Distribution network automation system integrated with marketing automation system

Abstract

The invention discloses a distribution network automation system integrated with a marketing automation system, and the system comprises a power distribution collection module, a power marketing module, a flow monitoring module, a control center, an operation management module, a data center module, an administrator module, a user side module, an abnormity alarm module, a remote communication module, and a network connection module. The power distribution acquisition module is connected with the flow monitoring module, the power marketing module is connected with the flow monitoring module, the flow monitoring module is connected with the control center, the control center is connected with the operation management module, the control center is connected with the data center module, the control center is connected with the administrator module, and the control center is connected with the user side module. The control center is connected with the abnormity alarm module, and the abnormity alarm module is connected with the remote communication module. The invention relates to a distribution network automation system integrated with a marketing automation system. The distribution network automation system has the advantages of being timely in system monitoring feedback, high in data transmission efficiency and high in system working and using safety.

Description

Technical Field

[0001] The present invention belongs to the technical field of distribution network systems, and in particular relates to a distribution network automation system integrated with a marketing automation system. Background Art

[0002] The distribution network automation system uses computer technology, automatic control technology, electronic technology, communication technology and new high-performance distribution equipment to conduct offline and online intelligent monitoring and management of the distribution network, so that the distribution network is always in the optimal operating state of safety, reliability, quality, economy and efficiency. The main functions are: distribution network data acquisition and monitoring system (SCADA), including data acquisition, four remote (remote signal, remote measurement, remote control, remote adjustment), status monitoring, alarm, event sequence recording, statistical calculation, tabulation and printing, etc.

[0003] The marketing automation system is a comprehensive information system that manages power marketing work electronically based on modern computer and communication technology. It is an electricity management information system that integrates business expansion registration, metering management, electricity fee calculation and accounting, and electricity fee collection.

[0004] The two systems are currently operating independently and have different user departments, which is inconvenient to use. The current distribution network automation system has poor monitoring effect when the system is in use, and it is not convenient to provide timely feedback to users for abnormal information that occurs during system operation, which affects users' understanding of abnormal conditions. In addition, the system relies on the network for data transmission, and the network control is inconvenient, which affects the data transmission efficiency. Therefore, it is necessary to design a distribution network automation system that integrates the marketing automation system. Summary of the invention

[0005] The purpose of the present invention is to provide a distribution network automation system integrated with a marketing automation system in order to solve the above problems, thereby solving the problems mentioned in the background technology.

[0006] In order to solve the above problems, the present invention provides a technical solution: A distribution network automation system integrated with a marketing automation system, comprising a power distribution acquisition module, a power marketing module, a flow monitoring module, a control center, an operation management module, a data center module, an administrator module, a user terminal module, an abnormal alarm module, a remote communication module, and a network connection module, wherein the power distribution acquisition module is connected to the flow monitoring module, the power marketing module is connected to the flow monitoring module, the flow monitoring module is connected to the control center, the control center is connected to the operation management module, the control center is connected to the data center module, the control center is connected to the administrator module, the control center is connected to the user terminal module, the control center is connected to the abnormal alarm module, and the abnormal alarm module is connected to the remote communication module.

[0007] Preferably, the power distribution acquisition module includes a voltage acquisition module, a current acquisition module and a flow acquisition module. The voltage acquisition module is connected to the current acquisition module, and the current acquisition module is connected to the flow acquisition module. The voltage acquisition module is used to monitor and collect the distribution network voltage data in real time, the current acquisition module is used to monitor and collect the distribution network current data in real time, and the flow acquisition module is used to collect the working flow of voltage and current, and can collect the flow of a preset time period. By designing the power distribution acquisition module, the power distribution data can be collected.

[0008] Preferably, the power marketing module includes a marketing classification module, a marketing statistics module and a marketing management module. The marketing classification module is connected to the marketing statistics module, and the marketing statistics module is connected to the marketing management module. The marketing classification module is used to classify the power distribution purposes, which can be divided into commercial, civil and industrial categories to facilitate the statistical recording of subsequent data. The marketing statistics module is used to count the marketing data, which can be counted at different time points to facilitate query and use. The marketing management module is used for the collection and payment of fees, user account management, and query work in the marketing process. By designing the power marketing module, power-related marketing work can be carried out.

[0009] Preferably, the operation management module includes a command and dispatch module, an information transmission module and an operation verification module. The command and dispatch module is connected to the information transmission module, and the information transmission module is connected to the operation verification module. The command and dispatch module is used for command and dispatch work in the distribution process, coordinates the work of various departments, and helps to handle distribution tasks more efficiently and quickly. The information transmission module is used to transmit command information data, and the operation verification module is used to perform secondary confirmation of operations in the command and dispatch process to avoid misoperation and hinder the distribution network work. By designing the operation management module, it is convenient to carry out the dispatch management work of the system.

[0010] Preferably, the data center module includes a data comparison module, a history query module and a data summary module. The data comparison module is used to compare the currently selected data with the historical record data to confirm the data difference, which is convenient for users to understand and use. The history query module is used to query and use the historical data stored in the system, which is convenient for understanding the historical data. The data summary module can perform classified statistics of the data, and can perform classified statistics according to traffic flow, valley peak volume and multiple classification methods, which is convenient for users to understand the data more intuitively. By designing the data center module, data storage, query and statistical summary can be performed.

[0011] Preferably, the administrator module includes a rights management module, a system monitoring module and an identity verification module, the rights management module is connected to the system monitoring module, the system monitoring module is connected to the identity verification module, the rights management module is used to classify and manage the rights of accounts that can perform system operations, the system monitoring module is used to monitor the working process of the system to avoid insecurity in the system operating environment, and to improve the security of system data and operations, and the identity verification module is used to verify the administrator's identity information when the administrator performs system operations, which can be done in the form of dynamic verification codes or face recognition to prevent the administrator's account from being stolen and misused, thereby improving management security. By designing the administrator module, it is convenient to carry out system management work.

[0012] Preferably, the user-end module includes a mobile-end module, a host-end module and an information receiving module. The mobile-end module is connected to the host-end module, and the host-end module is connected to the information receiving module. The mobile-end module is used for the user to use the system through a mobile terminal, including a mobile phone terminal, a tablet terminal and a variety of mobile terminals. The host-end module is used for the user to use the system through a computer host to improve the diversity of system use. The information receiving module is used for the user to receive data information sent and fed back by the system, and prompts through various user ports. By designing the user-end module, it is convenient to perform system usage inquiries and other tasks.

[0013] Preferably, the abnormal alarm module includes an alarm module and a user feedback module, the alarm module and the user feedback module are connected, the alarm module is used to alert relevant personnel of abnormal information monitored during the system operation by means of an alarm alarm, so as to ensure timely processing of abnormal information, and the user feedback module is used to feed back abnormal information monitored during the system operation to the user end through network transmission, so as to ensure confirmation and understanding of the information by the user. By designing the abnormal alarm module, timely alarm and feedback work can be performed on abnormal conditions.

[0014] Preferably, the remote communication module includes a multi-terminal prompt module and an information confirmation module, which are connected to each other. The multi-terminal prompt module is used to transmit information to all the user terminals in use when the system feedbacks transmission information, so as to avoid the situation that a certain port of the user may not be able to receive information smoothly. The information confirmation module is used for the user terminal to confirm the transmission of the feedback content after receiving the relevant feedback data information, so as to ensure that the user knows the information and then cancels the prompt information, so as to ensure the user's knowledge. By designing the remote communication module, the transmission of feedback information is convenient.

[0015] Preferably, the network connection module includes a wired connection module, a wireless connection module and an automatic switching module. The wired connection module is connected to the wireless connection module, and the wireless connection module is connected to the automatic switching module. The wired connection module is used for the system to connect to the network through a wired transmission connection. The wireless connection module is used for the system to connect to the network through a wireless transmission connection, which can be done in the form of WIFI connection or 5G connection. The automatic switching module is used to collect the network conditions of the wired connection and the wireless connection, and can automatically select and use the optimal network connection method to ensure the smoothness of the system networking work and improve the system working efficiency in disguise. By designing the network connection module, the network connection method can be automatically switched.

[0016] The beneficial effects of the present invention are as follows: the present invention relates to a distribution network automation system of an integrated marketing automation system, which has the characteristics of timely system monitoring feedback, high data transmission efficiency and high system operation and use safety. In specific use, compared with the distribution network automation system of a traditional integrated marketing automation system, the distribution network automation system of the integrated marketing automation system has the following two beneficial effects: First, the power marketing module can be used to carry out power-related marketing work, while the distribution network collection module can collect distribution network data. Through the flow monitoring module, data collection and marketing data can be monitored in real time. Once an abnormal situation occurs, it will be transmitted and fed back to the user end in a timely manner, which is convenient for users to know and understand abnormal problems in a timely manner. At the same time, a multi-end simultaneous prompt method is adopted to improve the information feedback effect; Secondly, through the network connection module, the connection method can be automatically adjusted according to the network conditions to help improve data transmission efficiency. Through the operation verification module, the system operation instructions can be verified again to avoid misoperation. Through the administrator module, the system management work is convenient. Through the identity authentication module, the administrator's identity information can be verified during system management operations to avoid theft of administrator accounts, thereby improving the security of system work. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] For ease of explanation, the present invention is described in detail with reference to the following specific implementations and the accompanying drawings.

[0018] Figure 1 It is the system principle diagram of the present invention; Figure 2 For the present invention Figure 1 Schematic diagram of the administrator module; Figure 3 For the present invention Figure 1 Schematic diagram of the user end module; Figure 4 For the present invention Figure 1Schematic diagram of abnormal alarm module; Figure 5 For the present invention Figure 1 Schematic diagram of remote communication module; Figure 6 For the present invention Figure 1 Schematic diagram of the network connection module.

[0019] In the figure: 1. Power distribution acquisition module; 2. Power marketing module; 3. Flow monitoring module; 4. Control center; 5. Operation management module; 6. Data center module; 7. Administrator module; 8. User end module; 9. Abnormal alarm module; 10. Remote communication module; 14. Network connection module; 11. Voltage acquisition module; 12. Current acquisition module; 13. Flow acquisition module; 21. Marketing classification module; 22. Marketing statistics module; 23. Marketing management module; 51. Command and dispatch module; 52. Information transmission module Input module; 53, operation verification module; 61, data comparison module; 62, history query module; 63, data summary module; 71, authority management module; 72, system monitoring module; 73, identity authentication module; 81, mobile terminal module; 82, host terminal module; 83, information receiving module; 91, alarm module; 92, user feedback module; 101, multi-terminal prompt module; 102, information confirmation module; 121, wired connection module; 122, wireless connection module; 123, automatic switching module. DETAILED DESCRIPTION

[0020] like Figure 1-6 As shown, this specific implementation adopts the following technical solutions: Example:

[0021] A distribution network automation system integrating a marketing automation system, comprising a power distribution acquisition module 1, a power marketing module 2, a flow monitoring module 3, a control center 4, an operation management module 5, a data center module 6, an administrator module 7, a user terminal module 8, an abnormal alarm module 9, a remote communication module 10, and a network connection module 14, wherein the power distribution acquisition module 1 is connected to the flow monitoring module 3, the power marketing module 2 is connected to the flow monitoring module 3, the flow monitoring module 3 is connected to the control center 4, the control center 4 is connected to the operation management module 5, the control center 4 is connected to the data center module 6, the control center 4 is connected to the administrator module 7, the control center 4 is connected to the user terminal module 8, the control center 4 is connected to the abnormal alarm module 9, and the abnormal alarm module 9 is connected to the remote communication module 10.

[0022] The power distribution acquisition module 1 includes a voltage acquisition module 11, a current acquisition module 12 and a flow acquisition module 13. The voltage acquisition module 11 is connected to the current acquisition module 12, and the current acquisition module 12 is connected to the flow acquisition module 13. The voltage acquisition module 11 is used to monitor and collect the distribution network voltage data in real time, the current acquisition module 12 is used to monitor and collect the distribution network current data in real time, and the flow acquisition module 13 is used to collect the working flow of voltage and current, and can collect the flow of a preset time period. By designing the power distribution acquisition module 1, the power distribution data can be collected.

[0023] The power marketing module 2 includes a marketing classification module 21, a marketing statistics module 22 and a marketing management module 23. The marketing classification module 21 is connected to the marketing statistics module 22, and the marketing statistics module 22 is connected to the marketing management module 23. The marketing classification module 21 is used to classify the power distribution purposes, which can be divided into commercial, civil and industrial categories to facilitate the statistical recording of subsequent data. The marketing statistics module 22 is used to count the marketing data, which can be counted at different time points for easy query and use. The marketing management module 23 is used for the collection and payment of fees, user account management, and query work in the marketing process. By designing the power marketing module 2, power-related marketing work can be carried out.

[0024] Among them, the operation management module 5 includes a command and dispatch module 51, an information transmission module 52 and an operation verification module 53. The command and dispatch module 51 is connected to the information transmission module 52, and the information transmission module 52 is connected to the operation verification module 53. The command and dispatch module 51 is used for command and dispatch work in the distribution process, coordinates the work of various departments, and helps to handle distribution tasks more efficiently and quickly. The information transmission module 52 is used to transmit command information data, and the operation verification module 53 is used to perform secondary confirmation of operations in the command and dispatch process to avoid misoperation and hinder the distribution network work. By designing the operation management module 5, it is convenient to carry out the dispatch management work of the system.

[0025] The data center module 6 includes a data comparison module 61, a history query module 62 and a data summary module 63. The data comparison module 61 is used to compare the currently selected data with the historical record data to confirm the data difference, which is convenient for users to understand and use. The history query module 62 is used to query and use the historical data stored in the system, which is convenient for understanding the historical data. The data summary module 63 can perform classified statistics of the data, and can perform classified statistics according to traffic flow, valley peak volume and multiple classification methods, which is convenient for users to understand the data more intuitively. By designing the data center module 6, data storage, query and statistical summary can be performed.

[0026] Wherein, the administrator module 7 includes a rights management module 71, a system monitoring module 72 and an identity verification module 73, wherein the rights management module 71 is connected to the system monitoring module 72, and the system monitoring module 72 is connected to the identity verification module 73, wherein the rights management module 71 is used for classifying and managing the rights of accounts that can perform system operations, wherein the system monitoring module 72 is used for monitoring the working process of the system to avoid insecurity in the system operating environment, and for improving the security of system data and operations, and wherein the identity verification module 73 is used for verifying the administrator's identity information when the administrator performs system operations, and can adopt a dynamic verification code or face recognition method to prevent the administrator's account from being stolen and misused, and improve management security. By designing the administrator module 7, it is convenient to perform system management.

[0027] Among them, the user terminal module 8 includes a mobile terminal module 81, a host terminal module 82 and an information receiving module 83, wherein the mobile terminal module 81 is connected to the host terminal module 82, and the host terminal module 82 is connected to the information receiving module 83. The mobile terminal module 81 is used for the user to use the system in a mobile terminal mode, including a mobile phone terminal, a tablet terminal and a variety of mobile terminal modes, and the host terminal module 82 is used for the user to use the system in a computer host mode to improve the diversity of system use, and the information receiving module 83 is used for the user terminal to receive the data information sent and fed back by the system, and prompt through each user port. By designing the user terminal module 8, it is convenient to perform system usage query and other tasks.

[0028] The abnormal alarm module 9 includes an alarm module 91 and a user feedback module 92, wherein the alarm module 91 and the user feedback module 92 are connected, wherein the alarm module 91 is used to alert relevant personnel of abnormal information detected during the operation of the system by means of an alarm alarm, thereby ensuring timely processing of the abnormal information, and the user feedback module 92 is used to feed back the abnormal information detected during the operation of the system to the user end through network transmission, thereby ensuring confirmation and understanding of the information by the user. By designing the abnormal alarm module 9, timely alarm and feedback work can be performed on abnormal conditions.

[0029] The remote communication module 10 includes a multi-terminal prompt module 101 and an information confirmation module 102, wherein the multi-terminal prompt module 101 and the information confirmation module 102 are connected, wherein the multi-terminal prompt module 101 is used to transmit the information to all the user terminals in use when the system feedbacks the transmission information, so as to avoid the situation that a certain port of the user may not be able to receive the information smoothly, and the information confirmation module 102 is used for the user terminal to confirm the transmission of the feedback content after receiving the relevant feedback data information, so as to ensure that the user knows the information and then cancels the prompt information, so as to ensure the user's knowledge. By designing the remote communication module 10, the transmission of feedback information is convenient.

[0030] Among them, the network connection module 14 includes a wired connection module 121, a wireless connection module 122 and an automatic switching module 123. The wired connection module 121 is connected to the wireless connection module 122, and the wireless connection module 122 is connected to the automatic switching module 123. The wired connection module 121 is used for the system to connect to the network through a wired transmission connection. The wireless connection module 122 is used for the system to connect to the network through a wireless transmission connection, which can be done in the form of WIFI connection or 5G connection. The automatic switching module 123 is used to collect the network conditions of the wired connection and the wireless connection, and can automatically select and use the optimal network connection method to ensure the smoothness of the system networking work and improve the system working efficiency in disguise. By designing the network connection module 14, the network connection method can be automatically switched.

[0031] The use status of the present invention is as follows: the voltage acquisition module 11 is used to monitor and collect the distribution network voltage data in real time; the current acquisition module 12 is used to monitor and collect the distribution network current data in real time; the flow acquisition module 13 is used to collect the working flow of voltage and current, and can collect the flow of a preset time period; the marketing classification module 21 is used to classify the distribution purposes, which can be divided into commercial, civil, and industrial categories, which is convenient for the statistical recording of subsequent data; the marketing statistics module 22 is used to count the marketing data, which can be counted at different time points for easy query and use; the marketing management module 23 is used for the collection and payment of fees, user account management, The command and dispatch module 51 is used for command and dispatch work in the distribution network process, coordinates the work of various departments, and helps to handle distribution tasks more efficiently and quickly. The information transmission module 52 is used to transmit command information data. The operation verification module 53 is used to conduct secondary confirmation of the operation in the command and dispatch process to avoid misoperation in the marketing distribution network work; the data comparison module 61 is used to compare the currently selected data with the historical record data, confirm the data difference, and facilitate the user to understand and use it. The historical query module 62 is used to query and use the historical data stored in the system to facilitate the understanding of historical data. The data summary module 63 can perform data Classification statistics can be classified and counted according to traffic, valley and peak volume, etc., so that users can have a more intuitive understanding of the data; the authority management module 71 is used to classify and manage the authority of accounts that can perform system operations; the system monitoring module 72 is used to monitor the working process of the system to avoid insecurity in the system operating environment and to improve the security of system data and operations; the identity authentication module 73 is used to verify the administrator's identity information when the administrator performs system operations, which can be done by dynamic verification code or face recognition to prevent the administrator's account from being stolen and misused, thereby improving management security; the mobile terminal module 81 is used by users to perform system operations through mobile terminals. The use of the system includes multiple mobile terminal modes such as mobile phone and tablet terminal. The host terminal module 82 is used by the user to use the system through the computer host mode to improve the diversity of system use. The information receiving module 83 is used by the user terminal to receive the data information sent and fed back by the system, and to prompt through various user ports; the alarm module 91 is used to prompt the relevant personnel by means of an alarm alarm for abnormal information detected during the operation of the system, to ensure timely processing of abnormal information, and the user feedback module 92 is used to feed back the abnormal information detected during the operation of the system to the user terminal through network transmission to ensure that the user confirms and understands the information;The multi-terminal prompt module 101 is used to transmit the information to all the user's active user terminals when the system feedbacks the transmission information, so as to avoid the situation that a certain port of the user may not be able to receive the information smoothly. The information confirmation module 102 is used for the user terminal to confirm the transmission of the feedback content after receiving the relevant feedback data information, so as to ensure that the user knows the information and then cancels the prompt information to ensure the user's knowledge; the wired connection module 121 is used for the system to connect to the network through the wired transmission connection, and the wireless connection module 122 is used for the system to connect to the network through the wireless transmission connection, which can be carried out in the form of WIFI connection or 5G connection. The automatic switching module 123 is used to collect the network status of the wired connection and the wireless connection, and can automatically select and use the optimal network connection mode to ensure the smoothness of the system networking work and improve the system working efficiency in disguise. ;

[0032] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for illustrating the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which shall fall within the scope of the present invention to be protected. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A distribution network automation system integrated with a marketing automation system, comprising a distribution network acquisition module (1), a power marketing module (2), a flow monitoring module (3), a control center (4), an operation management module (5), a data center module (6), an administrator module (7), a user terminal module (8), an abnormal alarm module (9), a remote communication module (10), and a network connection module (14), characterized in that: The power distribution acquisition module (1) is connected to the flow monitoring module (3), the power marketing module (2) is connected to the flow monitoring module (3), the flow monitoring module (3) is connected to the control center (4), the control center (4) is connected to the operation management module (5), the control center (4) is connected to the data center module (6), the control center (4) is connected to the administrator module (7), the control center (4) is connected to the user end module (8), the control center (4) is connected to the abnormal alarm module (9), and the abnormal alarm module (9) is connected to the remote communication module (10).

2. The distribution network automation system of the integrated marketing automation system according to claim 1, characterized in that: The power distribution acquisition module (1) comprises a voltage acquisition module (11), a current acquisition module (12) and a flow acquisition module (13); the voltage acquisition module (11) is connected to the current acquisition module (12); the current acquisition module (12) is connected to the flow acquisition module (13); the voltage acquisition module (11) is used to monitor and collect distribution network voltage data in real time; the current acquisition module (12) is used to monitor and collect distribution network current data in real time; the flow acquisition module (13) is used to collect voltage and current working flow, and can collect flow in a preset time period.

3. The distribution network automation system of the integrated marketing automation system according to claim 1, characterized in that: The power marketing module (2) comprises a marketing classification module (21), a marketing statistics module (22) and a marketing management module (23). The marketing classification module (21) is connected to the marketing statistics module (22), and the marketing statistics module (22) is connected to the marketing management module (23). The marketing classification module (21) is used to classify the use of power distribution into commercial, civil and industrial categories, so as to facilitate the statistical recording of subsequent data. The marketing statistics module (22) is used to collect statistics on marketing data, and statistics can be collected at different time points to facilitate query and use. The marketing management module (23) is used to collect and pay fees, manage user accounts and conduct query work during the marketing process.

4. The distribution network automation system of the integrated marketing automation system according to claim 1, characterized in that: The operation management module (5) comprises a command and dispatch module (51), an information transmission module (52) and an operation verification module (53). The command and dispatch module (51) is connected to the information transmission module (52), and the information transmission module (52) is connected to the operation verification module (53). The command and dispatch module (51) is used for command and dispatch work in the distribution network process, coordinating the work of various departments, and helping to process distribution tasks more efficiently and quickly. The information transmission module (52) is used to transmit command information data. The operation verification module (53) is used to perform secondary confirmation of operations in the command and dispatch process to avoid erroneous operations that affect the distribution network work.

5. The distribution network automation system of the integrated marketing automation system according to claim 1, characterized in that: The data center module (6) includes a data comparison module (61), a history query module (62) and a data summary module (63). The data comparison module (61) is used to compare the currently selected data with the historical record data to confirm the data difference, so as to facilitate the user to understand and use. The history query module (62) is used to query and use the historical data stored in the system, so as to facilitate the understanding of the historical data. The data summary module (63) can perform classified statistics of the data, and can perform classified statistics according to a variety of classification methods such as flow rate and valley peak volume, so as to facilitate the user to have a more intuitive understanding of the data.

6. The distribution network automation system of the integrated marketing automation system according to claim 1, characterized in that: The administrator module (7) comprises a rights management module (71), a system monitoring module (72) and an identity verification module (73). The rights management module (71) is connected to the system monitoring module (72), and the system monitoring module (72) is connected to the identity verification module (73). The rights management module (71) is used to classify and manage the rights of accounts that can perform system operations. The system monitoring module (72) is used to monitor the working process of the system to avoid insecurity in the system operating environment and to improve the security of system data and operations. The identity verification module (73) is used to verify the administrator's identity information when the administrator performs system operations. The verification can be performed in the form of dynamic verification codes or face recognition to prevent the administrator's account from being stolen and misused, thereby improving management security.

7. The distribution network automation system of the integrated marketing automation system according to claim 1, characterized in that: The user-end module (8) comprises a mobile-end module (81), a host-end module (82) and an information receiving module (83). The mobile-end module (81) is connected to the host-end module (82), and the host-end module (82) is connected to the information receiving module (83). The mobile-end module (81) is used for a user to use the system in a mobile terminal manner, including a mobile phone, a tablet terminal and a variety of mobile terminal manners. The host-end module (82) is used for a user to use the system in a computer host manner, thereby improving the diversity of system use. The information receiving module (83) is used for the user to receive data information sent and fed back by the system, and to provide prompts through various user ports.

8. The distribution network automation system of the integrated marketing automation system according to claim 1, characterized in that: The abnormal alarm module (9) comprises an alarm module (91) and a user feedback module (92), wherein the alarm module (91) and the user feedback module (92) are connected, wherein the alarm module (91) is used to alert relevant personnel by means of an alarm for abnormal information detected during the operation of the system, thereby ensuring timely processing of the abnormal information, and the user feedback module (92) is used to feed back the abnormal information detected during the operation of the system to the user end by means of network transmission, thereby ensuring that the user confirms and understands the information.

9. The distribution network automation system of the integrated marketing automation system according to claim 1, characterized in that: The remote communication module (10) comprises a multi-terminal prompt module (101) and an information confirmation module (102). The multi-terminal prompt module (101) and the information confirmation module (102) are connected. The multi-terminal prompt module (101) is used to transmit the information to all the user terminals in use when the system feeds back transmission information, so as to avoid the situation where a certain port of the user cannot smoothly receive the information. The information confirmation module (102) is used for the user terminal to confirm the transmission of the feedback content after receiving the relevant feedback data information, so as to ensure that the user knows the information and then cancels the prompt information, so as to ensure the user's knowledge.

10. The distribution network automation system of the integrated marketing automation system according to claim 1, characterized in that: The network connection module (14) comprises a wired connection module (121), a wireless connection module (122) and an automatic switching module (123); the wired connection module (121) and the wireless connection module (122) are connected, and the wireless connection module (122) and the automatic switching module (123) are connected; the wired connection module (121) is used for the system to connect to the network by means of a wired transmission connection; the wireless connection module (122) is used for the system to connect to the network by means of a wireless transmission connection, which may be carried out in the form of a WIFI connection or a 5G connection; the automatic switching module (123) is used for collecting the network conditions of the wired connection and the wireless connection, and may automatically select and use the optimal network connection mode, thereby ensuring the smoothness of the system networking work and indirectly improving the system working efficiency.

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