communicated by the data server of upper communication layers with central platform layer with consistency operation log information by described fixing monitor terminal log pattern; Described monitoring and scheduling daily record and consistency operation log information are stored in the daily record memory module of described data server;
Formation mobile monitor dispatching log and consistency operation log information after user operates mobile monitoring terminal, described mobile monitor dispatching log is communicated by the data server of upper communication layers with central platform layer with consistency operation log information by described mobile monitoring terminal log pattern; Described mobile monitor dispatching log and consistency operation log information are stored in the daily record memory module of described data server;
The log query module of described data server obtains terminal scheduling daily record and consistency operation log information, dispatching platforms daily record and consistency operation log information, monitoring and scheduling daily record and consistency operation log information, mobile monitor dispatching log and consistency operation log information from daily record memory module;
Described user terminal front end visualization model, dispatching of power netwoks platform front end visualization model, fixing monitor terminal front end visualization model communicate with the log query module of described data server respectively with mobile monitoring terminal front end visualization model, obtain described terminal scheduling daily record and consistency operation log information, dispatching platforms daily record and consistency operation log information, monitoring and scheduling daily record and consistency operation log information, mobile monitor dispatching log and consistency operation log information.
The computing module of described calculation server communicates with the memory module of data server;
The computing module of described calculation server obtains the real-time running data of user's schedulable load from the data memory module of described data server; The real-time running data of described user's schedulable load comprises the power consumption of i-th schedulable load in user power utilization cycle T, user's electricity consumption cycle T
, the quantity M of schedulable load, jth uses the schedulable load power consumption W of generation of electricity by new energy in user's electricity consumption cycle T
nj, use the quantity l of schedulable load of generation of electricity by new energy; The number of times D of power scheduling is participated in user's electricity consumption cycle T; Described computing module calculates user integral data and user's avail data according to the real-time running data of user's schedulable load, and described user integral data and user's avail data are stored in the data memory module of described data server;
(1) computational methods of described user integral data are as follows:
(1-1) an electricity consumption cycle of user is calculated
interior power consumption
, its expression formula is:
；
(1-2) an electricity consumption cycle of user is calculated
interior generation of electricity by new energy power consumption
, its expression formula is:
；
(1-3) new forms of energy accounting is calculated
, its expression formula is:
(1-5) user's current integration is obtained
:
Setting user initial integration is C
0=0; The time block of the data server of described central platform layer, when user power utilization, described time block is by regularly carrying out scores accumulated data and using described integration data as current integration C
n, described is regularly an electricity consumption cycle T, and n was the n-th electricity consumption cycle; Current integration C
nexpression formula is
；
Wherein,
；
…
；
；
(1-6) the final integration of user is calculated
:
Wherein
obtain integration weighted value for new forms of energy use, its span is 0 ~ 0.5;
obtain integration weighted value for participating in power scheduling, its span is 0 ~ 0.5;
for current integration weighted value, its span is 0 ~ 0.5;
(2) computational methods of described user's avail data are as follows:
User's income
by user's fixed income
, user integral income
, user participates in scheduling benefits
with perquisite income
composition, that is:
=
+
+
+
Wherein
(2-1) user's fixed income
be access to reward user the income that this system obtains, this income is fixed value, by artificial initial setting,
span is 0.1 ~ 100
unit;
(2-2) user integral income
computational methods are as follows:
If integrated value that user obtains is
, 3 grades are divided for user integral
,
,
; The span of C1 is 100 ~ 200, C2 span be C1 < C2 < 500, C3 span is C2 < C3 < 1000; With grade
,
,
corresponding income weight is respectively
,
,
, wherein
;
span is 0.1 ~ 0.2,
span is
<
< 1; So user integral profit calculating formula is as follows:
When 0
,
=
*
;
When
,
=
*
;
When
,
=
*
;
(2-3) user participates in scheduling benefits
computing formula is as follows:
Wherein
represent that i-th schedulable load participates in the time span of power scheduling,
represent that i-th schedulable load participates in the performance number of power scheduling, N represents the quantity of the schedulable load participating in power scheduling;
for income coefficient;
(2-4) user's perquisite income
for the mechanism of subsidizing,
span is 0.1 ~ 100
unit;
Described user terminal is also provided with sharing module; The sharing module of described user terminal is communicated with the data memory module of data server by the next communication layers, obtain user integral data and user's avail data, by calling micro-letter development interface or described user integral data and user's avail data are shared with social networks by microblogging development interface.
The user terminal front end visualization model of described user terminal is communicated with the data memory module of data server by the next communication layers, obtain real-time running data and user integral data, user's avail data of user's schedulable load corresponding to user terminal, show described user power utilization curve chart or cake chart by user terminal drawing interface by display screen.
Described authentication module, based on Linux platform, is obtained by sublimetext3 and g++ software programming respectively;
Described computing module, based on Linux platform, is obtained by sublimetext3, mysql and g++ software programming respectively;
Described data memory module, based on Linux platform, is obtained by sublimetext3, mysql and g++ software programming respectively;
Described Registering modules, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming.
Described binding module, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described personalized need for electricity arranges module based on Linux platform, is obtained respectively by sublimetext3 and gcc software programming;
Described user terminal front end visualization model, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described personalized need for electricity Executive Module, based on Linux platform, is obtained by sublimetext3 and gcc software programming respectively;
Described user terminal log pattern, respectively based on Android, Windows, iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described dispatching of power netwoks platform log pattern, based on windows platform, is obtained by visualstudio2013 software programming;
Described dispatching of power netwoks platform front end visualization model formula, based on windows platform, is obtained by visualstudio2013 software programming.
Described fixing monitor terminal log pattern is based on windows platform, is obtained by visualstudio2013 software programming;
Described fixing monitor terminal front end visualization model, based on windows platform, is obtained by visualstudio2013 software programming;
Described mobile monitoring terminal log pattern, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described mobile monitoring terminal front end visualization model, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described daily record memory module, based on Linux platform, is obtained by sublimetext3, g++ and mysql software programming respectively;
Described log query module, based on Linux platform, is obtained by sublimetext3, g++ and mysql software programming respectively.
Described sharing module, respectively based on Android, Windows and iOS platform, is obtained by visualstudio2013, eclipse and Xcode software programming.
Described power-switching circuit comprises fuse FUSE, preposition protection module, AC/DC module and power module; The output OUT of user's power supply connects the respective input of described power module successively through described fuse FUSE, preposition protection module, AC/DC module;
Described relay circuit comprises relay J 1, sustained diode 1, resistance R1-R2, triode Q1 and terminals D
1;
Described terminals D
1connect I/O output port 35 pin of described microprocessor;
Described resistance R1 is connected on base stage and the terminals D of described triode Q1
1between; The grounded emitter of described triode Q1; The collector electrode of described triode Q1 meets the output end vo ut of power module through the coil J1-1 of described relay J 1;
The swing arm end J1-4 of described relay J 1 meets the output OUT of user's power supply; The normally-closed contact J1-2 of described relay J 1 and normally opened contact J1-3 connects the respective input of schedulable load respectively; Described sustained diode 1 is connected in parallel on the coil J1-1 two ends of described relay J 1;
Between the base stage that described resistance R2 is connected on described triode Q1 and emitter;
Described output state indicating module comprises triode Q2, indicator light LED, resistance R3-R5 and terminals D
2;
Described terminals D
2connect I/O output port 36 pin of described microprocessor;
Described resistance R3 is connected on base stage and the terminals D of described triode Q2
2between; Between the collector electrode being connected on described triode Q2 after described resistance R5 and described indicator light LED strip join and the output end vo ut of power module; The grounded emitter of described triode Q2; Between the base stage that described resistance R4 is connected on described triode Q2 and emitter.
The model of described microprocessor is Marvell88MC200; The model of described memory module is Marvell88E1111-RCJ1; The model of described electrical measurement module is CS5463; The model of described voltage transformer is WBPT43B002; The model of described current transformer is WBCT43B402; Described WIFI module is MarvellAvastar88W8782WLANSoCwifi module; The model of described relay J 1 is AFEBPMH-SS-112L; Described user terminal is smart mobile phone or computer; The model of described preposition protection module is FC-L01DV1; The model of described AC/DC module is LS01-15B12SS; The model of described power module is TILM2596-5; Described isolation platform is the information security spacer assembly of State Grid Corporation of China's independent research, and model is SGI-NDS100; The dispatch server that described dispatching of power netwoks platform provides for State Grid Corporation of China, model is HPDL388Gen9E5-2620; The model of described fixing monitor terminal is IBMSystemX3650M3; The model of described mobile monitoring terminal is iOS, Android or WindowsPhone smart mobile phone; The model of described upper fire compartment wall is NGAF-1120; The model of described the next fire compartment wall is NGAF-1120; The model of described calculation server is IBMSystemX3650M3; The model of the described communication server is IBMSystemX3650M3; The model of described data server is IBMSystemX3650M3; The model of described expansion servers is IBMSystemX3650M3.
The object of the invention is by inquiring into one " the Internet+schedulable load " user interaction method, and then give full play to enthusiasm and the initiative that power consumer participates in " the Internet+schedulable load ", guide power consumer to realize economic, efficient, intelligent power.
The power consumer electricity consumption interaction that is chosen as of visual terminal provides operative.User can pass through client terminal system, as the various ways such as APP, PCWeb, micro-letter realize " the Internet+schedulable load " user interaction method, other as the functions such as user's registration, terminal binding be all realize based on this operative, in addition along with the development of technology, can add more diversified interactive media, such as, popularizing along with electric automobile, user can by visual terminal, inquire about charging network distribution situation at any time, reservation charging pile use etc.
User has registered the registering functional of terminal use.Each user has unique user authentication ID, and each schedulable load only can bind a user; Should follow certain platform protocol when user registers, this platform protocol defines the right and duty of each main market players of platform: as user's income how to calculate, user's Treatment for Default way, schedulable load network rule etc.; In order to the authenticity of authentication of users, registered user is needed to bind bank card, specific implementation can be: platform provides Bank Account Number to squeeze into 1 point of to user, user backfills identifying code, and then utilize the authenticity of banking system to user to verify, the fail safe of user profile can be ensured again, for the clearing of subsequent user income provide safeguard simultaneously.
Binding schedulable load is to ensure that schedulable load operation can not be conflicted, specify that each schedulable load only can bind a user, each schedulable load has the unique identities of oneself simultaneously, this identity information can record the device id of schedulable load, the information such as affiliated province, the network segment, circuit, rated voltage, rated power, convenient to the classification of schedulable load and the execution of regulating strategy.
Personalized need for electricity is the need for electricity that user sets in advance, is the important reference that regulating strategy performs.User can set the information such as the electricity consumption initial time of a certain concrete schedulable load, electricity consumption duration, facilities plan service time.Such as electric automobile, user only needs the service time setting electric automobile, and system just can, according to backstage regulating strategy, select the suitable charging interval for its charging.
Regulating strategy execution is the response to user individual need for electricity, can under the prerequisite ensureing user power utilization comfort level, and be that optimum regulating strategy is formulated in dispatching of power netwoks, the both sides reaching user side and dispatching of power netwoks side are benefited.
Visual presentation is the core of user interaction.By this visual presentation, user can carry out visual check to the electricity consumption of oneself.Described regulating strategy implementation status inquiry can be inquired about the dispatching log of schedulable load, consistency operation daily record etc., makes interaction mode transparence; The inquiry of user's income can participate in " the Internet+schedulable load " project income detail to user is inquired about, and can excite the enthusiasm of the intelligent power of user, and can accomplish to know what's what to income; Described electricity consumption curve inquiry can make the electricity consumption situation of power consumer to oneself show, and can show with the various ways such as curve chart, cake chart; Visual presentation according to user feedback, can provide more function in addition.
Variation interaction mode is the enthusiasm in order to further excited users participation " the Internet+schedulable load " project, establishes the social atmosphere of Demand-side active response, needs to use " the Internet thinking ", create more diversified user interaction mode.Along with the accumulation of amount of user data, optimum power program can be recommended to user, ensure that user can either by personalized need for electricity, setting individual power program, can carry out selecting different power programs according to system recommendation again; Along with the continuous maturation of electricity market, under the environment of tou power price or Spot Price, according to electricity price data, and user power utilization custom, by intelligent control strategy, for user formulates schedulable load optimal operating scheme to tackle changeable electricity price; Simultaneously along with the accumulation of user power utilization data, by the analysis to a large number of users electricity consumption behavior, extract the common feature of user power utilization behavior, corresponding electricity consumption set meal can be formulated for user; What sharing mechanism can meet user shares demand, by sharing the enthusiasm exciting user to participate in further, and more users can be driven to participate; User can share oneself income gained, the rank of income in customer group; Scoring according to corresponding standards of grading, can be marked to user, and such as user uses the ratio of new forms of energy higher, so can obtain corresponding integration; Or the CO2 discharge capacity of user is fewer, also can obtain corresponding integration; This integration can either improve the grade of user, can obtain corresponding income again, and user can carry out social interaction by sharing mechanism simultaneously.
The above execution mode is only the preferred embodiments of the present invention, and and non-invention possible embodiments exhaustive.For persons skilled in the art, to any apparent change that it is made under the prerequisite not deviating from the principle of the invention and spirit, all should be contemplated as falling with within claims of the present invention.
Claims (10)
1. " the Internet+schedulable load " user interaction method, is characterized in that comprising the steps:
(1) set up " the Internet+schedulable load " synthesis scheduling system, it comprises administration of power networks layer, upper communication layers, central platform layer, the next communication layers and user terminal layer;
Described administration of power networks layer comprises isolation platform, dispatching of power netwoks platform, fixing monitor terminal and mobile monitoring terminal; Described dispatching of power netwoks platform and fixing monitor terminal are bi-directionally connected with the corresponding port of described isolation platform respectively; The corresponding port wireless connections of described mobile monitoring terminal and described isolation platform;
Described central platform layer comprises upper fire compartment wall, the next fire compartment wall, calculation server, the communication server, data server and expansion servers; Described upper fire compartment wall is bi-directionally connected with the corresponding port of described calculation server, the communication server, data server and expansion servers respectively; Described the next fire compartment wall is bi-directionally connected with the corresponding port of described calculation server, the communication server, data server and expansion servers respectively; The corresponding port of described calculation server and described data server is bi-directionally connected;
Described upper communication layers comprises order wire; Described order wire is optical fiber or netting twine; Described isolation platform is connected with internet by optical fiber or netting twine; Described upper fire compartment wall is connected with internet by optical fiber or netting twine;
Described the next communication layers comprises wireless network and cable network; Described wireless network is GPRS network, 3G network, 4G network or WiFi; Described finite element network is optical fiber or netting twine; Described the next fire compartment wall is connected with internet by optical fiber or netting twine;
Described user terminal layer comprises user terminal and more than one user's intelligent cell; Described user's intelligent cell comprises microprocessor, memory module, electrical measurement module, voltage transformer, current transformer, relay circuit, output state indicating module, WIFI module and power-switching circuit;
The input of described voltage transformer, current transformer, relay circuit, power-switching circuit meets the output OUT of user's power supply respectively;
The output of described voltage transformer summation current transformer connects the respective input of described electrical measurement module respectively; The respective input of microprocessor described in the output termination of described electrical measurement module;
The corresponding control output end of microprocessor described in the control inputs termination of described relay circuit; The control output end of described relay circuit connects the respective input of schedulable load;
The corresponding control output end of microprocessor described in the control inputs termination of described output state indicating module;
Described WIFI module and memory module are bi-directionally connected with the corresponding port of described microprocessor respectively;
Described WIFI module is connected with user terminal by wireless exchange board;
Described WIFI module is connected with user terminal through wireless exchange board, router, internet successively;
The corresponding port of described memory module and described microprocessor is bi-directionally connected;
The output of described power-switching circuit connects the power end of described microprocessor, memory module, electrical measurement module, relay circuit, output state indicating module and WIFI module respectively;
Described user terminal is connected with internet by GPRS network, 3G network, 4G network, WiFi, optical fiber or netting twine;
The calculation server of described central platform layer is provided with authentication module, computing module;
The data server of described central platform layer is provided with data memory module;
Described user terminal is provided with Registering modules, binding module, personalized need for electricity arrange module and user terminal front end visualization model;
Described microprocessor is provided with personalized need for electricity Executive Module;
(2) user's registration and checking: user inputs user profile to described Registering modules by the operation interface of described user terminal, described Registering modules communicates with the data memory module of described data server, described user profile is stored in the data memory module of described data server, completing user is registered; Described user profile comprises user's Bank Account Number, user name, user mobile phone number, subscriber mailbox and user login code;
Described Registering modules communicates with the authentication module of described calculation server, carries out the checking of user profile; By the authentication module of described calculation server to described user's Bank Account Number stored in 1 point of, user gives described Registering modules by the operation interface backfill identifying code of described user terminal; If the message information that the identifying code backfilled and user's Bank Account Number in banking system obtain conforms to, then illustrate that user profile is real, user profile is by checking; Otherwise illustrate that user profile is false, user profile is not by checking;
(3) schedulable load is bound: the corresponding user's intelligent cell of each schedulable load; Schedulable load has unique identity information; Described identity information comprises device identification ID, device type, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated circuit; User gives described binding module by the device type of the operation interface of described user terminal input schedulable load, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated circuit, the WIFI module of user's intelligent cell that described binding module is corresponding with described schedulable load communicates simultaneously, obtain the MAC Address of described WIFI module, using the device identification ID of described MAC Address as schedulable load;
Described binding module communicates with the data memory module of described data server, by the device identification ID of described schedulable load, device type, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated line memory to described data memory module, complete the binding of schedulable load;
(4) personalized need for electricity: described personalized need for electricity comprises the electricity consumption initial time of schedulable load, electricity consumption duration, plan service time; User arranges module to described personalized need for electricity by the electricity consumption initial time of the operation interface of described user terminal input schedulable load, electricity consumption duration, plan service time, and described personalized need for electricity arranges module and the electricity consumption initial time of described schedulable load, electricity consumption duration, plan are transferred to described memory module and store service time;
Described microprocessor communicates with described memory module, and when reaching electricity consumption initial time or reach electricity consumption duration or reach plan service time, the personalized need for electricity Executive Module of described microprocessor controls operation or the stopping of schedulable load; The real-time running data of schedulable load stores by described memory module, and by user terminal, the data memory module that the real-time running data of described schedulable load is transferred to described data server is carried out stored record;
(5) visual presentation: user terminal front end visualization model is communicated with the data memory module of data server by the next communication layers, obtains the device identification ID of the schedulable load corresponding to user terminal, device type, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated circuit; Described user terminal is by display screen display schedulable load equipment mark ID, device type, rated power, rated voltage, rated current, affiliated province, affiliated city, affiliated district, the affiliated network segment and affiliated line information.
2. one according to claim 1 " the Internet+schedulable load " user interaction method, is characterized in that: described user terminal is also provided with user terminal log pattern; The dispatching of power netwoks stage+module of described administration of power networks layer has dispatching of power netwoks platform log pattern and dispatching of power netwoks platform front end visualization model; Described fixing monitor terminal is provided with fixing monitor terminal log pattern and fixing monitor terminal front end visualization model; Described mobile monitoring terminal is provided with mobile monitoring terminal log pattern and mobile monitoring terminal front end visualization model; Described data server is also provided with daily record memory module and log query module;
The daily record of formation terminal scheduling and consistency operation log information after user to user terminal operates, described terminal scheduling daily record is communicated by the data server of the next communication layers with central platform layer with consistency operation log information by described user terminal log pattern; Described terminal scheduling daily record and consistency operation log information are stored in the daily record memory module of described data server;
The daily record of formation dispatching platforms and consistency operation log information after user operates dispatching of power netwoks platform, described dispatching platforms daily record is communicated by the data server of upper communication layers with central platform layer with consistency operation log information by described dispatching of power netwoks platform log pattern; Described dispatching platforms daily record and consistency operation log information are stored in the daily record memory module of described data server;
The daily record of formation monitoring and scheduling and consistency operation log information after user operates fixing monitor terminal, described monitoring and scheduling daily record is communicated by the data server of upper communication layers with central platform layer with consistency operation log information by described fixing monitor terminal log pattern; Described monitoring and scheduling daily record and consistency operation log information are stored in the daily record memory module of described data server;
Formation mobile monitor dispatching log and consistency operation log information after user operates mobile monitoring terminal, described mobile monitor dispatching log is communicated by the data server of upper communication layers with central platform layer with consistency operation log information by described mobile monitoring terminal log pattern; Described mobile monitor dispatching log and consistency operation log information are stored in the daily record memory module of described data server;
The log query module of described data server obtains terminal scheduling daily record and consistency operation log information, dispatching platforms daily record and consistency operation log information, monitoring and scheduling daily record and consistency operation log information, mobile monitor dispatching log and consistency operation log information from daily record memory module;
Described user terminal front end visualization model, dispatching of power netwoks platform front end visualization model, fixing monitor terminal front end visualization model communicate with the log query module of described data server respectively with mobile monitoring terminal front end visualization model, obtain described terminal scheduling daily record and consistency operation log information, dispatching platforms daily record and consistency operation log information, monitoring and scheduling daily record and consistency operation log information, mobile monitor dispatching log and consistency operation log information.
3. one according to claim 1 " the Internet+schedulable load " user interaction method, is characterized in that: the computing module of described calculation server communicates with the memory module of data server;
The computing module of described calculation server obtains the real-time running data of user's schedulable load from the data memory module of described data server; The real-time running data of described user's schedulable load comprises the power consumption of i-th schedulable load in user power utilization cycle T, user's electricity consumption cycle T
, the quantity M of schedulable load, jth uses the schedulable load power consumption W of generation of electricity by new energy in user's electricity consumption cycle T
nj, use the quantity l of schedulable load of generation of electricity by new energy; The number of times D of power scheduling is participated in user's electricity consumption cycle T; Described computing module calculates user integral data and user's avail data according to the real-time running data of user's schedulable load, and described user integral data and user's avail data are stored in the data memory module of described data server;
(1) computational methods of described user integral data are as follows:
(1-1) an electricity consumption cycle of user is calculated
interior power consumption
, its expression formula is:
；
(1-2) an electricity consumption cycle of user is calculated
interior generation of electricity by new energy power consumption
, its expression formula is:
；
(1-3) new forms of energy accounting is calculated
, its expression formula is:
(1-5) user's current integration is obtained
:
Setting user initial integration is C
0=0; The time block of the data server of described central platform layer, when user power utilization, described time block is by regularly carrying out scores accumulated data and using described integration data as current integration C
n, described is regularly an electricity consumption cycle T, and n was the n-th electricity consumption cycle; Current integration C
nexpression formula is
；
Wherein,
；
…
；
；
(1-6) the final integration of user is calculated
:
Wherein
obtain integration weighted value for new forms of energy use, its span is 0 ~ 0.5;
obtain integration weighted value for participating in power scheduling, its span is 0 ~ 0.5;
for current integration weighted value, its span is 0 ~ 0.5;
(2) computational methods of described user's avail data are as follows:
User's income
by user's fixed income
, user integral income
, user participates in scheduling benefits
with perquisite income
composition, that is:
=
+
+
+
Wherein
(2-1) user's fixed income
be access to reward user the income that this system obtains, this income is fixed value, by artificial initial setting,
span is 0.1 ~ 100
unit;
(2-2) user integral income
computational methods are as follows:
If integrated value that user obtains is
, 3 grades are divided for user integral
,
,
; The span of C1 is 100 ~ 200, C2 span be C1 < C2 < 500, C3 span is C2 < C3 < 1000; With grade
,
,
corresponding income weight is respectively
,
,
, wherein
;
span is 0.1 ~ 0.2,
span is
<
< 1; So user integral profit calculating formula is as follows:
When 0
,
=
*
;
When
,
=
*
;
When
,
=
*
;
(2-3) user participates in scheduling benefits
computing formula is as follows:
Wherein
represent that i-th schedulable load participates in the time span of power scheduling,
represent that i-th schedulable load participates in the performance number of power scheduling, N represents the quantity of the schedulable load participating in power scheduling;
for income coefficient;
(2-4) user's perquisite income
for the mechanism of subsidizing,
span is 0.1 ~ 100
unit;
One according to claim 3 " the Internet+schedulable load " user interaction method, is characterized in that: described user terminal is also provided with sharing module; The sharing module of described user terminal is communicated with the data memory module of data server by the next communication layers, obtain user integral data and user's avail data, by calling micro-letter development interface or described user integral data and user's avail data are shared with social networks by microblogging development interface.
4. one according to claim 3 " the Internet+schedulable load " user interaction method, it is characterized in that: the user terminal front end visualization model of described user terminal is communicated with the data memory module of data server by the next communication layers, obtain real-time running data and user integral data, user's avail data of user's schedulable load corresponding to user terminal, show described user power utilization curve chart or cake chart by user terminal drawing interface by display screen.
5. one according to claim 2 " the Internet+schedulable load " user interaction method, is characterized in that:
Described authentication module, based on Linux platform, is obtained by sublimetext3 and g++ software programming respectively;
Described computing module, based on Linux platform, is obtained by sublimetext3, mysql and g++ software programming respectively;
Described data memory module, based on Linux platform, is obtained by sublimetext3, mysql and g++ software programming respectively;
Described Registering modules, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming.
6. binding module described in, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described personalized need for electricity arranges module based on Linux platform, is obtained respectively by sublimetext3 and gcc software programming;
Described user terminal front end visualization model, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described personalized need for electricity Executive Module, based on Linux platform, is obtained by sublimetext3 and gcc software programming respectively;
Described user terminal log pattern, respectively based on Android, Windows, iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described dispatching of power netwoks platform log pattern, based on windows platform, is obtained by visualstudio2013 software programming;
Described dispatching of power netwoks platform front end visualization model formula, based on windows platform, is obtained by visualstudio2013 software programming.
7. fixing monitor terminal log pattern described in is based on windows platform, is obtained by visualstudio2013 software programming;
Described fixing monitor terminal front end visualization model, based on windows platform, is obtained by visualstudio2013 software programming;
Described mobile monitoring terminal log pattern, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described mobile monitoring terminal front end visualization model, respectively based on Android, Windows and iOS platform, is obtained by eclipse, visualstudio2013 and Xcode software programming;
Described daily record memory module, based on Linux platform, is obtained by sublimetext3, g++ and mysql software programming respectively;
Described log query module, based on Linux platform, is obtained by sublimetext3, g++ and mysql software programming respectively.
8. one according to claim 4 " the Internet+schedulable load " user interaction method, it is characterized in that: described sharing module, respectively based on Android, Windows and iOS platform, is obtained by visualstudio2013, eclipse and Xcode software programming.
9. one according to claim 1 " the Internet+schedulable load " user interaction method, is characterized in that: described power-switching circuit comprises fuse FUSE, preposition protection module, AC/DC module and power module; The output OUT of user's power supply connects the respective input of described power module successively through described fuse FUSE, preposition protection module, AC/DC module;
Described relay circuit comprises relay J 1, sustained diode 1, resistance R1-R2, triode Q1 and terminals D
1;
Described terminals D
1connect I/O output port 35 pin of described microprocessor;
Described resistance R1 is connected on base stage and the terminals D of described triode Q1
1between; The grounded emitter of described triode Q1; The collector electrode of described triode Q1 meets the output end vo ut of power module through the coil J1-1 of described relay J 1;
The swing arm end J1-4 of described relay J 1 meets the output OUT of user's power supply; The normally-closed contact J1-2 of described relay J 1 and normally opened contact J1-3 connects the respective input of schedulable load respectively; Described sustained diode 1 is connected in parallel on the coil J1-1 two ends of described relay J 1;
Between the base stage that described resistance R2 is connected on described triode Q1 and emitter;
Described output state indicating module comprises triode Q2, indicator light LED, resistance R3-R5 and terminals D
2;
Described terminals D
2connect I/O output port 36 pin of described microprocessor;
Described resistance R3 is connected on base stage and the terminals D of described triode Q2
2between; Between the collector electrode being connected on described triode Q2 after described resistance R5 and described indicator light LED strip join and the output end vo ut of power module; The grounded emitter of described triode Q2; Between the base stage that described resistance R4 is connected on described triode Q2 and emitter.
10. one according to claim 1 " the Internet+schedulable load " user interaction method, is characterized in that: the model of described microprocessor is Marvell88MC200; The model of described memory module is Marvell88E1111-RCJ1; The model of described electrical measurement module is CS5463; The model of described voltage transformer is WBPT43B002; The model of described current transformer is WBCT43B402; Described WIFI module is MarvellAvastar88W8782WLANSoCwifi module; The model of described relay J 1 is AFEBPMH-SS-112L; Described user terminal is smart mobile phone or computer; The model of described preposition protection module is FC-L01DV1; The model of described AC/DC module is LS01-15B12SS; The model of described power module is TILM2596-5; Described isolation platform is the information security spacer assembly of State Grid Corporation of China's independent research, and model is SGI-NDS100; The dispatch server that described dispatching of power netwoks platform provides for State Grid Corporation of China, model is HPDL388Gen9E5-2620; The model of described fixing monitor terminal is IBMSystemX3650M3; The model of described mobile monitoring terminal is iOS, Android or WindowsPhone smart mobile phone; The model of described upper fire compartment wall is NGAF-1120; The model of described the next fire compartment wall is NGAF-1120; The model of described calculation server is IBMSystemX3650M3; The model of the described communication server is IBMSystemX3650M3; The model of described data server is IBMSystemX3650M3; The model of described expansion servers is IBMSystemX3650M3.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106412057A (en) * | 2016-09-28 | 2017-02-15 | 中国电力科学研究院 | Energy internet social information system |
| CN106549374A (en) * | 2016-11-14 | 2017-03-29 | 中国电力科学研究院 | A kind of customer group burdened resource reserving method and system based on multi-agent technology |
| CN108054750A (en) * | 2017-12-08 | 2018-05-18 | 西南大学 | The peak load regulation network control system and method for a kind of meter and summer air conditioning load difference characteristic |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102306954B (en) * | 2011-07-13 | 2013-07-31 | 广东电网公司电力科学研究院 | Intelligent power consumption information interactive management system |
| CN102403794A (en) * | 2011-09-26 | 2012-04-04 | 国网信息通信有限公司 | Integrated management system of intelligent power grid |
| CN102693515A (en) * | 2012-06-12 | 2012-09-26 | 上海市电力公司 | CPS (control of performance standard) management system for power grid |
| CN103257636B (en) * | 2013-04-11 | 2016-01-20 | 国家电网公司 | A kind of net lotus interaction multi-dimensional operation system based on intelligent grid |
-
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106412057A (en) * | 2016-09-28 | 2017-02-15 | 中国电力科学研究院 | Energy internet social information system |
| CN106549374A (en) * | 2016-11-14 | 2017-03-29 | 中国电力科学研究院 | A kind of customer group burdened resource reserving method and system based on multi-agent technology |
| CN108054750A (en) * | 2017-12-08 | 2018-05-18 | 西南大学 | The peak load regulation network control system and method for a kind of meter and summer air conditioning load difference characteristic |
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