A grid data interaction system

Abstract

The present invention discloses a grid data interaction system, comprising a user end and a terminal. The user end comprises a user acquisition module, a user analysis module, a user classification module and a user feedback module. The terminal comprises a data monitoring module, a data management module, a data verification module, a data interaction module and a data scheduling module. By verifying and comparing personal information with collected data, the terminal can further grasp and confirm the information of the user end, analyze the changes in meter data, classify the data, realize real-time communication of the terminal with the meter data, confirm that the meter data has a small change rate as a vacant house, further confirm the vacant house corresponding to the user through the verification data unit and the information scheduling unit, facilitate the terminal to manage the user's vacant house, promote the government's overall management, command and scheduling of data resources, effectively use large databases, give play to the value of data elements, stimulate data innovation vitality, promote the open sharing of data resources, and improve data governance efficiency.

Description

Technical Field

[0001] The present invention relates to the technical field of data management, and in particular to a grid data interaction system. Background Art

[0002] Innovate the application of urban grassroots social data governance, improve urban governance cloud services, smart services, etc. by creating smart modules and smart scenarios, and take multiple measures to optimize data governance applications. While realizing the refinement and intelligence of urban governance, it provides technical support for improving the quality and efficiency of urban grassroots social governance, preventing dangers and avoiding risks, etc., and plays a certain role in promoting the effectiveness of urban grassroots social governance modernization. Big data can better show the correlation that is difficult to reflect with traditional technologies, promote the openness, integration and sharing of data resources, and greatly enhance the ability and level of social governance subjects to analyze, process data and effectively deal with problems. It is divided according to regions, and each house is equipped with an electricity meter, and the vacancy rate of houses is analyzed using electricity data; an active virtual social management system and management model are constructed, by capturing and accurately analyzing the specific demand data of the masses for different public services, designing and carrying out customized services, changing terminal control to source governance, and strengthening the foresight and scientific nature of public decision-making.

[0003] The existing data resources are diverse in types, different in formats, and scattered and chaotic, which prevents the continuous sedimentation and accumulation of data resources. Due to the lack of unified standards and specifications, they cannot be effectively circulated, aggregated, and managed. Summary of the invention

[0004] The purpose of the present invention is to provide a grid data interaction system to solve the problems raised in the above background technology.

[0005] To achieve the above-mentioned purpose, the present invention provides the following technical solutions: a grid data interaction system, comprising a user end and a terminal, the user end and the terminal are bidirectionally connected in communication, the user end comprises a user acquisition module, a user analysis module, a user classification module and a user feedback module, the output end of the user acquisition module is communicatively connected to the user analysis module, the user analysis module is bidirectionally connected to the user classification module, the output end of the user classification module is unidirectionally connected to the input end of the user feedback module, the terminal comprises a data monitoring module, a data management module, a data verification module, a data interaction module and a data scheduling module, the data monitoring module is bidirectionally connected to the data management module, the data management module is bidirectionally connected to the data verification module, the data verification module is bidirectionally connected to the data interaction module, and the data interaction module is bidirectionally connected to the data scheduling module;

[0006] The user collection module is used to collect customer meter data and record user personal information;

[0007] The user analysis module is used to check the user registration information with the meter data and analyze the vacancy rate of the house according to the changes in the meter data;

[0008] The user classification module is used to analyze user information and electricity meter data and classify them into vacant houses and non-vacant houses according to a clustering method;

[0009] The user feedback module is used to feedback personal information and house registration information according to the user analysis module;

[0010] The data monitoring module is used to monitor and warn the data flow and system status in real time to ensure the security and reliability of the data;

[0011] The data management module is used to manage housing and personal information according to changes in the user's electricity meter;

[0012] The data verification module is used to verify and compare personal registration information with collected electricity meter data to verify that the house registration data is consistent with the personal information;

[0013] The data interaction module is used to perform information delivery query statistics on user terminal and client terminal information;

[0014] The data scheduling module is used to organize, store and manage the collected data and analyzed vacant housing data, and to schedule the data for verification and comparison with personnel.

[0015] Preferably, the user collection module comprises a user meter access unit and a user information recording unit, and the output end of the user meter access unit is connected to the input end of the user information recording unit;

[0016] The user meter access unit is used to connect the user's meter to the terminal for communication, and transmit the meter data to the terminal through communication;

[0017] The user information recording unit is used to log in to the management platform and register personal user information, including personal name, gender, mobile phone number, meter name, etc.

[0018] Preferably, the user analysis module comprises an electric meter data analysis unit and a user information verification unit, and the electric meter data analysis unit is bidirectionally connected to the user information verification unit;

[0019] The electric meter data analysis unit is used to analyze the electric meters with changes according to the collected electric meter data, and analyze the vacant houses;

[0020] The user information checking unit is used to collect the electric meter data and check it with the user's personal information, and analyze the number of electric meters corresponding to the user.

[0021] Preferably, the user classification module comprises an electric meter electricity consumption unit and a house vacancy unit, and the output end of the electric meter electricity consumption unit is unidirectionally connected to the input end of the house vacancy unit;

[0022] The electricity consumption unit of the electric meter is used to divide the electricity users and non-electricity users according to the user collection module;

[0023] The house vacancy unit is used to divide the changes in the electric meter data into house vacancy and non-house vacancy.

[0024] Preferably, the user feedback module comprises a personal information feedback unit and a housing information feedback unit, and the personal information feedback unit is bidirectionally connected with the housing information feedback unit;

[0025] The personal information feedback unit is used to compare the registration information with the collected data and feedback the personal information to the terminal;

[0026] The house information feedback unit is used to feed back the information of the electricity consumption meter and the non-electricity consumption meter to the user end and the client end according to the user analysis module.

[0027] Preferably, the data monitoring module includes data flow monitoring and system status monitoring, and the data flow monitoring unit and the system status monitoring unit are bidirectionally connected;

[0028] The data flow monitoring is used to check whether the meter data and personal information are accurate and complete. This part includes real-time monitoring and early warning of data flow at the user end and terminal, ensuring data security and reliability throughout the entire process from collection to processing until data is returned to the user;

[0029] The system status monitoring is used to monitor the operating status, abnormal conditions, and access times of the entire system so as to timely discover and eliminate potential faults and defects and improve the stability and reliability of the system.

[0030] Preferably, the data management module comprises a user meter data unit and a house area management unit, and the output end of the user meter data unit is unidirectionally connected to the input end of the house area management unit;

[0031] The user meter data unit is used to classify and manage the user's meters, with one user corresponding to multiple meters and one user corresponding to one meter;

[0032] The housing area management unit is used to divide the area according to the area, and a county is divided into districts for grid management.

[0033] Preferably, the data verification module comprises a house meter data verification unit and a personal user information unit, and the house meter data verification unit is bidirectionally connected with the personal user information unit;

[0034] The house meter data verification unit is used to verify the collected meter data and personal registration information;

[0035] After the personal user information unit is used for data verification, the information that fails the verification is packaged and stored;

[0036] Preferably, the data interaction unit includes a user information interaction unit and an information query unit, and the user information interaction unit is bidirectionally connected with the information query unit;

[0037] The user information interaction unit is used to communicate and connect the user terminal information with the terminal information, and to perform barrier-free information interaction through communication;

[0038] The information query unit is used for both the user and the terminal to perform query operations on various functions on the management platform during information interaction.

[0039] Preferably, the data scheduling unit comprises a data storage unit and an information scheduling unit, and the data storage unit is bidirectionally connected to the information scheduling unit;

[0040] The data storage unit is used to organize the collected data and the analyzed data and store them in the terminal;

[0041] The information dispatching unit is used to dispatch information for analysis and comparison during data analysis, and dispatch personnel to go to the site for verification and comparison.

[0042] Compared with the prior art, the beneficial effects of the present invention are as follows: by verifying and comparing personal registration information with collected data, the terminal can further grasp and confirm the information on the user side, analyze the changes in meter data, classify the data, and realize real-time update communication of meter data by the terminal, and confirm that the houses with a small change rate of meter data are vacant. The vacant houses corresponding to the users are further confirmed by verifying the data unit and the information scheduling unit, which facilitates the terminal's management of the users' vacant houses. The data monitoring module is used to monitor the data throughout the process, which promotes the government's coordinated management, command, and scheduling of data resources, effectively utilizes large databases, gives play to the value of data elements, stimulates data innovation, promotes the open sharing of data resources, and improves data governance efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0043] In order to more clearly illustrate the implementation methods of the present invention or the technical solutions in the prior art, the drawings required for the implementation methods or the prior art descriptions are briefly introduced below. Obviously, the drawings in the following description are only exemplary, and for ordinary technicians in this field, other implementation drawings can be derived from the provided drawings without creative work.

[0044] Figure 1 The present invention is a block diagram of a grid data interaction system.

[0045] 1-user end, 2-user collection module, 21-user meter access unit, 22-user information recording unit, 3-user analysis module, 31-meter data analysis unit, 32-user information verification unit, 4-user classification module, 41-meter electricity consumption unit, 42-house vacancy unit, 5-user feedback module, 51-personal information feedback unit, 52-house information feedback unit, 6-terminal, 7-data monitoring module, 71-data flow monitoring, 72-system status monitoring, 8-data management module, 81-user meter data unit, 82-house area management unit, 9-data verification module, 91-house meter data verification unit, 92-personal user information unit, 10-data interaction module, 101-user information interaction unit, 102-information query unit, 11-data scheduling module, 111-data storage unit, 112-information scheduling unit. DETAILED DESCRIPTION

[0046] Exemplary embodiments will be described in detail herein, examples of which are shown in the accompanying drawings. When the following description refers to the drawings, the same numbers in different drawings represent the same or similar elements unless otherwise indicated. The embodiments described in the following exemplary embodiments do not represent all embodiments consistent with the present disclosure. Instead, they are merely examples of devices consistent with some aspects of the present disclosure as detailed in the appended claims.

[0047] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the accompanying drawings in the embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0048] like Figure 1 As shown, Embodiment 1 is that the present invention uses the district-level terminal 6 to manage user housing vacancy, and performs township grid management on the region, thereby realizing accurate management of the townships.

[0049] A grid data interaction system according to an embodiment of the present invention comprises a user end 1 and a terminal 6, wherein the user end 1 is bidirectionally connected to the terminal 6, the user end 1 comprises a user acquisition module 2, a user analysis module 3, a user classification module 4 and a user feedback module 5, the output end of the user acquisition module 2 is communicatively connected to the user analysis module 3, the user analysis module 3 is bidirectionally connected to the user classification module 4, the output end of the user classification module 4 is unidirectionally connected to the input end of the user feedback module 5, the terminal 6 comprises a data monitoring module 7, a data management module 8, a data verification module 9, a data interaction module 10 and a data scheduling module 11, the data monitoring module 7 is bidirectionally connected to the data management module 8, the data management module 8 is bidirectionally connected to the data verification module 9, the data verification module 9 is bidirectionally connected to the data interaction module 10, and the data interaction module 10 is bidirectionally connected to the data scheduling module 11.

[0050] The user collection module 2 includes a user meter access unit 21 and a user information recording unit 22. The user meter access unit 21 is used to connect the user's meter to the terminal 6 for communication and transmit the meter data to the terminal 6 through communication;

[0051] The user information recording unit 22 is used to log in to the management platform and register personal user information, including personal name, gender, mobile phone number, meter name, etc.

[0052] The user analysis module 3 includes an electric meter data analysis unit 31 and a user information checking unit 32. The electric meter data analysis unit 31 is used to analyze the changed electric meters according to the collected electric meter data and analyze the vacant houses;

[0053] The user information checking unit 32 is used to collect the electric meter data and check it with the user's personal information, and analyze the number of electric meters corresponding to the user.

[0054] The user classification module 4 includes an electricity meter power consumption unit 41 and a house vacancy unit 42. The electricity meter power consumption unit 41 is used to classify electricity users and non-electricity users according to the user collection module 2;

[0055] The house vacancy unit 42 is used to classify the changes in the electric meter data into house vacancy and non-house vacancy.

[0056] The user feedback module 5 includes a personal information feedback unit 51 and a house information feedback unit 52. The personal information feedback unit 51 is used to compare the registration information with the collected data and feedback the personal information to the terminal 6;

[0057] The house information feedback unit 52 is used to feed back the electricity meter information and the non-electricity meter information to the user terminal 1 and the client terminal according to the user analysis module 3 .

[0058] The data monitoring module 7 includes data flow monitoring 71 and system status monitoring 72.

[0059] Data flow monitoring 71 is used to check whether the meter data and personal information are accurate and complete. This part includes real-time monitoring and early warning of the data flow between the user end 1 and the terminal 6 to ensure the data security and reliability in the whole process from collection to processing until the data is returned to the user;

[0060] System status monitoring 72 is used to monitor the operating status, abnormal conditions, and access times of the entire system so as to timely discover and eliminate potential faults and defects and improve the stability and reliability of the system.

[0061] The data management module 8 includes a user meter data unit 81 and a house area management unit 82. The user meter data unit 81 is used to classify and manage the user's meters. One user corresponds to multiple meters and one user corresponds to one meter.

[0062] The housing area management unit 82 is used to divide the area according to the area, and divide the area within a county into grid management according to the district level.

[0063] The data verification module 9 includes a house meter data verification unit 91 and a personal user information unit 92. The house meter data verification unit 91 is used to verify the collected meter data and the personal registration information;

[0064] After the personal user information unit 92 is used for data verification, the information that fails the verification is packaged and stored.

[0065] The data interaction unit includes a user information interaction unit 101 and an information query unit 102. The user information interaction unit 101 is used to communicate and connect the user terminal 1 information with the terminal 6 information, and to perform barrier-free information interaction through communication;

[0066] The information query unit 102 is used for the user and the terminal 6 to perform query operations on various functions on the management platform during information interaction.

[0067] The data scheduling unit includes a data storage unit 111 and an information scheduling unit 112. The data storage unit 111 is used to organize the collected data and the analyzed data and store them in the terminal 6;

[0068] The information dispatching unit 112 is used to dispatch information for analysis and comparison during data analysis, and dispatch personnel to the site for verification and comparison.

[0069] A method for a grid data interaction system, the steps of which are as follows:

[0070] S1: Information entry: the user logs into the management platform and registers personal user information, including personal name, gender, mobile phone number, meter name, etc.

[0071] S2: Based on the user information of S1, the meter is connected to the district-level terminal 6 for communication, and the meter data is collected and transmitted to the terminal 6;

[0072] S3: After the communication connection is made according to S2, the meter collected data is checked with the personal registration information and the inconsistent data is recorded;

[0073] S4: According to the S3 verification information, analyze the non-conforming data and package and store the non-conforming data;

[0074] S5: After the analysis in S4, further analyze the non-conforming data, verify and compare the personal information and the meter data, and classify the users with multiple meters into one category and the users with one meter into one category;

[0075] S6: Based on the verification of S3, further analyze the change rate of the electric meter, and if the monthly electricity consumption is less than 90% of the electricity consumption of the previous month, it is determined to be a vacant house, otherwise it is determined to be a non-vacant house;

[0076] S7: Based on the analysis in S6, classify by clustering according to the change of the electricity meter usage point, and transmit the classified data to the terminal 6;

[0077] S8: Classify according to S7, and then verify according to the registration information and the classified non-vacant house meter data;

[0078] S9: Based on the verification in S8, the verification data is further managed to classify and manage the corresponding vacant house users and non-vacant house users in a region;

[0079] S10: According to the classification management in S9, the data of each township area is packaged and transmitted to the terminal 6, and the customer accesses the data by logging into the management platform, realizing information interaction between the user and the terminal 6;

[0080] S11: Based on the information interaction in S10, the one-to-many electricity meter information that does not conform to the data and classification is checked through S3 and fed back to the user terminal 1 and the client;

[0081] S12: According to the feedback information of S11, the non-compliant information terminal 6 sends a dispatch notification through the registered number for verification and comparison, and conducts on-site verification of vacant houses to achieve accurate and unified management.

[0082] Embodiment 2 is the present invention using the township terminal 6 to manage the vacant houses of users, which can be refined to each household and more centrally manage each user.

[0083] A grid data interaction system, comprising a user terminal 1 and a terminal 6, wherein the user terminal 1 is connected to the terminal 6 in a two-way communication manner, the user terminal 1 comprises a user acquisition module 2, a user analysis module 3, a user classification module 4 and a user feedback module 5, and the terminal 6 comprises a data monitoring module 7, a data management module 8, a data verification module 9, a data interaction module 10 and a data scheduling module 11;

[0084] The user collection module 2 is used to collect customer meter data and record user personal information;

[0085] The user analysis module 3 is used to check the user registration information with the meter data and analyze the vacancy rate of the house according to the changes in the meter data;

[0086] The user classification module 4 is used to analyze user information and electricity meter data and classify them into vacant houses and non-vacant houses according to a clustering method;

[0087] The user feedback module 5 is used to feedback personal information and house registration information according to the user analysis module 3;

[0088] The data monitoring module 7 is used to monitor and warn the data flow and system status in real time to ensure the security and reliability of the data;

[0089] The data management module 8 is used to manage housing and personal information according to changes in the user's electricity meter;

[0090] The data verification module 9 is used to verify and compare the personal registration information with the collected meter data to verify that the house registration data is consistent with the personal information;

[0091] The data interaction module 10 is used to perform information delivery query statistics on the user terminal 1 and the client information;

[0092] The data scheduling module 11 is used to organize, store and manage the collected data and analyzed vacant housing data, and schedule the data to be verified and compared with personnel.

[0093] A grid data interaction system, the steps of which are as follows:

[0094] S1: Based on user information, which includes personal name, gender, mobile phone number, meter name, etc., the meter is connected to the township terminal 6 for communication, and meter data is collected and transmitted to the terminal 6.

[0095] S2: Check the collected meter data and personal registration information, and record the inconsistent data.

[0096] S3: Analyze the non-compliant data, package and store the non-compliant data, and classify them according to the change rate of the meter usage points.

[0097] S4: Based on the classification results, verification analysis is performed based on the registration information and classified non-vacant house electricity meter data. At the same time, the change rate of the electricity meter is further analyzed. If the monthly electricity consumption is less than 90% of the electricity consumption in the previous month, it is determined to be a vacant house, otherwise it is determined to be a non-vacant house.

[0098] S5: Classify and manage the corresponding vacant house users and non-vacant house users in a region, package the data of each user area and transmit it to the terminal 6. The customer can access the data by logging into the management platform, thereby realizing information interaction between the user and the terminal 6.

[0099] S6: For the one-to-many electricity meter information that does not conform to the data and classification, the system feeds back to the user terminal 1 and the client terminal.

[0100] S7: The non-compliant information terminal 6 verifies and compares the dispatch notification through the registered number, and conducts on-site verification of the vacant houses to achieve accurate and unified management.

[0101] S8: To ensure the security and reliability of data, the system should add a data monitoring module 7 to monitor and warn the data flow and status in real time. The monitoring content includes the data flow, abnormal conditions, access times, etc. of the user end 1 and the terminal 6.

[0102] S9: To prevent security issues such as data leakage and tampering, the system should adopt multiple security measures such as digital certificates, identity authentication, access control, etc. to protect user personal privacy and data security.

[0103] S10: Provides data backup and recovery functions to ensure data integrity and reliability, and can restore data in a timely manner when data is lost or damaged.

[0104] S11: Conduct statistical analysis on the classified data and generate corresponding reports for decision-making, planning and optimization.

[0105] Those skilled in the art will readily appreciate other embodiments of the present disclosure after considering the specification and practicing the disclosure disclosed herein. This application is intended to cover any variations, uses, or adaptations of the present disclosure that follow the general principles of the present disclosure and include common knowledge or customary techniques in the art that are not disclosed in the present disclosure. The description and examples are intended to be exemplary only, and the true scope of the present disclosure is indicated by the following claims.

Claims

1. A grid data interaction system, characterized in that: The invention comprises a user end (1) and a terminal (6), wherein the user end (1) is bidirectionally connected to the terminal (6), the user end (1) comprises a user acquisition module (2), a user analysis module (3), a user classification module (4) and a user feedback module (5), the output end of the user acquisition module (2) is communicatively connected to the user analysis module (3), the user analysis module (3) is bidirectionally connected to the user classification module (4), the output end of the user classification module (4) is unidirectionally connected to the input end of the user feedback module (5), the terminal (6) comprises a data monitoring module (7), a data management module (8), a data verification module (9), a data interaction module (10) and a data scheduling module (11), the data monitoring module (7) is bidirectionally connected to the data management module (8), the data management module (8) is bidirectionally connected to the data verification module (9), the data verification module (9) is bidirectionally connected to the data interaction module (10), and the data interaction module (10) is bidirectionally connected to the data scheduling module (11); The user collection module (2) is used to collect customer electricity meter data and record user personal information; The user analysis module (3) is used to check user registration information with meter data and analyze the vacancy rate of the house according to changes in meter data; The user classification module (4) is used to analyze user information and electricity meter electricity consumption data and classify them into vacant houses and non-vacant houses according to a clustering method; The user feedback module (5) is used to feedback personal information and house registration information according to the user analysis module (3); The data monitoring module (7) is used to monitor and warn the data flow and system status in real time to ensure the security and reliability of the data; The data management module (8) is used to manage housing and personal information according to changes in the user's electricity meter; The data verification module (9) is used to verify and compare the personal registration information with the collected electricity meter data, and verify that the house registration data is consistent with the personal information; The data interaction module (10) is used to perform information delivery query statistics on the user terminal (1) and the client terminal information; The data dispatching module (11) is used to organize, store and manage the collected data and analyzed vacant house data, and dispatch the data to be verified and compared with personnel.

2. A grid data interaction system according to claim 1, characterized in that: The user collection module (2) comprises a user meter access unit (21) and a user information recording unit (22), wherein the output end of the user meter access unit (21) is connected to the input end of the user information recording unit (22); The user electric meter access unit (21) is used to establish a communication connection between the user's electric meter and the terminal (6), and transmit the electric meter data to the terminal (6) through communication; The user information recording unit (22) is used to log into the management platform and register personal user information, including personal name, gender, mobile phone number, electric meter name, etc.

3. A grid data interaction system according to claim 1, characterized in that: The user analysis module (3) comprises an electric meter data analysis unit (31) and a user information verification unit (32), and the electric meter data analysis unit (31) and the user information verification unit (32) are bidirectionally connected; The electric meter data analysis unit (31) is used to analyze the electric meters with changes and analyze the vacant houses according to the collected electric meter data; The user information checking unit (32) is used to collect electric meter data and check it with the user's personal information, and analyze the number of electric meters corresponding to the user.

4. A grid data interaction system according to claim 1, characterized in that: The user classification module (4) comprises an electric meter power usage unit (41) and a house vacancy unit (42), wherein the output end of the electric meter power usage unit (41) is unidirectionally connected to the input end of the house vacancy unit (42); The electric meter electricity consumption unit (41) is used to classify the users into electricity users and non-electricity users according to the user collection module (2); The house vacancy unit (42) is used to classify changes in electric meter data into house vacancy and non-house vacancy.

5. A grid data interaction system according to claim 1, characterized in that: The user feedback module (5) comprises a personal information feedback unit (51) and a house information feedback unit (52), wherein the personal information feedback unit (51) is bidirectionally connected to the house information feedback unit (52); The personal information feedback unit (51) is used to compare the registered information with the collected data and then feed back the personal information to the terminal (6); The house information feedback unit (52) is used to feed back the electricity consumption meter information and the non-electricity consumption meter information to the user terminal (1) and the client terminal according to the user analysis module (3).

6. A grid data interaction system according to claim 1, characterized in that: The data monitoring module (7) comprises a data flow monitoring (71) and a system status monitoring (72), and the data flow monitoring (71) unit and the system status monitoring (72) unit are bidirectionally connected; The data flow monitoring (71) is used to check whether the meter data and personal information are accurate and complete. This part includes real-time monitoring and early warning of the data flow between the user end (1) and the terminal (6), ensuring the data security and reliability in the whole process from collection to processing to returning the data to the user; The system status monitoring (72) is used to monitor the operating status, abnormal conditions and access times of the entire system so as to timely discover and eliminate potential faults and defects and improve the stability and reliability of the system.

7. A grid data interaction system according to claim 1, characterized in that: The data management module (8) comprises a user meter data unit (81) and a house area management unit (82), wherein an output end of the user meter data unit (81) is unidirectionally connected to an input end of the house area management unit (82); The user electric meter data unit (81) is used to classify and manage the electric meters of users, with one user corresponding to multiple electric meters and one user corresponding to one electric meter; The housing area management unit (82) is used to divide the housing area according to the area, and to divide the housing area within a county into grid management according to the district level.

8. A grid data interaction system according to claim 1, characterized in that: The data verification module (9) comprises a house electric meter data verification unit (91) and a personal user information unit (92), and the house electric meter data verification unit (91) is bidirectionally connected to the personal user information unit (92); The house electric meter data verification unit (91) is used to verify the collected electric meter data and personal registration information; The personal user information unit (92) is used to package and store information that fails verification after data verification.

9. A grid data interaction system according to claim 1, characterized in that: The data interaction unit comprises a user information interaction unit (101) and an information query unit (102), and the user information interaction unit (101) and the information query unit (102) are bidirectionally connected; The user information interaction unit (101) is used to connect the user terminal (1) information with the terminal (6) information through communication, and to perform barrier-free information interaction through communication; The information query unit (102) is used for both the user and the terminal (6) to perform query operations on various functions on the management platform during information interaction.

10. A grid data interaction system according to claim 1, characterized in that: The data scheduling unit comprises a data storage unit (111) and an information scheduling unit (112), and the data storage unit (111) is bidirectionally connected to the information scheduling unit (112); The data storage unit (111) is used to organize the collected data and the analyzed data and store them in the terminal (6); The information dispatching unit (112) is used to dispatch information for analysis and comparison during data analysis, and dispatch personnel to go to the site for verification and comparison.

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