CN112822034A - Service subscription mode-based data transmission method and system between main and distribution network systems - Google Patents
Service subscription mode-based data transmission method and system between main and distribution network systems Download PDFInfo
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- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
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- H—ELECTRICITY
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Abstract
The invention discloses a service subscription mode-based data transmission method between main and distribution network power scheduling systems, which realizes that main network 10kV data is automatically transmitted to a distribution network system as required between a main automation system and a distribution network automation system in a service subscription mode, greatly reduces a large amount of manual setting work brought by using a traditional forwarding mode, and improves the system maintenance efficiency.
Description
Technical Field
The invention belongs to the technical field of data transmission of power systems, and particularly relates to a data transmission method between main and distribution network systems based on a service subscription mode, and further relates to a data transmission system between the main and distribution network systems based on the service subscription mode.
Background
When a distribution network system runs, a large amount of real-time data of 10kV equipment is needed, at present, the real-time data of the 10kV equipment acquired by a main network system is generally transmitted to the distribution network system in a protocol transmitting mode, the main network system and the distribution network system respectively establish transmitting and receiving channels and set communication parameters such as communication protocols, then respectively establish a measuring point transmitting table and a measuring point receiving table, and transmit measuring point sequence numbers and receive measuring point sequence numbers are set according to the same sequence, so that the consistency of transmitted data and received data is ensured. The protocol forwarding function of the main network system and the protocol receiving and processing function of the distribution network system are basic functions of data acquisition in the system, and system maintenance personnel can complete configuration work proficiently by investing certain workload, so that the distribution network system can acquire required real-time data from the main network system.
When the system operates, along with the expansion of the scale of the power grid and the change of the structure, the data demand of the distribution network system to the main network system can also change frequently. Along with the continuous increase of data volume, the complexity of maintenance work caused by the mode that the two systems respectively maintain forwarding and receiving point tables manually is also increased, and the problems of point table asynchrony, maintenance errors and the like caused by the mode that the two systems respectively maintain the point tables manually can influence the accuracy and the real-time property of data acquisition of the distribution network system, thereby causing abnormal function operation.
Disclosure of Invention
The invention aims to overcome the defects in the prior art and provides a data transmission method between a main distribution network system based on a service subscription mode.
In order to solve the technical problems, the invention provides a data transmission method between a main distribution network system and a distribution network system based on a service subscription mode, which is executed at the side of the distribution network system and comprises a data subscription process, a real-time data transmission process and a remote control operation process, wherein:
the data subscription process comprises the following steps:
screening out the measuring point information associated with all the devices, wherein the measuring point information comprises measuring point names and distribution network side measuring point IDs, and sending the measuring point information to a main network system;
receiving a mapping relation between a main network side measuring point ID and a distribution network side measuring point ID returned by a main network system;
the real-time data transmission process comprises the following steps:
receiving real-time data sent by a main network system, wherein the real-time data is associated with a main network side measuring point ID;
converting real-time data into a distribution network side measuring point ID and a measuring point value according to the mapping relation between the main network side measuring point ID and the distribution network side measuring point ID;
the remote control operation process comprises the following steps:
converting the remote control command into a main network system remote control measuring point ID and a remote control value according to the mapping relation between the main network side measuring point ID and the distribution network side measuring point ID, and sending the main network system remote control measuring point ID and the remote control value to the main network system;
and receiving a safety check result of the remote control command sent by the main network system, if the safety check is correct, continuing to receive the real-time data sent by the main network system, and after the state of the remote control equipment is changed, ending the remote control process.
Correspondingly, the present invention further provides a data transmission client configured at the side of the distribution network system, including: data subscription module, real-time data transmission module and remote control operation module, wherein:
the data subscription module is used for screening out measuring point information associated with all the devices, wherein the measuring point information comprises measuring point names and distribution network side measuring point IDs and sending the measuring point information to the main network system; receiving a mapping relation between a main network side measuring point ID and a distribution network side measuring point ID returned by a main network system;
the real-time data transmission module is used for receiving real-time data sent by the main network system, and the real-time data is associated with the ID of the main network side measuring point; converting real-time data into a distribution network side measuring point ID and a measuring point value according to the mapping relation between the main network side measuring point ID and the distribution network side measuring point ID;
the remote control operation module is used for converting a remote control command into a remote control measuring point ID and a remote control value of the main network system according to the mapping relation between the main network side measuring point ID and the distribution network side measuring point ID and sending the remote control command to the main network system; and receiving a safety check result of the remote control command sent by the main network system, if the safety check is correct, continuing to receive the real-time data sent by the main network system, and after the state of the remote control equipment is changed, ending the remote control process.
Correspondingly, the invention also provides a data transmission method between the main network system and the distribution network system based on the service subscription mode, which is executed at the main network system side and comprises a data subscription process, a real-time data transmission process and a remote control operation process, wherein:
the data subscription process comprises the following steps:
receiving measuring point information sent by a distribution network system, wherein the measuring point information comprises measuring point names and distribution network side measuring point IDs;
matching the measuring points associated with the equipment in the system according to the measuring point names to obtain a mapping relation between the main network side measuring point ID and the distribution network side measuring point ID; and returning the mapping relation to the distribution network system;
the real-time data transmission process comprises the following steps:
receiving real-time data sent from a plant station end in real time, establishing association between the real-time data and the main network side measuring point ID, and sending the real-time data to a distribution network system;
the remote control operation process comprises the following steps:
receiving a remote control command sent by a distribution network system, wherein the remote control command comprises a main network side measuring point ID and a remote control value system;
and issuing the remote control command to the plant station to which the remote control device corresponding to the remote control command belongs.
Further, before issuing the remote control command to the plant station to which the remote control device belongs corresponding to the remote control command, the method further includes:
the safety check of the remote control command comprises the following steps: whether the equipment needing to be remotely controlled is allowed to be controlled by the distribution network system or not and whether the voltage grade of the equipment needing to be remotely controlled is 10kV or not; if the judgment results show that the safety check is passed, and if the judgment results show that the safety check is not passed, the safety check fails.
Correspondingly, the invention also provides a data transmission server configured at the side of the main network system, comprising a data subscription module, a real-time data transmission module and a remote control operation module, wherein:
the data subscription module is used for receiving measuring point information sent by a distribution network system, and the measuring point information comprises a measuring point name and a distribution network side measuring point ID; matching the measuring points associated with the equipment in the system according to the measuring point names to obtain a mapping relation between the main network side measuring point ID and the distribution network side measuring point ID; and returning the mapping relation to the distribution network system;
the real-time data transmission module is used for receiving real-time data sent by a plant station end in real time, establishing association between the real-time data and the ID of the main network side measuring point and sending the real-time data to the distribution network system;
the remote control operation module is used for receiving a remote control command sent by the distribution network system, and the remote control command comprises a main network side measuring point ID and a remote control value system; and issuing the remote control command to the plant station to which the remote control device corresponding to the remote control command belongs.
Further, before issuing the remote control command to the plant station to which the remote control device belongs corresponding to the remote control command in the remote control operation module, the method further includes:
the safety check of the remote control command comprises the following steps: whether the equipment needing to be remotely controlled is allowed to be controlled by the distribution network system or not and whether the voltage grade of the equipment needing to be remotely controlled is 10kV or not; if the judgment results show that the safety check is passed, and if the judgment results show that the safety check is not passed, the safety check fails.
Correspondingly, the invention also provides a data transmission method between the main network and the distribution network based on the service subscription mode, which comprises a data subscription process, a real-time data transmission process and a remote control operation process, wherein:
the data subscription process comprises the following steps:
establishing data transmission service association between a main network system and a network distribution system;
the distribution network system screens out measurement point information associated with all the devices, wherein the measurement point information comprises measurement point names and distribution network side measurement point IDs; and sending the measuring point information to the main network system;
after receiving the measuring point information, the main network system matches measuring points associated with the equipment in the system according to the measuring point names to obtain a mapping relation between the main network side measuring point ID and the distribution network side measuring point ID; and returning the mapping relation to the distribution network system;
the real-time data transmission process comprises the following steps:
the main network system receives real-time data sent by a plant station end in real time, associates the real-time data with the main network side measuring point ID, and sends the real-time data to the distribution network system;
after the distribution network system receives the real-time data, converting the real-time data into distribution network side measuring point IDs and measuring point values according to the mapping relation between the main network side measuring point IDs and the distribution network side measuring point IDs;
the remote control operation process comprises the following steps:
the distribution network system converts the remote control command into a main network system remote control measuring point ID and a remote control value according to the mapping relation between the main network side measuring point ID and the distribution network side measuring point ID, and sends the main network system remote control measuring point ID and the remote control value to the main network system;
after receiving the remote control command of the distribution network side, the main network system sends the remote control command to a plant station to which the remote control equipment corresponding to the remote control command belongs;
and the distribution network system continues to receive the real-time data sent by the main network system, and after the state of the remotely controlled equipment is changed, the remote control process is ended.
Further, after receiving the network distribution side remote control command, the main network system further includes:
the safety check of the remote control command comprises the following steps: whether the equipment needing to be remotely controlled is allowed to be controlled by the distribution network system or not and whether the voltage grade of the equipment needing to be remotely controlled is 10kV or not; if the judgment results show that the safety check is passed, and if the judgment results show that the safety check is not passed, the safety check fails.
Correspondingly, the invention also provides a data transmission system between the main network and the distribution network based on the service subscription mode, which comprises the data transmission client and the data transmission server,
and the data transmission client and the data transmission server perform real-time data transmission and remote control operation after completing data subscription.
Compared with the prior art, the invention has the following beneficial effects: the real-time data of the 10kV equipment required by the system is automatically acquired in a mode that the distribution network system actively subscribes data to the main network system, so that the workload of maintenance personnel is effectively reduced, and the accuracy and the real-time performance of the data of the distribution network system are improved.
Drawings
FIG. 1 is a flow chart of the method of the present invention.
Detailed Description
The invention is further described below with reference to the accompanying drawings. The following examples are only for illustrating the technical solutions of the present invention more clearly, and the protection scope of the present invention is not limited thereby.
Example 1
The invention discloses a service subscription mode-based data transmission method between main and distribution network systems, which realizes the automatic transmission of real-time data of 10kV equipment between the main and distribution network systems, and is shown in figure 1, and the method comprises the following steps:
the first step is as follows: establishing data transmission service association between a main network power dispatching automation system (called a main network system for short) and a distribution network power dispatching automation system (called a distribution network system for short) according to the requirements of GB/T33602 and 2017 power system general service protocols, wherein the main network system side is a data transmission service end, and the distribution network system side is a data transmission client;
the second step is that: the distribution network power dispatching automation system screens all 10kV equipment according to the voltage grade of the equipment of the system, and then writes the telemetering, remote signaling and remote control measuring point information associated with the equipment into a subscription request data list file, wherein the file comprises a data type, a sequence number, a measuring point name and a distribution network side measuring point ID, and the method comprises the following steps: the measuring point name meets the requirements of the naming specification of the DL/T1171 and 2012 power grid equipment general data model;
the third step: the data transmission client of the distribution network system sends a subscription request data list file to the data transmission server of the main network system;
the fourth step: after receiving the subscription request data list file, the data transmission service end of the main network system matches telemetering, remote signaling and remote control measuring points associated with 10kV equipment in the system according to measuring point names in the file to obtain a mapping relation between measuring point IDs on the main network side and measuring point IDs on the distribution network side, and writes the measuring point information passing the matching into a subscription confirmation data list file, wherein the file comprises data types, sequence numbers, measuring point names, the measuring point IDs on the distribution network side, the measuring point IDs on the main network side and the measuring point information not passing the matching are also written into the subscription confirmation data list file, and the measuring point IDs on the main network side are written into NULL;
the fifth step: the main network system data transmission server returns a subscription confirmation data list file to the distribution network system data transmission client to complete the data subscription process;
and a sixth step: the main network system data transmission server side receives real-time data sent by a plant station side and acquired by the main network data acquisition function in real time, and packages and sends the real-time data to the distribution network system data transmission client side through a power system universal service protocol according to main network side measuring point IDs in a subscription confirmation data list file;
the seventh step: and after receiving the real-time data issued by the main network system data transmission server, the distribution network system data transmission client converts the mapping relationship between the main network side measuring point ID and the distribution network side measuring point ID in the data list file into a distribution network side measuring point ID and a measuring point value according to the subscription confirmation, and sends the distribution network side measuring point ID and the measuring point value to the data monitoring function of the distribution network system to complete the real-time operation monitoring of the distribution network.
Eighth step: when the distribution network system needs to remotely control 10kV equipment of a plant station to which the main network system belongs, the distribution network remote control function software converts a remote control command into a main network system remote control measuring point ID and a remote control value through a distribution network system data transmission client and sends the main network system remote control measuring point ID and the remote control value to a main network system data transmission server;
the ninth step: after receiving the network distribution side remote control command request, the main network system data transmission server calls corresponding security check, and if the remote control command is passed through the check, the main network system data transmission server issues the remote control command to the station to which the remote control equipment belongs, otherwise, the main network system data transmission server does not send the remote control command, and returns a check result to the network distribution system data transmission client;
the remote control safety check of the data transmission server side of the main network system comprises the following steps: whether the equipment needing to be remotely controlled is allowed to be controlled by the distribution network system or not and whether the voltage grade of the equipment needing to be remotely controlled is 10kV or not. If yes, the safety check is passed, and if not, the safety check is failed.
The tenth step: and the distribution network remote control function software receives a remote control checking result forwarded by the distribution network system data transmission client, if the checking is correct, the real-time data sent by the main network system are continuously received, and after the state of the remotely controlled 10kV equipment is changed, the remote control process is ended.
After the model of the distribution network system is changed, if the configuration of the required 10kV data is changed, the data subscription is directly carried out again according to the second step to the fifth step without disconnecting the service association with the main network system, and then the main network and the distribution network system are processed according to the sixth step to the tenth step.
Data acquisition of 10kV equipment at a plant station end is completed by a main network system, so that modification of a 10kV equipment model is also performed before a distribution network system by the main network system, in the main and distribution network power dispatching automation system, unique identification IDs of the equipment and a measuring point are not allowed to be reused, and an existing ID is not changed to another equipment or measuring point. Therefore, the condition that related data are disordered can not occur in the process of modifying the 10kV equipment model.
The method can realize that the distribution network system automatically acquires the required real-time data of the 10kV equipment in a service subscription/release mode under the condition that the manual maintenance of data transmission configuration does not exist between the main distribution network system and the distribution network system, effectively reduces the workload of maintenance personnel, and improves the accuracy and the real-time performance of the data of the distribution network system.
Example 2
The invention discloses a data transmission client configured on the side of a distribution network system, which comprises: data subscription module, real-time data transmission module and remote control operation module, wherein:
the data subscription module is used for screening out measuring point information associated with all the devices, wherein the measuring point information comprises measuring point names and distribution network side measuring point IDs and sending the measuring point information to the main network system; receiving a mapping relation between a main network side measuring point ID and a distribution network side measuring point ID returned by a main network system;
the real-time data transmission module is used for receiving real-time data sent by the main network system, and the real-time data is associated with the ID of the main network side measuring point; converting real-time data into a distribution network side measuring point ID and a measuring point value according to the mapping relation between the main network side measuring point ID and the distribution network side measuring point ID;
the remote control operation module is used for converting a remote control command into a remote control measuring point ID and a remote control value of the main network system according to the mapping relation between the main network side measuring point ID and the distribution network side measuring point ID and sending the remote control command to the main network system; and receiving a safety check result of the remote control command sent by the main network system, if the safety check is correct, continuing to receive the real-time data sent by the main network system, and after the state of the remote control equipment is changed, ending the remote control process.
The specific implementation scheme of each module in the system of the invention refers to the implementation process of each step of the method.
Example 3
Correspondingly, the data transmission server of the present invention is configured on the side of the main network system, and comprises a data subscription module, a real-time data transmission module and a remote control operation module, wherein:
the data subscription module is used for receiving measuring point information sent by a distribution network system, and the measuring point information comprises a measuring point name and a distribution network side measuring point ID; matching the measuring points associated with the equipment in the system according to the measuring point names to obtain a mapping relation between the main network side measuring point ID and the distribution network side measuring point ID; and returning the mapping relation to the distribution network system;
the real-time data transmission module is used for receiving real-time data sent by a plant station end in real time, establishing association between the real-time data and the ID of the main network side measuring point and sending the real-time data to the distribution network system;
the remote control operation module is used for receiving a remote control command sent by the distribution network system, and the remote control command comprises a main network side measuring point ID and a remote control value system; and issuing the remote control command to the plant station to which the remote control device corresponding to the remote control command belongs.
Further, before issuing the remote control command to the plant station to which the remote control device belongs corresponding to the remote control command in the remote control operation module, the method further includes:
the safety check of the remote control command comprises the following steps: whether the equipment needing to be remotely controlled is allowed to be controlled by the distribution network system or not and whether the voltage grade of the equipment needing to be remotely controlled is 10kV or not; if the judgment results show that the safety check is passed, and if the judgment results show that the safety check is not passed, the safety check fails.
The specific implementation scheme of each module in the system of the invention refers to the implementation process of each step of the method.
Example 4
Correspondingly, the data transmission system between the main network system and the distribution network system based on the service subscription mode comprises the data transmission client and the data transmission server,
and the data transmission client and the data transmission server perform real-time data transmission and remote control operation after completing data subscription.
The specific implementation schemes of the data transmission client and the data transmission server in the system of the invention refer to the implementation processes of all the steps of the method.
As will be appreciated by one skilled in the art, embodiments of the present application may be provided as a method, system, or computer program product. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
The present application is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the application. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
The above description is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, several modifications and variations can be made without departing from the technical principle of the present invention, and these modifications and variations should also be regarded as the protection scope of the present invention.
Claims (9)
1. A data transmission method between main and distribution network systems based on a service subscription mode is executed on a distribution network system side and is characterized by comprising a data subscription process, a real-time data transmission process and a remote control operation process, wherein:
the data subscription process comprises the following steps:
screening out the measuring point information associated with all the devices, wherein the measuring point information comprises measuring point names and distribution network side measuring point IDs, and sending the measuring point information to a main network system;
receiving a mapping relation between a main network side measuring point ID and a distribution network side measuring point ID returned by a main network system;
the real-time data transmission process comprises the following steps:
receiving real-time data sent by a main network system, wherein the real-time data is associated with a main network side measuring point ID;
converting real-time data into a distribution network side measuring point ID and a measuring point value according to the mapping relation between the main network side measuring point ID and the distribution network side measuring point ID;
the remote control operation process comprises the following steps:
converting the remote control command into a main network system remote control measuring point ID and a remote control value according to the mapping relation between the main network side measuring point ID and the distribution network side measuring point ID, and sending the main network system remote control measuring point ID and the remote control value to the main network system;
and receiving a safety check result of the remote control command sent by the main network system, if the safety check is correct, continuing to receive the real-time data sent by the main network system, and after the state of the remote control equipment is changed, ending the remote control process.
2. A data transmission client is configured at the side of a distribution network system, and is characterized by comprising: data subscription module, real-time data transmission module and remote control operation module, wherein:
the data subscription module is used for screening out measuring point information associated with all the devices, wherein the measuring point information comprises measuring point names and distribution network side measuring point IDs and sending the measuring point information to the main network system; receiving a mapping relation between a main network side measuring point ID and a distribution network side measuring point ID returned by a main network system;
the real-time data transmission module is used for receiving real-time data sent by the main network system, and the real-time data is associated with the ID of the main network side measuring point; converting real-time data into a distribution network side measuring point ID and a measuring point value according to the mapping relation between the main network side measuring point ID and the distribution network side measuring point ID;
the remote control operation module is used for converting a remote control command into a remote control measuring point ID and a remote control value of the main network system according to the mapping relation between the main network side measuring point ID and the distribution network side measuring point ID and sending the remote control command to the main network system; and receiving a safety check result of the remote control command sent by the main network system, if the safety check is correct, continuing to receive the real-time data sent by the main network system, and after the state of the remote control equipment is changed, ending the remote control process.
3. A data transmission method between a main network system and a distribution network system based on a service subscription mode is executed on a main network system side and is characterized by comprising a data subscription process, a real-time data transmission process and a remote control operation process, wherein:
the data subscription process comprises the following steps:
receiving measuring point information sent by a distribution network system, wherein the measuring point information comprises measuring point names and distribution network side measuring point IDs;
matching the measuring points associated with the equipment in the system according to the measuring point names to obtain a mapping relation between the main network side measuring point ID and the distribution network side measuring point ID; and returning the mapping relation to the distribution network system;
the real-time data transmission process comprises the following steps:
receiving real-time data sent from a plant station end in real time, establishing association between the real-time data and the main network side measuring point ID, and sending the real-time data to a distribution network system;
the remote control operation process comprises the following steps:
receiving a remote control command sent by a distribution network system, wherein the remote control command comprises a main network side measuring point ID and a remote control value system;
and issuing the remote control command to the plant station to which the remote control device corresponding to the remote control command belongs.
4. The method according to claim 3, wherein before issuing the remote control command to the station to which the remote control device belongs, the method further comprises:
the safety check of the remote control command comprises the following steps: whether the equipment needing to be remotely controlled is allowed to be controlled by the distribution network system or not and whether the voltage grade of the equipment needing to be remotely controlled is 10kV or not; if the judgment results show that the safety check is passed, and if the judgment results show that the safety check is not passed, the safety check fails.
5. A data transmission server is configured at the side of a main network system, and is characterized by comprising a data subscription module, a real-time data transmission module and a remote control operation module, wherein:
the data subscription module is used for receiving measuring point information sent by a distribution network system, and the measuring point information comprises a measuring point name and a distribution network side measuring point ID; matching the measuring points associated with the equipment in the system according to the measuring point names to obtain a mapping relation between the main network side measuring point ID and the distribution network side measuring point ID; and returning the mapping relation to the distribution network system;
the real-time data transmission module is used for receiving real-time data sent by a plant station end in real time, establishing association between the real-time data and the ID of the main network side measuring point and sending the real-time data to the distribution network system;
the remote control operation module is used for receiving a remote control command sent by the distribution network system, and the remote control command comprises a main network side measuring point ID and a remote control value system; and issuing the remote control command to the plant station to which the remote control device corresponding to the remote control command belongs.
6. The data transmission server according to claim 5, wherein before issuing the remote control command to the station to which the remote control device belongs, the remote control operation module further comprises:
the safety check of the remote control command comprises the following steps: whether the equipment needing to be remotely controlled is allowed to be controlled by the distribution network system or not and whether the voltage grade of the equipment needing to be remotely controlled is 10kV or not; if the judgment results show that the safety check is passed, and if the judgment results show that the safety check is not passed, the safety check fails.
7. A data transmission method between main and distribution network systems based on a service subscription mode is characterized by comprising a data subscription process, a real-time data transmission process and a remote control operation process, wherein:
the data subscription process comprises the following steps:
establishing data transmission service association between a main network system and a network distribution system;
the distribution network system screens out measurement point information associated with all the devices, wherein the measurement point information comprises measurement point names and distribution network side measurement point IDs; and sending the measuring point information to the main network system;
after receiving the measuring point information, the main network system matches measuring points associated with the equipment in the system according to the measuring point names to obtain a mapping relation between the main network side measuring point ID and the distribution network side measuring point ID; and returning the mapping relation to the distribution network system;
the real-time data transmission process comprises the following steps:
the main network system receives real-time data sent by a plant station end in real time, associates the real-time data with the main network side measuring point ID, and sends the real-time data to the distribution network system;
after the distribution network system receives the real-time data, converting the real-time data into distribution network side measuring point IDs and measuring point values according to the mapping relation between the main network side measuring point IDs and the distribution network side measuring point IDs;
the remote control operation process comprises the following steps:
the distribution network system converts the remote control command into a main network system remote control measuring point ID and a remote control value according to the mapping relation between the main network side measuring point ID and the distribution network side measuring point ID, and sends the main network system remote control measuring point ID and the remote control value to the main network system;
after receiving the remote control command of the distribution network side, the main network system sends the remote control command to a plant station to which the remote control equipment corresponding to the remote control command belongs;
and the distribution network system continues to receive the real-time data sent by the main network system, and after the state of the remotely controlled equipment is changed, the remote control process is ended.
8. The method according to claim 7, wherein after receiving the network distribution side remote control command, the main network system further comprises:
the safety check of the remote control command comprises the following steps: whether the equipment needing to be remotely controlled is allowed to be controlled by the distribution network system or not and whether the voltage grade of the equipment needing to be remotely controlled is 10kV or not; if the judgment results show that the safety check is passed, and if the judgment results show that the safety check is not passed, the safety check fails.
9. A data transmission system between main and distribution network systems based on a service subscription mode is characterized by comprising a data transmission client side in claim 2 and a data transmission server side in claim 5;
and the data transmission client and the data transmission server perform real-time data transmission and remote control operation after completing data subscription.
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