CN103197612B - Zero distance Intelligent electricity utilization management system - Google Patents
Zero distance Intelligent electricity utilization management system Download PDFInfo
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- CN103197612B CN103197612B CN201210004018.XA CN201210004018A CN103197612B CN 103197612 B CN103197612 B CN 103197612B CN 201210004018 A CN201210004018 A CN 201210004018A CN 103197612 B CN103197612 B CN 103197612B
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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
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Abstract
The application relates to a kind of zero distance Intelligent electricity utilization management system, including: power information harvester, gather the power information of electrical equipment；Power information is analyzed and electric equipment control device, analyzes power information, sends control signal to each power information harvester and controls the power on/off of electrical equipment；Control device, sends analytical data and/or power information to Intelligent electricity consumption management terminal, also receives control signal and to control each power information harvester, electrical equipment is operated；Intelligent electricity consumption management terminal and main website two-way communication, collection is copied ammeter information and is sent main website to and receive main website order to control electric energy meter power-off or energising；Analytical data and/or power information and ammeter information are regularly sent to data analysis module and carry out data analysis by main website；Storage device, stores data results；Network Services Center, receives data results and provides socket to access for user.Present invention achieves user side interactive with feeder ear " zero distance ".
Description
Technical field
The application relates to power system, particularly relates to a kind of Intelligent electricity utilization management system.
Background technology
At present, the management of power use pattern great majority of China adopt labor management, and original manual metering exists various problem, as data are unreliable, and poor real, it does not have continuity etc..For electric administrative department, it is impossible to the real-time electricity consumption data grasping each family and the change of energy consumption load thereof, also just cannot adjust timely, make corresponding management system.For a user, it is impossible to know the power information of each electrical equipment in family and the management system of electric administrative department formulation in time, more cannot distribute electrical equipment in family rationally, to reach to save the purpose of power consumption and the electricity charge.
Along with electric power enterprise client's total amount constantly increases, delivery sustainable growth, client is also more and more higher to the requirement of power supply enterprise's service quality.How to keep good communication with Electricity customers, it is ensured that one of important goal being increasingly becoming electrical power services efficient, unimpeded of communication channels.
Traditional electric charge collection, stop telegram in reply management mode and do not caught up with the demand of social development, originally urge expense, to stop telegram in reply mode drawback more and more obvious: except personnel are numerous and diverse, cost is high, efficiency low except, be also inevitably present problems with: the expense data of urging are not real-time；Arrearage outage information disconnects with customer service, it is impossible to effective grasp client's arrearage outage information；The arrearage of user can not be carried out effective monitoring by management personnel；Artificial mistake causes management mistaken ideas, also brings very big inconvenience to client, reduces good service quality etc..Obviously, above-mentioned drawback makes manually to urge expense, arrearage to stop telegram in reply management mode and does not adapt to the reform of electric power structure, directly affects good service work.
Along with development and the arrival in global economic integration epoch of market economy, it is increasing with the effect in commercial operation that Electric Power Marketing Management is operated under market economic system.The purpose of power marketing modernization construction is exactly use modernization technological means, holds the market demand accurately and in time, provides for power customer and services easily and efficiently, it is achieved power marketing intensive management, distributes electric power resource rationally, create maximum economic benefit.Lack a solution at present and in the face of the keen competition of the development of market economy and other energy, various problems listed above can be solved.
Summary of the invention
Brief overview about the present invention given below, in order to the basic comprehension about certain aspects of the invention is provided.Should be appreciated that this general introduction is not that the exhaustive about the present invention is summarized.It is not intended to determine the key of the present invention or pith, and nor is it intended to limit the scope of the present invention.It is only intended to and provides some concept in simplified form, in this, as the preamble in greater detail discussed after a while.
One main purpose of the present invention be in that to provide a kind of can optimize user and power supply management department interaction mode, realize reasonable electric power distribution and can the zero distance Intelligent electricity utilization management system of the various network of effective integration.
For achieving the above object, the invention provides a kind of zero distance Intelligent electricity utilization management system, including multiple power information harvesters, power information analysis and electric equipment control device, control device, Intelligent electricity consumption management terminal, main website, data analysis module, storage device and Network Services Center；
One end of each power information harvester is used for grafting socket, the other end is used for grafting the first electrical equipment, socket is that the first electrical equipment is powered by corresponding power information harvester, and each power information harvester is for gathering the power information of the first electrical equipment of correspondence and the information of collection being sent to power information analysis and electric equipment control device and control device；
Power information analysis and electric equipment control device are for being analyzed the power information of power information harvester collection, and analytical data is sent to control device；Power information analysis and electric equipment control device are additionally operable to send the first control signal to each power information harvester, so that each power information harvester controls the power on/off of the first corresponding electrical equipment；
Control device sends to Intelligent electricity consumption management terminal for the analytical data that will receive and/or power information, is additionally operable to receive the second control signal, and the second control signal is for being operated each first electrical equipment；
Intelligent electricity consumption management terminal is used for and main website two-way communication, it is additionally operable to collect the ammeter information copying multiple electric energy meter send main website to and receive the order that has a power failure that main website sends to control the electric energy meter power-off of correspondence, or receives the power on command that main website sends and control corresponding electric energy meter power-on；
Main website is for from Intelligent electricity consumption management terminal receiving and analyzing data and/or power information and ammeter information and regularly send the data received to data analysis module；It is additionally operable to send information to Intelligent electricity consumption management terminal and/or control device；
Data analysis module is for carrying out data analysis to the data received；
Storage device is for storing the data results of data analysis module, and in storage device, storage has various historical data to call for data analysis module；
Network Services Center is for receiving data results from data analysis module and providing socket to access for user.
Further, each power information harvester, power information analysis and electric equipment control device and control device are arranged in subscriber household, Intelligent electricity consumption management terminal is arranged on open air, main website is arranged on power supply local side, data analysis module and storage device are located at power supply local side or network service end, and Network Services Center is the site for service of electric power system.
Further, Intelligent electricity consumption management terminal is by Ethernet, CATV net, telecommunications network, information service network, wireless network or power network and main website two-way communication.
Further, Intelligent electricity consumption management terminal receives, by catv network, the electricity charge charging information that the DTV in subscriber household transmits, and the electricity charge charging information received is sent to main website by catv network, the electricity charge charging information received is sent to Network Services Center, storage device and data analysis module by main website.
Further, Intelligent electricity consumption management terminal includes collection and copies module, and for gathering the ammeter information of each described electric energy meter, the ammeter information received is sent to data analysis module, memory module and Network Services Center by main website.
Further, Intelligent electricity consumption management terminal includes controlling module, is used for the order that has a power failure receiving the transmission of described main website to control the electric energy meter power-off of correspondence, or the power on command of reception main website transmission is to control the electric energy meter power-on of correspondence.
Main website sends displaying information on screen by catv network to the digital television in subscriber household.
Further, being provided with programmable logic controller (PLC) in control device, programmable logic controller (PLC) is connected with Intelligent electricity consumption management terminal by the electric lines of force registered one's residence.
Further, zero distance Intelligent electricity utilization management system also includes controlling transponder, for receiving the second control signal from control device, and from radiofrequency signal, the second control signal is converted to infrared signal, so that the first electrical equipment to be operated accordingly.
Further, control device is additionally operable to receive the 3rd control signal by network, after control device receives the 3rd control signal, send RF control signal to the radio-frequency (RF) switch of the second electrical equipment in subscriber household, so that the second electrical equipment to be operated accordingly.
The present invention has the following technical effect that
1, the present invention can the power information of various electrical equipments in Real-time Collection subscriber household, for a user, can be appreciated that the power consumption condition of different electrical equipment, in conjunction with the access to Network Services Center, reasonable distribution household electricity, improve electricity consumption behavioural habits, reach the purpose of energy-saving and emission-reduction, reach to save money, power saving, safety purpose；And the information of each user can be concentrated to power supply administration, for power supply department, the power information of user side can be gathered by main website and carry out data analysis by data analysis module, macroscopic view can grasp power consumption situation, effective management policy can be made and passed on to user by Network Services Center, it is achieved that the electrical management of science.
2, the main website of the Intelligent electricity consumption management terminal of the present invention and power supply local side can carry out bidirectional data transfers by multiple network such as Ethernet, CATV net, telecommunications network, information service network, wireless network or power network, when applying catv network, catv network broad covered area, stable feature can be made full use of；Network Services Center can issue management of power use policy, electricity price information, Query Result, arrearage/payment information etc. by the Internet, CATV net, telecommunications network, mobile communication net, wireless network, 3G net, GPRS communication network etc. to user；Make between power supply administration and user, to realize communication accessible, seamless, make power supply administration more convenient with the communication of user, faster, it is achieved that user side is interactive with " zero distance " of feeder ear.
3, the present invention can merge existing Ethernet, CATV net, telecommunications network, information service network, wireless network, mobile communication net, 3G net, GPRS communication network, power network etc., user can the state of, monitor in real time household electricity equipment interactive with power supply department by the mode of multi-internet integration being remotely controlled, and need not again lay network.User realizes the local control to electrical equipment also by operation power information analysis and electric equipment control device.
4, feeder ear main website of the present invention can pass through Broadcasting Cable Network and send osd information to the DTV of user, the information such as policy, electricity price, Query Result, notice can be passed in time, easily to user, take full advantage of existing Broadcasting Cable Network resource, without again laying network, and have have a very wide distribution, reliable and stable feature.
5, the zero distance Intelligent electricity utilization management system of the present invention can realize the collection of the ammeter information to outside electric energy meter, while realizing the function of tradition ammeter, extend the function remotely uploading ammeter information to main website, the ammeter information of reception can be sent to data analysis module by main website, storage device and Network Services Center, data analysis module is in combinations with other information, ammeter information is analyzed by the payment information such as user, and send power failure or power on command to Intelligent electricity consumption management terminal according to analyzing result, achieve the far stopping and sending of power supply, avoid the various drawbacks adopting labor management to bring.
Accompanying drawing explanation
Below with reference to the accompanying drawings illustrate embodiments of the invention, the above and other objects, features and advantages of the present invention can be more readily understood that.Parts in accompanying drawing are intended merely to and illustrate principles of the invention.In the accompanying drawings, same or similar technical characteristic or parts will adopt same or similar accompanying drawing labelling to represent.
Fig. 1 is the block diagram of a kind of embodiment of zero distance Intelligent electricity utilization management system of the present invention.
Fig. 2 is the block diagram of the another embodiment of zero distance Intelligent electricity utilization management system of the present invention.
Fig. 3 is the block diagram of the power information harvester in Fig. 1.
Detailed description of the invention
Embodiments of the invention are described with reference to the accompanying drawings.Can combine with the element shown in one or more other accompanying drawing or embodiment and feature at the element described in the accompanying drawing of the present invention or a kind of embodiment and feature.It should be noted that, for purposes of clarity, accompanying drawing and eliminate expression and the description of unrelated to the invention, parts known to persons of ordinary skill in the art and process in illustrating.
With reference to Fig. 1 and Fig. 2, the invention provides a kind of zero distance Intelligent electricity utilization management system, including multiple power information harvesters 10, power information analysis and electric equipment control device 20, control device 30, Intelligent electricity consumption management terminal 40, main website 80, data analysis module 90, storage device 100 and Network Services Center 110.
Each power information harvester 10, power information analysis and electric equipment control device 20 and control device 30 may be provided in subscriber household, Intelligent electricity consumption management terminal 40 may be provided at open air, such as community, community, street etc., main website 80 may be provided at power supply local side, data analysis module 90 and storage device 100 can be located at power supply local side or network service end, Network Services Center 110 can be the site for service of electric power system, such as 95598 websites.
One end of each power information harvester 10 is used for grafting socket, and the other end is used for grafting the first electrical equipment.Socket in subscriber household is that the first electrical equipment is powered by corresponding power information harvester 10.Each power information harvester 10 is for gathering the power information of the first electrical equipment and the information of collection being sent to power information analysis and electric equipment control device 20.Each power information harvester 10 is additionally operable to send to control device 30 power information gathered.The power information that each power information harvester 10 gathers can include electric current, voltage, power, electricity etc..First electrical equipment can be the equipment that TV, air-conditioning, DVD etc. can be powered by socket.
Power information analysis and electric equipment control device 20 are analyzed for the power information that power information harvester 10 is gathered, and analytical data is sent to control device 30.Power information analysis and electric equipment control device 20 are additionally operable to send the first control signal to each power information harvester 10, so that each power information harvester 10 controls the power on/off of the first electrical equipment.
Control device 30 is connected to Intelligent electricity consumption management terminal 40, sends to Intelligent electricity consumption management terminal 40 for the analytical data that will receive and/or power information.
Control device 30 is provided with various wired network interface and various radio network interface, control device 30 is additionally operable to receive the second control signal, and this second control signal for being operated (such as closing television, switching TV channel, opening DVD, unlatching air-conditioning, adjustment air conditioning mode or temperature etc.) to each first electrical equipment；Control device 30 can receive the second control signal by network, this network can be household internal LAN or wide area network, and user can use the network terminal (as being connected to home router or the PC of wide area network, ipad, smart mobile phone etc.) to access control device 30 to send the second control signal to control device 30.
Intelligent electricity consumption management terminal 40 is used for and main website 80 two-way communication, it is additionally operable to collect the ammeter information copying multiple electric energy meter send main website to and receive the order that has a power failure that main website sends to control the electric energy meter power-off of correspondence, or receives the power on command that main website sends and control corresponding electric energy meter power-on.Intelligent electricity consumption management terminal 40 can pass through Ethernet, CATV net, telecommunications network, information service network, wireless network or power network and main website 80 two-way communication, sends the analytical data received and/or power information to main website 80.
Main website 80 is for from Intelligent electricity consumption management terminal 40 receiving and analyzing data and/or power information and ammeter information, and regularly sends the data received to data analysis module 90.
The various data of its reception are analyzed by data analysis module 90, for instance, except above-mentioned analytical data and/or power information and ammeter information are analyzed, also the payment information of user, electricity price information, user identity and geography information can be analyzed.Power supply management department can carry out power monitoring on a macro scale or formulate electrical management system according to data results.The data that a certain region or city are uploaded can be analyzed by data analysis module 90, so that power supply department grasps the electricity consumption situation in this region or city comprehensively, and make effective electrovalence policy, electric power distribution policy according to the result analyzed, reach the purpose saved electric power resource, guide whole people's scientific utilization of electricity.
Storage device 100 is for storing the data results of data analysis module 90.In storage device 100, storage has various historical data, calls for data analysis module 90.
Network Services Center 110 is for receiving data results from data analysis module 90 and providing socket to access for user.Alternatively, Network Services Center 110 includes information issuing interface, for being released news by the Internet, CATV net, telecommunications network, mobile communication net, wireless network, 3G net, GPRS communication network etc., such as management of power use policy, electricity price information, Query Result, arrearage/payment information etc..
Further, main website 80 can send OSD(On-ScreenDisplay by catv network to the digital television in subscriber household according to corresponding geocoding, and screen shows) information.This osd information can be that corresponding electrovalence policy, outlet's distribution, premium notice, energy consumption efficiency, power information for user analyze result etc..Power supply administration can pass through Network Services Center 110 and issue osd information to main website 80.
User can be analyzed by described power information and electric equipment control device 20 checks that the electric power of collection is believed and/or analytical data, or access control device 30 by network and check electric power letter and/or analytical data, and combine the osd information accessing or receiving to Network Services Center, as electrovalence policy, energy consumption efficiency etc. adjust electricity consumption strategy, avoid peak of power consumption, reach to save money, power saving, safety purpose.
Further, Intelligent electricity consumption management terminal 40 receives, by catv network, the electricity charge charging information that the DTV in subscriber household transmits, and the electricity charge charging information received is sent to main website 80, the electricity charge charging information of user is sent to Network Services Center 110(such as 95598 website by main website 80) carry out issuing and send to storage device 100 and storing, also sending extremely/data analysis module 90 to be analyzed, the various data results of data analysis module 90 can send to storage device 100 and Network Services Center 110.Therefore, user can pass through home television set electricity payment.
Further, each power information harvester 10 and power information analysis and electric equipment control device 20 and control device 30 carry out two-way communication by radio frequency transmission mode.Power information analysis and electric equipment control device 20 and control device 30 carry out two-way communication by radio frequency transmission mode.
Further, control device 30 is provided with PLC(ProgrammableLogicController, programmable logic controller (PLC)) it is connected with Intelligent electricity consumption management terminal 40 by the electric lines of force registered one's residence, it is used for performing the transmission of various information and control instruction.
Further, Intelligent electricity consumption management terminal 40 includes collection and copies module, for gathering the ammeter information of each electric energy meter and sending the information gathered to main website 80, the ammeter information received is sent to data analysis module 90, storage device 100 and Network Services Center 110 by main website 80.Collection is copied module and also the ammeter information of collection is sent to control device 30.User can pass through network and access the ammeter information that control device 30 checks that collection is copied.The ammeter information in one region or city can be analyzed and transmit analysis result to Network Services Center 110 by data analysis module 90, and Network Services Center 110 can pass through the issue of its issuing interface and collect the ammeter information copied and the result to its analysis.
Further, Intelligent electricity consumption management terminal 40 includes controlling module, is used for the order that has a power failure receiving main website 80 transmission to control the electric energy meter power-off of correspondence, or the power on command of reception main website 80 transmission is to control the electric energy meter power-on of correspondence.The order that has a power failure can be passed through Network Services Center 110 with power on command and send to main website 80, and data analysis module 90 can be analyzed according to the ammeter information that the payment information of user and collection are copied, and Network Services Center 110 can carry out far stopping and sending according to analyzing result.
Further, the zero distance Intelligent electricity utilization management system of the present invention also includes controlling transponder 50, for receiving above-mentioned second control signal from control device 30, and the second control signal is converted to infrared signal from radiofrequency signal, so that the first electrical equipment to be operated.
Further, controlling transponder 50 and include signal conversion module 51 and remote control coding study module 52, signal conversion module 51 is for carrying out the conversion between radiofrequency signal and infrared signal.Remote control coding study module 52 is for encode from the remote control remote keying of the first electrical equipment after receiving, by control device 30, the study instruction that user sends, and is sent after signal conversion module 51 carries out signal conversion by the remote keying coding of reception to control device 30 and/or power information analysis and electric equipment control device 20 and store.Control device 30 and/or power information analysis and electric equipment control device 20 store the first electrical equipment remote keying coding after can by control transponder 50 first electrical equipment is operated accordingly.
Can select to arrange the position controlling transponder 50 according to the position of each first electrical equipment.Owing to ultrared transmitting is light beam, do not disperse, so using the infrared receiver place that infrared transmitting tube need to be directed at during normal remote control household electrical appliances, the control transponder 50 of the present invention may be designed as spherical, to realize the infrared communication between multiple first electrical equipment.
Further, control device 30 is additionally operable to receive the 3rd control signal by network, and so that the second electrical equipment to be operated, this second electrical equipment can be intelligent curtain, intelligent electric lamp etc..Specifically, after control device 30 receives the 3rd control signal, RF control signal can be sent to the radio-frequency (RF) switch of the second electrical equipment, so that the second electrical equipment to be operated accordingly, such as, curtain controller is made to pull open intelligent curtain, close the radio-frequency (RF) switch etc. of intelligent electric lamp.Control device 30 can realize remotely controlling the second electrical equipment.
Further, control device 30 also includes radio-frequency match module 31, for being received the matching instruction of user by network or power information analysis and electric equipment control device 20 to carry out radio-frequency match with the second electrical equipment, thus realizing the control of the second electrical equipment is operated.Such as, the radio frequency encoding of the radio-frequency (RF) switch of recognizable second electrical equipment of radio-frequency match module 31 or rf frequency are to carry out radio-frequency match with the second electrical equipment.
Further, power information analysis and electric equipment control device 20 can be additionally used in and send RF control signal to the second electrical equipment, so that the second electrical equipment to be operated accordingly.Power information analysis and electric equipment control device 20 also can send RF control signal to controlling transponder 50, by controlling transponder, the first electrical equipment operated accordingly.Power information analysis and electric equipment control device 20 can be used for controlling first, second electrical equipment in this locality.
Further, power information analysis and electric equipment control device 20 include radio-frequency match module 21, for carrying out radio-frequency match with the second electrical equipment after receiving the matching operation of user, to realize the control of the second electrical equipment is operated.
Further, control device 30 includes scene study module 32, for receiving study instruction by network or power information analysis and electric equipment control device 20, when receiving study instruction, detect each first electrical equipment and/or each second electrical equipment state (as, DVD opens, DVD volume is less, wall lamp is opened, TV is closed, kitchen lamp is opened), and the state of detection is stored as a scene mode, such as dinner party scene.Can storing multiple dinner party mode common family in control device 30 to select, when user selects one of them scene mode, control device 30 controls the first corresponding electrical equipment and/or each second electrical equipment enters the state under this scene mode.
Further, control device 30 also includes pattern and arranges module 33, for by network receive user instruction is set so that each scene mode to be updated.Specifically, in control device 30, storage has various states and the several scenes pattern of all first, second electrical equipments, user can pass through network and access control device 30, in accessing interface, the state of certain the first or second electrical equipment is increased to certain scene mode, or delete from this scene mode.Such as, user can pass through the network terminal access control device 30 with access in interface will in " unlatchings of dining room lamp " addition dinner party pattern, when user selects " dinner party scene " again, control device 30 by the radio-frequency (RF) switch of control dining room lamp to open dining room lamp.
Further, the zero distance Intelligent electricity utilization management system of the present invention also includes one or more digital camera 61, each digital camera 61 for carrying out filming image to the correspondence position of subscriber household, and is transmitted to the network terminal by control device 30 by the image of shooting.User can pass through the network terminal and access control device 30 to show the image that each digital camera 61 shoots on the network terminal, RF control signal is sent to control the state of each digital camera 61 to each digital camera 61, for instance rotating speed, unlatching/closedown, filming frequency etc. also by control device 30.The zero distance Intelligent electricity utilization management system of the present invention achieves the monitor in real time to subscriber household.
Further, the zero distance Intelligent electricity utilization management system of the present invention also includes alarm device 62, and alarm device 62 includes induction apparatus and boom unit, and induction apparatus is for sensing the abnormal information in family, and induction apparatus can be human inductor or other sensors.Control device 30 includes module 34 of deploying troops on garrison duty, deploy troops on garrison duty state (such as controlling alarm device 62 entrance, after control device 30 receives, by network or power information analysis and electric equipment control device 20, signal of deploying troops on garrison duty, send RF control signal to induction apparatus and/or boom unit to turn on, or by controlling transponder 50, radiofrequency signal is converted to infrared signal with open alarming device), entrance deploy troops on garrison duty state time, when induction apparatus senses the induction information such as human body or door and window vibrations, send alarm signal to module 34 of deploying troops on garrison duty, the digital camera 61 that linkage boom unit buzzing warning linkage is corresponding simultaneously carries out filming image, when module of deploying troops on garrison duty 34 receives alarm signal, the image shot by corresponding digital camera 61 is sent to the network terminal of user by network, such as PC, mobile phone etc..When needs are withdrawn a garrison, module of deploying troops on garrison duty 34 also can to network terminal audio information to notify that user reports to the police.User can pass through network or power information analysis and electric equipment control device 20 and send, to module 34 of deploying troops on garrison duty, instruction of withdrawing a garrison, module of now deploying troops on garrison duty 34 closes alarm device by radiofrequency signal, it is also possible to by controlling transponder 50, radiofrequency signal is converted to infrared signal to close alarm device.
Further, module of deploying troops on garrison duty 34 includes memory element 341, is used for storing warning message, including time of fire alarming, image sectional drawing etc..User can pass through the network terminal and access control device 30, to check warning message.
Further, module of deploying troops on garrison duty 34 includes dispensing unit 342, for receiving configuration-direct by network or power information analysis and electric equipment control device 20, so that alarm device 62 is carried out radio-frequency match by module 34 of deploying troops on garrison duty, thus realizing the module 34 communication with alarm device 62 of deploying troops on garrison duty.
With reference to Fig. 3, further, each power information harvester 10 includes the Acquisition Circuit 11 being connected to its plug connector, also includes processor 12 and display circuit 14, Acquisition Circuit 11 is for gathering the power information that electrical equipment is current, such as the information such as instantaneous voltage, transient current.Display circuit 14 is for showing the power information of collection.Processor 12 is connected to above-mentioned Acquisition Circuit 11 and display circuit 14, for controlling the signal transmission between Acquisition Circuit 11 and display circuit 14.Display circuit 11 can control to be arranged on the LCDs display power information of power information harvester 10.Power information can show with the form of numeral, chart.
Alternatively, Acquisition Circuit 11 includes analysis module, it is analyzed for the current power information to the electrical equipment gathered, as, by being analyzed obtaining instantaneous power to transient current and voltage, statistics, analysis transient current and voltage obtain electrical equipment in the electricity of different periods, power consumption etc., and the power information that acquisition module 11 gathers includes the power information of current collection and the analysis information of analysis module acquisition.
Further, display circuit 14 includes display handover module, for switching display information, such as, control the time sharing electrical energy (such as 1 hour interior power consumption) of display screen display Acquisition Circuit 11 transmission, total electricity (power consumption such as 1 all day) or the instantaneous power that are arranged on power information harvester 10, or control the current power information (such as instantaneous voltage, electric current) that display screen display Acquisition Circuit 11 gathers.Alternatively, display circuit 14 can store plurality of display modes, display handover module can start one of which display pattern according to the selection of user, as shown, pattern 1 is for display instantaneous voltage, electric current and power, display pattern 2 is display instantaneous voltage, electric current and point electricity, and display pattern 3 is display instantaneous voltage, electric current and total electricity.
Further, power information harvester 10 also includes memorizer 13, and memorizer 13 is connected to processor 12, for the power information that storage Acquisition Circuit 11 gathers under the control of the processor 12.
Further, power information harvester 10 also includes radio frequency transmission circuitry 16, it is connected to processor 12, for with carry out radio communication with control device 30 and power information analysis and electric equipment control device 20 under the control of the processor 12, to upload the power information of collection and to receive control device 30 and the control signal of power information analysis and electric equipment control device 20.
Further, power information harvester 10 also includes power circuit 18, is connected to processor 12, for communicating, with processor 12, the power supply that turns on or off socket to electrical equipment.
Further, power information harvester 10 also includes clock circuit 17, is connected to processor 12, synchronization for carrying out clock with control device 30 and power information analysis and electric equipment control device 20 under the control of the processor 12.
nullFurther，Power information harvester 10 also includes operation circuit 19，It is connected to processor 12，In operation circuit 19, storage has multiple operational order，For communicating with processor 12 with to above-mentioned Acquisition Circuit 11 and analysis module thereof、Memorizer 13、Display circuit 14 and display handover module thereof、Or radio frequency transmission circuitry 16 operates accordingly，Such as，Multiple operational orders include the time sharing electrical energy in clearing memorizer 13 or total quantity calculation、Factory reset (namely empties the data in memorizer 13)、Show the coding that dispatches from the factory、(to control device 30 and power information analysis and electric equipment control device 20 sends the geocoding of correspondence so that control device 30 and power information analysis and electric equipment control device 20 carry out radio-frequency match with power information harvester 10 namely to control radio frequency transmission circuitry 16 for learning remote control coding，Thus the communication realized between power information harvester 10 and control device 30 and power information analysis and electric equipment control device 20)、Adjust the information gathering frequency etc. of Acquisition Circuit 11.
Further, power information harvester 10 is provided with the operation button for controlling power circuit 18 and for controlling the operation button of operation circuit 19.
The power information of the various electrical equipments in family is carried out subitem and gathers by " zero distance " Intelligent electricity utilization management system of the present invention, and realize the collection of the ammeter information of outdoor electric energy meter, user can pass through this locality, remotely etc. multiple channel checks individual event power information, also the power consumption analysis at different periods of the electrical equipment in whole family can be checked, power supply administration can the power information in a certain region of unitary analysis or city, and undertaken issuing or send the DTV to user side by Network Services Center, electrovalence policy can be sent to user side, power information is added up, analyze result, the osd informations such as premium notice, provide accessible for user and power supply administration, seamless " zero distance " interaction mode.Household electricity equipment also can be carried out long-range and local Based Intelligent Control by " zero distance " Intelligent electricity utilization management system of the present invention, electronics technology is incorporated daily life, makes the service for life of Consumer's Experience more high-quality.
" zero distance " Intelligent electricity utilization management system of the present invention can bring economic benefit and social benefit.For country, it is possible to drive the lifting of whole society's effects of energy saving and emission reduction；For electric power enterprise, it is possible to the personnel of greatly promoting simplify, the raising of level of performance and work quality, strengthen assets whole-life cycle fee.
In the apparatus of the present: invention, it is clear that each parts reconfigure after can decomposing, combine and/or decomposing.These decompose and/or reconfigure the equivalents that should be regarded as the present invention.Herein above in the description of the specific embodiment of the invention, the feature described for a kind of embodiment and/or illustrate can use in one or more other embodiment in same or similar mode, combined with the feature in other embodiment, or substitute the feature in other embodiment.
It should be emphasized that term " include/comprise " refers to the existence of feature, key element, step or assembly herein when using, but it is not precluded from the existence of one or more further feature, key element, step or assembly or additional.
Although having described the present invention and advantage thereof in detail it should be appreciated that various change, replacement and conversion can be carried out when without departing from the spirit and scope of the present invention being defined by the claims appended hereto.And, scope of the present application is not limited only to the specific embodiment of the process described by description, equipment, means, method and steps.One of ordinary skilled in the art will readily appreciate that from the disclosure, can use process, equipment, means, method or step that perform the function essentially identical to corresponding embodiment described herein or obtain the result essentially identical with it, that existing and future is to be developed according to the present invention.Therefore, appended claim is intended in their scope to include such process, equipment, means, method or step.
Claims (10)
1. a zero distance Intelligent electricity utilization management system, including multiple power information harvesters, power information analysis and electric equipment control device, control device, Intelligent electricity consumption management terminal, main website, data analysis module, storage device and Network Services Center
One end of each described power information harvester is used for grafting socket, the other end is used for grafting the first electrical equipment, described socket is that the first electrical equipment is powered by corresponding power information harvester, each described power information harvester is for gathering the power information of the first electrical equipment of correspondence and the information of collection being sent to described power information analysis and electric equipment control device and described control device
Described power information analysis and electric equipment control device are for being analyzed the power information of described power information harvester collection, and analytical data is sent to described control device；Described power information analysis and electric equipment control device are additionally operable to send the first control signal to each described power information harvester, so that each described power information harvester controls the power on/off of the first corresponding electrical equipment,
Described control device is used for analytical data and/or the power information transmission extremely described Intelligent electricity consumption management terminal that will receive, is additionally operable to receive the second control signal, and described second control signal is used for each first electrical equipment is operated,
Described Intelligent electricity consumption management terminal is used for and the two-way communication of described main website, it is additionally operable to collect the ammeter information copying multiple electric energy meter send main website to and receive the order that has a power failure that main website sends to control the electric energy meter power-off of correspondence, or receive the electric energy meter power-on of the power on command control correspondence that main website sends
Described main website is for receiving described analytical data and/or power information and ammeter information from described Intelligent electricity consumption management terminal and regularly sending the data received to data analysis module, it is additionally operable to send information to described Intelligent electricity consumption management terminal and/or described control device
The data that described data analysis module is used for receiving carry out data analysis,
Described storage device is for storing the data results of described data analysis module, and in described storage device, storage has various historical data to call for described data analysis module,
Described Network Services Center is for receiving data results from described data analysis module and providing socket to access for user.
2. zero distance Intelligent electricity utilization management system as claimed in claim 1, it is characterized in that, each described power information harvester, power information analysis and electric equipment control device and control device are arranged in subscriber household, described Intelligent electricity consumption management terminal is arranged on open air, described main website is arranged on power supply local side, described data analysis module and storage device are located at power supply local side or network service end, and described Network Services Center is the site for service of electric power system.
3. zero distance Intelligent electricity utilization management system as claimed in claim 1, it is characterised in that described Intelligent electricity consumption management terminal is by Ethernet, CATV net, telecommunications network, information service network, wireless network or power network and the two-way communication of described main website.
4. zero distance Intelligent electricity utilization management system as claimed in claim 3, it is characterized in that, described Intelligent electricity consumption management terminal receives the electricity charge charging information that the DTV in subscriber household transmits, and the electricity charge charging information received is sent to described main website by catv network, the electricity charge charging information received is sent to described Network Services Center, described storage device and described data analysis module by described main website.
5. zero distance Intelligent electricity utilization management system as claimed in claim 1, it is characterized in that, described Intelligent electricity consumption management terminal includes collection and copies module, for gathering the ammeter information of each described electric energy meter, the ammeter information received is sent to described data analysis module, memory module and Network Services Center by described main website.
6. zero distance Intelligent electricity utilization management system as claimed in claim 5, it is characterized in that, described Intelligent electricity consumption management terminal includes controlling module, the power failure sent for receiving described main website orders to control the electric energy meter power-off of correspondence, or the power on command that reception main website sends is to control corresponding electric energy meter power-on.
7. zero distance Intelligent electricity utilization management system as claimed in claim 1, it is characterised in that described main website sends displaying information on screen by catv network to the digital television in subscriber household.
8. zero distance Intelligent electricity utilization management system as claimed in claim 1, it is characterised in that being provided with programmable logic controller (PLC) in described control device, described programmable logic controller (PLC) is connected with described Intelligent electricity consumption management terminal by the electric lines of force registered one's residence.
9. zero distance Intelligent electricity utilization management system as claimed in claim 1, it is characterized in that, described zero distance Intelligent electricity utilization management system also includes controlling transponder, for receiving described second control signal from described control device, and described second control signal is converted to infrared signal from radiofrequency signal, so that described first electrical equipment is operated accordingly.
10. zero distance Intelligent electricity utilization management system as claimed in claim 1, it is characterized in that, described control device is additionally operable to receive the 3rd control signal by network, after described control device receives the 3rd control signal, RF control signal is sent, so that described second electrical equipment to be operated accordingly to the radio-frequency (RF) switch of the second electrical equipment in subscriber household.
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| CN201210004018.XA CN103197612B (en) | 2012-01-06 | 2012-01-06 | Zero distance Intelligent electricity utilization management system |
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| CN201210004018.XA CN103197612B (en) | 2012-01-06 | 2012-01-06 | Zero distance Intelligent electricity utilization management system |
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| CN103426114A (en) * | 2013-08-30 | 2013-12-04 | 国家电网公司 | Electricity fee difference account processing method, device and system |
| CN103576656A (en) * | 2013-11-05 | 2014-02-12 | 青岛海尔软件有限公司 | Method, device and system for controlling household appliances |
| CN103595816B (en) * | 2013-11-25 | 2017-01-04 | 国家电网公司 | Expense plateform system is urged in power marketing integration |
| KR101672284B1 (en) | 2014-06-12 | 2016-11-03 | 엘지전자 주식회사 | Dishwasher and Control Method for the same |
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| CN104700166A (en) * | 2015-04-01 | 2015-06-10 | 国家电网公司 | Electricity utilization optimal collocation method and system |
| CN104751248A (en) * | 2015-04-10 | 2015-07-01 | 国家电网公司 | Power utilization potential analysis method and system for power demand side management |
| CN106600465A (en) * | 2016-12-22 | 2017-04-26 | 国网山东省电力公司鄄城县供电公司 | Processing apparatus, system and method for electricity fee exception |
| CN107239852A (en) * | 2017-05-05 | 2017-10-10 | 南京邮电大学 | A kind of electric quantity consumption Forecasting Methodology based on deep learning |
| CN108960605A (en) * | 2018-06-26 | 2018-12-07 | 山西清新新能源科技有限公司 | A kind of energy saving and electric energy substitution comprehensive service platform |
| CN109212994A (en) * | 2018-10-29 | 2019-01-15 | 珠海格力电器股份有限公司 | A kind of safety utilization of electric power management method and its management system |
| CN109669418A (en) * | 2018-12-25 | 2019-04-23 | 安徽三马信息科技有限公司 | A kind of electricity consumption data management system |
| CN110866745A (en) * | 2019-11-14 | 2020-03-06 | 国网山西省电力公司忻州供电公司 | Household electricity payment management system |
| CN113284003B (en) * | 2021-04-21 | 2023-01-20 | 南方电网数字电网研究院有限公司 | Electric power transaction data processing method, device and equipment based on double-core intelligent electric meter |
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