CN201717675U - Electric energy service effect guaranteeing system - Google Patents
Electric energy service effect guaranteeing system Download PDFInfo
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- CN201717675U CN201717675U CN2010202374783U CN201020237478U CN201717675U CN 201717675 U CN201717675 U CN 201717675U CN 2010202374783 U CN2010202374783 U CN 2010202374783U CN 201020237478 U CN201020237478 U CN 201020237478U CN 201717675 U CN201717675 U CN 201717675U
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Abstract
The utility model relates to an electric energy service effect guaranteeing system, comprising a plurality of electric energy monitoring instruments, a communication manager and a central data processor, wherein the plurality of electric energy monitoring instruments are arranged at a user side; the communication manager is connected with the electric energy monitoring instruments in a communication manner by an internal network of the user side; the central data processor is arranged at an electric energy supervising end; the central data processor at the electric energy supervising end is provided with a database module, an expert database module and an insurance module; the expert database module can carry intelligent interpretation on the data; the communication manager of the user side is provided with a data transmission module connected with an external network of the user side, and is connected with the central data processor at the electric energy supervising end in a communication manner by the data transmission module; and the insurance module is internally preset with an energy-saving index. The electric energy service effect guaranteeing system provides a novel and reliable electric energy service effect guarantee for a needed side by the insurance module provided with the energy-saving index.
Description
Technical field
The utility model relates to a kind of electric energy management system, relates in particular to the electric energy management system in a kind of demand side electrical management field.
Background technology
Along with progress, the development and national economy of society, electric energy is played the part of more and more important role in economic life.Electric energy is the essential consumer goods of current society as main energy sources.Because the particularity of electric energy product, its quality and process of consumption always can't be paid attention to by consumers in general.Auditing, examine, manage energy consumption exactly often allows the electric energy management personnel seem unable to do what one wants very much to do, country adds up energy consumption index from macroscopic view, just must carry out the concrete audit work of energy consumption as local managing power consumption department, the work that carry out and do a good job of it economize on electricity, improves electric energy efficiency and electric energy management three aspects.And a common element task of this three aspect is exactly product, the output of electric power demand side (with electric unit, individual), the detection and the audit work of personnel's energy consumption.
According to the investigation of present domestic electrity market, the management of power use level of enterprise, hotel, office building, government bodies always is in the state that can't effectively manage.Phenomenon such as waste of energy, electrical efficiency are low, quality of power supply decline, unstable product quality, visual plant are restarted without reason is serious, and these all are the consequences that the management of power use is not good at.In addition, domestic most of units do not establish the electric energy management professional, cause management of power use level low, and energy consumption is high.
Existing electric energy management system generally can be divided into two types, a kind of is the electric energy management system that is used for family, school, factory, enterprise, by the isoparametric detection of voltage, electric current to user power utilization equipment, the safety guarantee of realization electric equipment, electric energy tariff management etc.Prior art has proposed various scheme at electric energy clothes management system and management method.
As No. the 6983210th, United States Patent (USP) disclose a kind of electric energy management system that is used for residential electricity consumption equipment, when energy-saving equipment that the user more renews, this system is by the power information of newer used equipment, how energy-conservation prompting user new equipment is.Chinese patent publication number CN 101136546A has disclosed a kind of Intelligentized electric energy management system assembled device that is used for family, office and commercial power management, it has real-time voltage, current monitoring function, avoid functions such as overload, short circuit, overvoltage damage equipment, and reach purpose of energy saving by the time switch power supply.The electric energy management net equipment that Chinese patent publication number CN1451969A discloses can be realized the supervision of networked electric energy tariffing and toll administration, the undesired loss of automatic power net and electricity filching behavior, the supervision and the control automatically of grid power factor.United States Patent (USP) has disclosed method, system and the computer program of electric energy consumption management for No. 7216021.This system has data memory module, computing module, operation planning module.Wherein the memory module storage is subjected to the operation note of the equipment of this system management, the electric energy that computing module is wasted according to the operation note computing equipment, and by operation planning module proposition operation planning.United States Patent (USP) provides a kind of electric energy management method that is applicable to home environment No. 6493643, its power information at each equipment of family proposes Managed Solution with total electric weight, but whether the power information of each equipment of individual processing and decision change its current power level of consumption.
These electric energy management systems are concluded, and its major function as shown in Figure 1.Electric energy management system is at first monitored in real time at the demand side, uses electric data collecting, is stored into then in the data processor, provides data analysis at last.Yet, these basic functions are only arranged, can not satisfy the current energy-saving and cost-reducing target of China.The electric energy management system that meets China's actual conditions is not only wanted to carry out electric energy management, also needs to provide the electric energy service.That is except the energy monitor analysis, also wanting to provide additional function on this basis, generation and power savings prediction as energy consumption audit, economize on electricity space assessment, electric energy optimizing and power saving scheme, government or enterprise's reference are provided, formulate corresponding energy-saving and emission-reduction measure, thereby reach the purpose of energy savings on the whole.In addition, though above-mentioned electric energy management system has proposed electric energy power saving scheme to a certain degree, actually why its power savings, unknown.
The utility model content
The technical problem that the utility model solved is to provide a kind of electric energy service effectiveness safeguards system, the guarantee that it is set electric energy service Expected Results and this service effectiveness is provided.
For solving the problems of the technologies described above, the utility model is to adopt following technical scheme: a kind of electric energy service effectiveness safeguards system, it comprises some power energy monitoring and controlling instrument of being located at user side, the communication manager that communicates to connect by user side internal network and described power energy monitoring and controlling instrument and be located at the central data processor of electric energy supervision end, described electric energy supervision end central data processor is provided with database module, can carry out the experts database module and the insurance module of intelligent interpretation to data, the communication manager of described user side is provided with the data transmitting module that connects the user side external network, described communication manager communicates to connect by the central data processor of this data transmitting module and described electric energy supervision end, is preset with the economize on electricity index in the described insurance module.
As further improvement of the utility model, described experts database module is provided with the electric energy optimizing expert system module that can carry out intelligent interpretation to the data of communication manager.
As further improvement of the utility model, the central data processor of described electric energy supervision end comprises that also one can generate the solution bank module of decision-making report.
As further improvement of the utility model, described experts database module comprises at least one following submodule: electric energy visualization processing system module, distribution diagnostic system module, energy consumption audit and evaluation expert system module, power quality analysis expert system module, energy saving space assessment experts system module, electric energy optimizing expert system module, distribution safety analysis evaluation module, distribution fail-safe analysis evaluation module and energy-conservation and distribution modification scheme expert system module.
As further improvement of the utility model, the central data processor of described electric energy supervision end also comprises the java standard library module that can analyze data, and this java standard library module comprises at least one following submodule: electric energy optimizing scheme base module, electricity consumption level evaluation criterion library module, electric pollution evaluation criterion library module, quality of power supply java standard library module, power saving scheme library module, enterprise electrical energy consumption java standard library module and product electric energy consumption java standard library module.
As further improvement of the utility model, the central data processor of described electric energy supervision end comprises that also one can revise java standard library module analysis result's correcting module.
The beneficial effect of the utility model electric energy service effectiveness safeguards system is: will start the mode of insurance module when demand side user does not reach default electric energy service effectiveness, the electric energy service benefits of requirements of support side.
Description of drawings
Fig. 1 is existing electric energy service effectiveness safeguards system function diagram;
Fig. 2 is the utility model electric energy service effectiveness safeguards system function diagram;
Fig. 3 is the hardware composition frame chart of the utility model electric energy service effectiveness safeguards system;
Fig. 4 is the software architecture diagram of the utility model electric energy service effectiveness safeguards system.
Embodiment
See also Fig. 2, it is the function diagram of electric energy service effectiveness safeguards system 100 of the present utility model.This electric energy service effectiveness safeguards system 100 is at first by monitoring the power index supplemental characteristic of collection demand side in real time, then with storage to central data processor, repeat real-time monitoring then, data are analyzed, resolved assessment report, solution and the effect assessment report that provides every index by the standard of experts database module, java standard library module then.Electric energy service effectiveness safeguards system 100 can be according to the conclusion in the effect assessment report, and whether judge needs to start insurance module.These reports can provide the decision-making of demand side electric energy optimizing and improvement, also can be used as government or the enterprise scientific basis to this demand side management of power use and improved measure simultaneously.
The hardware of the utility model electric energy service effectiveness safeguards system 100 is formed, see also Fig. 3, electric energy service effectiveness safeguards system 100 by by user's internal network 2, user's external network 4 respectively mutually the power energy monitoring and controlling instrument 1 of intercommunication, be located at the electric energy user side communication manager 3, be located at the central data processor 5 of electric energy supervision end, supervise the working computer 7 of holding the electric energy management staff that central data processor 5 communicates by letter etc. by network 6 and electric energy and form.The software of the utility model electric energy service effectiveness safeguards system 100 is formed, see also Fig. 4, it comprises compositions such as central data processing system, raw data base, User Information Database, solution bank module, java standard library module, experts database module, insurance module and correcting module.
In the electric energy service effectiveness safeguards system 100 of the present utility model, distribution and power consumption equipment power index supplemental characteristic are gathered by the power energy monitoring and controlling instrument 1 that is installed in the demand side distribution network by system, be sent to communication manager 3 aggregation process of electric energy user side or directly be transferred to the central data processor 5 that the electric energy that is installed in government or the enterprise is supervised end through network by external network, then the data of gathering are carried out analyzing and processing, with the overall process of the input of diagrammatic form Real time dynamic display demand side electric energy, transmission, consumption.The communication manager 3 of described user side is provided with the data transmitting module (not shown) that connects the user side external network, and described communication manager 3 communicates to connect by the central data processor 5 of this data transmitting module and described electric energy supervision end.
In the electric energy service effectiveness safeguards system 100 of the present utility model, the communication mode between power energy monitoring and controlling instrument 1 and communication manager 3, the central data processor 5 adopts recurrence main station system notion, communicates in conjunction with multi-communication protocol.This network can pass through Ethernet, GPRS wireless transmission, the Internet or local area network (LAN) to be realized.
Above-mentioned java standard library module has seven word banks such as electric energy optimizing scheme base module, electricity consumption level evaluation criterion library module, the flat evaluation criterion library module of electric pollution, quality of power supply java standard library module, power saving scheme library module, enterprise electrical energy consumption java standard library module, product electric energy consumption java standard library module.The experts database module has electric energy visualization processing system module, distribution diagnostic system module, energy consumption audit and estimates nine submodules such as expert system module, power quality analysis expert system module, energy saving space assessment experts system module, electric energy optimizing expert system module, distribution safety analysis evaluation module, distribution fail-safe analysis evaluation module, energy-conservation and distribution modification scheme expert system module.Correcting module can be revised the analysis result that the java standard library module provides, and can totally learn and import in the java standard library module, constantly improves java standard library with this.
Electric energy service effectiveness safeguards system 100 of the present utility model possesses the automatic audit function of energy consumption.Construction and operation by electric energy service effectiveness safeguards system 100, realize the collection of electric energy consumption online data, and audit the accurately power consumption in user and whole zone of science, calculate and announce the energy consumption index and the data of the different measurement periods such as day, week, the moon, season, year in user and zone automatically.
Electric energy service effectiveness safeguards system 100 of the present utility model possesses the distribution diagnostic function.The practical operation situation of user and regional distribution and the problem of existence can have in time been fullyed understand by electric energy service effectiveness safeguards system 100, as voltage fluctuation, frequency fluctuation, load unbalanced, electric net overload, harmonic distortion, voltage sag, failure warning.Can carry out the optimization of electrical network and the electricity consumption facility is carried out preventive maintenance according to measured data, with grid equipment or power consumption equipment damage dropping to bottom line.Simultaneously, by the efficiency analytical model that system provides, the electricity consumption level in analysis user and zone, and evaluate its electricity consumption level.
Possesses the power quality analysis function in the electric energy service effectiveness safeguards system 100 of the present utility model.According to image data usefulness, voltage three-phase imbalance, nonlinear load, harmonic wave and a harmonic wave etc. of frequency departure, voltage deviation, voltage fluctuation and the flickering of user and regional power grid, waveform, power factor (PF), zero-sequence current, reactive power compensator are analyzed, thereby the quality of power supply is estimated.
Electric energy service effectiveness safeguards system 100 of the present utility model possesses the Energy Consumption Evaluation function.The energy consumption level data of the world that provides by system, domestic industry, product are made the evaluation of science to the energy consumption level of demand side.And the quality of power supply, distribution reliability and the Electrical Safety of demand side carried out I, II, III level ranking.
Electric energy service effectiveness safeguards system 100 of the present utility model possesses economize on electricity space evaluation function.By the economize on electricity space assessment models that system provides, the science assessment is made in demand side economize on electricity space.The demand side of pointing out has the space of how much economizing on electricity, from which aspect economizes on electricity, how to economize on electricity, and the energy-saving efficiency analysis is provided, and the decision-making data of science are provided for government's administration of energy conservation.
Electric energy service effectiveness safeguards system 100 of the present utility model possesses automatic generation electric energy optimizing and reducing energy consumption scheme.Result according to power quality analysis, Energy Consumption Evaluation analysis, economize on electricity spatial analysis generates electric energy optimizing and reducing energy consumption scheme automatically.
Electric energy service effectiveness safeguards system 100 of the present utility model possesses electric energy service effectiveness monitoring function.Monitor according to the actual economize on electricity index that electric energy optimizing and reducing energy consumption scheme produce, when reality economize on electricity index is lower than the default economize on electricity of alarm module index, send the service effectiveness confirmation form to insurance module to start Claims Resolution flow process to the demand side.
Electric energy service effectiveness safeguards system 100 of the present utility model possesses the electric energy scheduling feature.By being installed in energy information and the practical power load scheduling electric energy that each critical point power energy monitoring and controlling instrument 1 is gathered in the distribution network, rationally electric energy uses.
Specific implementation process of the present utility model is as follows:
1. after each power energy monitoring and controlling instrument 1 is gathered energy information in the power requirement side distribution network, send to electric energy user side communication manager 3, be transferred to electric energy supervision end central data processor 5 by network 4 then by network 2; Or directly be transferred to electric energy supervision end central data processor 5 by network 4 by power energy monitoring and controlling instrument 1.Power energy monitoring and controlling instrument 1 is monitored the energy information of gathering, and can come from each resident of demand side, can can also come from the transformer station that is subjected to trustship from power consumption equipment concrete in the enterprise from each enterprise.
2. electric energy supervision end central data processor 5 is carried out the stipulations parsing according to the employed transfer of data stipulations of different model power energy monitoring and controlling instrument, accepts the data that power energy monitoring and controlling instrument or 3 transmission of electric energy user side communication manager come, and deposits raw data base in.
3. system extracts electric energy user initial data, initial data is carried out analysis-by-synthesis, generate user's electric energy and use the integrated information analysis diagram, comprising user's electric energy Audit Report, distribution diagnosis, user's quality of power supply, energy consumption grade, the user information such as space of economizing on electricity, and send into User Information Database.
4. system extracts each custom power and uses integrated information data from User Information Database, calls the respective standard in the corresponding expert system module and java standard library module in the experts database module, and demand distribution network electric energy consumption situation is analyzed:
1) visualization processing system module in the system call experts database module and distribution diagnostic system module, all electric energy user power utilization integrated informations in the distribution are analyzed data to be handled, decision-making reports such as generation demand side electric energy consumption information chart and distribution diagnosis chart, and send into the solution bank module.
2) audit of the energy consumption in the system call experts database module and evaluation expert system module, side electric energy consumption information data is audited to demand side electric energy consumption according to demand, generates demand side electric energy audit statement, and sends into demand side solution bank module; From the energy consumption standard storehouse, call the enterprise electrical energy energy consumption standard then, demand side energy consumption level is evaluated, form demand side energy consumption level form and regional energy consumption grade chart, and send into the solution bank module.
3) power quality analysis expert system module in the system call experts database module, the demand side quality of power supply is analyzed, and call quality of power supply standard, electricity consumption level evaluation criterion storehouse, the horizontal evaluation criterion of electric pollution storehouse in the java standard library module, the demand side quality of power supply, electricity consumption level, electric pollution level are assessed, thereby generate demand side power quality analysis chart and quality of power supply grade, electricity consumption level grade, electric pollution grade chart, and send into the solution bank module.
4) energy saving space assessment experts system module in the system call experts database module is analyzed the demand side energy saving space, generates energy saving space assessment report, and demand side energy saving space assessment report is sent into the solution bank module.
5) electric energy optimizing expert system module in the system call experts database module, side energy consumption level, the quality of power supply, electricity consumption level, electric pollution level, the energy saving space etc. are optimized demand side electric energy operational version according to demand, call the electric energy optimizing scheme base then, generation demand side electric energy optimizing scheme, and send into the solution bank module.
6) system's side energy consumption level form and demand side energy consumption grade chart, electric energy audit statement, power quality analysis chart and quality of power supply grade, electricity consumption level grade, electric pollution grade chart, energy saving space assessment report, demand side electric energy optimizing scheme etc. according to demand, generation demand side electricity consumption integrated information analysis diagram, and send into the solution bank module.
7) the energy-conservation and distribution modification scheme expert system module of system call, side electricity consumption integrated information is called the energy-saving scheme java standard library according to demand, generates demand side power saving scheme and distribution modification scheme, and sends into the solution bank module.
5. the electric energy management personnel check electric energy consumption information by network login electric energy service effectiveness safeguards system.System can also be according to user's request, form with weekly, monthly magazine even quarterly report, user's electricity consumption situation (comprising concrete power consumption index) is sent to the user, and simultaneously various charts that also experts database module, java standard library module can be generated and prioritization scheme send to the user user are provided the use of making a strategic decision.
6. government's energy conservation department or enterprise formulate demand side energy-saving and emission-reduction measure with reference to relevant decision-making report and decision scheme.
7. system draws actual economize on electricity index, and enables the effect assessment measuring ability reality economize on electricity index is carried out effect assessment.If actual economize on electricity index then sends the service effectiveness confirmation form to insurance module less than default economize on electricity index, start the settlement of insurance claim flow process.
Special needs to be pointed out is, in the utility model embodiment only with this electric energy service effectiveness safeguards system as example, the electric energy service effectiveness safeguards system of any kind all is suitable for the principle that the utility model discloses in actual applications.For the person of ordinary skill of the art, that is done under instruction of the present utility model changes at equivalence of the present utility model, must be included in the scope that the utility model claim advocated.
Claims (6)
1. electric energy service effectiveness safeguards system, it comprises some power energy monitoring and controlling instrument of being located at user side, the communication manager that communicates to connect by user side internal network and described power energy monitoring and controlling instrument and be located at the central data processor of electric energy supervision end, it is characterized in that: described electric energy supervision end central data processor is provided with database module, can carry out the experts database module and the insurance module of intelligent interpretation to data, the communication manager of described user side is provided with the data transmitting module that connects the user side external network, described communication manager communicates to connect by the central data processor of this data transmitting module and described electric energy supervision end, is preset with the economize on electricity index in the described insurance module.
2. electric energy service effectiveness safeguards system as claimed in claim 1 is characterized in that, described experts database module is provided with the electric energy optimizing expert system module that can carry out intelligent interpretation to the data of communication manager.
3. electric energy service effectiveness safeguards system as claimed in claim 2 is characterized in that, the central data processor of described electric energy supervision end comprises that also one can generate the solution bank module of decision-making report.
4. electric energy service effectiveness safeguards system as claimed in claim 3, it is characterized in that described experts database module comprises at least one following submodule: electric energy visualization processing system module, distribution diagnostic system module, energy consumption audit and evaluation expert system module, power quality analysis expert system module, energy saving space assessment experts system module, electric energy optimizing expert system module, distribution safety analysis evaluation module, distribution fail-safe analysis evaluation module and energy-conservation and distribution modification scheme expert system module.
5. electric energy service effectiveness safeguards system as claimed in claim 4, it is characterized in that, the central data processor of described electric energy supervision end also comprises the java standard library module that can analyze data, and this java standard library module comprises at least one following submodule: electric energy optimizing scheme base module, electricity consumption level evaluation criterion library module, electric pollution evaluation criterion library module, quality of power supply java standard library module, power saving scheme library module, enterprise electrical energy consumption java standard library module and product electric energy consumption java standard library module.
6. electric energy service effectiveness safeguards system as claimed in claim 5 is characterized in that, the central data processor of described electric energy supervision end comprises that also one can revise java standard library module analysis result's correcting module.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010202374783U CN201717675U (en) | 2010-06-25 | 2010-06-25 | Electric energy service effect guaranteeing system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010202374783U CN201717675U (en) | 2010-06-25 | 2010-06-25 | Electric energy service effect guaranteeing system |
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| CN201717675U true CN201717675U (en) | 2011-01-19 |
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| CN2010202374783U Expired - Fee Related CN201717675U (en) | 2010-06-25 | 2010-06-25 | Electric energy service effect guaranteeing system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108808746A (en) * | 2018-06-12 | 2018-11-13 | 湖北仁威电业科技有限公司 | A kind of energy-accumulating power station energy efficiency control system |
| CN109544184A (en) * | 2018-11-27 | 2019-03-29 | 湖南共睹互联网科技有限责任公司 | Transaction based on Internet of Things ensures data monitoring method, terminal and storage medium |
-
2010
- 2010-06-25 CN CN2010202374783U patent/CN201717675U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108808746A (en) * | 2018-06-12 | 2018-11-13 | 湖北仁威电业科技有限公司 | A kind of energy-accumulating power station energy efficiency control system |
| CN109544184A (en) * | 2018-11-27 | 2019-03-29 | 湖南共睹互联网科技有限责任公司 | Transaction based on Internet of Things ensures data monitoring method, terminal and storage medium |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110119 Termination date: 20150625 |
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| EXPY | Termination of patent right or utility model |