Management method and system of distribution transformer terminal
阅读说明：本技术 配变终端的管理方法及系统 (Management method and system of distribution transformer terminal ) 是由 齐鹏 许竞 赵铁军 樊文倩 孙凌晨 袁艺 秦川 李奔 李俊廷 曹俊岭 李博强 于 2019-11-19 设计创作，主要内容包括：本发明提供一种配变终端的管理方法及系统。管理方法包括：配电主站接收业务配置人员录入的低压配电网中配变终端的终端档案信息集合；所述配电主站将所述终端档案信息集合同步传输至AC-IoT；所述AC-IoT根据当前接入的配变终端和所述终端档案信息集合,确定是否允许所述当前接入的配变终端接入所述AC-IoT。本发明的配变终端的管理方法及系统,将配变终端和配电主站通过AC-IoT相连,并且,通过配电主站接收业务配置人员录入的低压配电网中配变终端的终端档案信息集合,并将该终端档案信息集合同步传输至AC-IoT,AC-IoT可以根据当前接入的配变终端和终端档案信息集合,确定是否允许当前接入的配变终端接入AC-IoT,可以实现对配变终端的有效管理,提高配变终端的接入可靠性。(The invention provides a management method and a management system for a distribution transformer terminal. The management method comprises the following steps: the method comprises the steps that a power distribution master station receives a terminal file information set of a distribution transformer terminal in a low-voltage power distribution network, wherein the terminal file information set is recorded by a service configuration worker; the power distribution master station synchronously transmits the terminal file information set to an AC-IoT; and the AC-IoT determines whether to allow the currently accessed distribution terminal to access the AC-IoT according to the currently accessed distribution terminal and the terminal profile information set. The distribution transformer terminal management method and the distribution transformer terminal management system are characterized in that the distribution transformer terminal is connected with the distribution main station through the AC-IoT, the distribution main station receives the terminal archive information set of the distribution transformer terminal in the low-voltage distribution network, which is recorded by a service configuration personnel, and synchronously transmits the terminal archive information set to the AC-IoT, and the AC-IoT can determine whether the currently accessed distribution transformer terminal is allowed to access the AC-IoT according to the currently accessed distribution transformer terminal and the terminal archive information set, so that the effective management of the distribution transformer terminal can be realized, and the access reliability of the distribution transformer terminal is improved.)
1. A management method of a distribution terminal is characterized by comprising the following steps:
the method comprises the steps that a power distribution master station receives a terminal file information set of a distribution transformer terminal in a low-voltage power distribution network, wherein the terminal file information set is recorded by a service configuration worker;
the power distribution master station synchronously transmits the terminal file information set to an AC-IoT;
and the AC-IoT determines whether to allow the currently accessed distribution terminal to access the AC-IoT according to the currently accessed distribution terminal and the terminal profile information set.
2. The method of claim 1, wherein the AC-IoT determining whether to allow the currently accessed distribution terminal to access the AC-IoT according to the currently accessed distribution terminal and the set of terminal profile information comprises:
the AC-IoT extracts the current terminal profile information of the currently accessed distribution and transformation terminal;
the AC-IoT judges whether the current terminal profile information is matched with the terminal profile information set, if so, the currently accessed distribution transformer terminal is allowed to access the AC-IoT; and if not, forbidding the currently accessed distribution and transformation terminal to access the AC-IoT.
3. The method of claim 2, wherein after the current terminal profile information matches the set of terminal profile information and before the currently accessed distribution terminal is allowed to access the AC-IoT, further comprising:
the AC-IoT extracts primary key information of the current profile information, the primary key information comprising an ESN number;
the AC-IoT judges whether the ESN number of the currently accessed distribution and transformation terminal is coincident with the ESN number of each distribution and transformation terminal which is accessed into the AC-IoT, if so, the currently accessed distribution and transformation terminal is prohibited from accessing the AC-IoT, and if not, the currently accessed distribution and transformation terminal is permitted to access the AC-IoT.
4. The method of any of claims 1-3, wherein the power distribution master station synchronously transmitting the set of terminal profile information to an AC-IoT comprises:
the power distribution master station synchronously transmits each piece of terminal profile information in the terminal profile information set to the AC-IoT according to rhythm increment; or the like, or, alternatively,
the number of the power distribution master stations is multiple, and the multiple power distribution master stations simultaneously and synchronously transmit each terminal profile information in the terminal profile information set to the AC-IoT.
5. The method according to any one of claims 1-3, further comprising:
the AC-IoT receives an upgrade file library uploaded by service configuration personnel;
the power distribution master station receives a target distribution transformer terminal upgrading request initiated by a service configuration worker, and acquires whether the target distribution transformer terminal is online or not through the AC-IoT;
and responding to the target distribution transformation terminal being online, the AC-IoT acquires the upgrade file library and executes the upgrade request on the target distribution transformation terminal.
6. The method of claim 5, wherein the upgrade file library comprises at least one of a software upgrade package, a patch installation package, and a configuration file replacement package.
7. The method according to any one of claims 1-3, further comprising:
subscribing, by the distribution master station, to the AC-IoT for an alert type of interest;
and the AC-IoT receives alarm information which is sent by each accessed distribution transformation terminal and is matched with the alarm type according to the alarm type, and sends the alarm information to the power distribution main station in real time.
8. The method of claim 7, wherein the alert type comprises at least one of:
high alarm of the occupancy rates of a CPU, a memory and a disk of the distribution transformer terminal;
high alarm of the occupancy rates of the CPU, the memory and the magnetic disk of the distribution transformer terminal container;
the distribution transformer terminal applies high alarm of CPU, memory and disk occupancy rate;
off-line alarming of the distribution transformer terminal;
restarting and alarming the distribution transformer terminal;
restarting and alarming a distribution transformer terminal container;
and the distribution transformer terminal application restarts the alarm.
9. The method according to any one of claims 1-3, further comprising:
the power distribution master station receives a container image set uploaded by a service configuration personnel and transmits the container image set to the AC-IoT;
the method comprises the steps that a power distribution master station receives a container installation request initiated by a service configuration worker, wherein the container installation request carries target terminal file information;
the AC-IoT selects a target container mirror image corresponding to the container installation request from the container mirror image set and sends the target container mirror image path to a target distribution transformation terminal;
the target distribution transformation terminal downloads the target container mirror image according to the target container mirror image path;
the AC-IoT issues the container installation request to the target distribution transformation terminal so as to control the target distribution transformation terminal to execute the container installation request.
10. The management system of the distribution and transformation terminal is characterized by comprising a distribution main station and an AC-IoT, wherein the distribution main station is connected with the distribution and transformation terminal through the AC-IoT; wherein the content of the first and second substances,
the distribution master station is used for receiving a terminal file information set of a distribution transformer terminal in the low-voltage distribution network, wherein the terminal file information set is recorded by a service configuration personnel;
the power distribution master station is further used for synchronously transmitting the terminal profile information set to the AC-IoT;
and the AC-IoT is used for determining whether the currently accessed distribution terminal is allowed to access the AC-IoT according to the currently accessed distribution terminal and the terminal profile information set.
Technical Field
The invention relates to the technical field of low-voltage distribution and transformation networks, in particular to a management method and a management system of a distribution and transformation terminal.
Background
In a new era, new technologies such as internet of things, mobile interconnection, artificial intelligence and the like are rapidly developed, and are deeply integrated with energy production, transportation, consumption and energy storage, so that energy revolution is continuously promoted. As a power grid of a central link of an energy revolution, the power grid is evolving towards the power internet of things in terms of technical characteristics and functional forms. The ubiquitous power internet of things is a novel power network operation form generated by deep fusion of a traditional industrial technology and a new generation of information communication technology represented by the internet of things. The power network system based on software definition, high flexibility and distributed intelligent cooperation is constructed by endowing sensitive and accurate sensing capability and functions of interconnection, intercommunication and interoperation among equipment to the power grid equipment, comprehensive sensing, real-time transmission, efficient processing and intelligent application of the power grid are realized, people, machines and things in each link of energy power production and consumption are connected on line in real time, services such as power grid production operation, enterprise management and management, external customer service and the like are borne and run through comprehensively, a power grid management and control mode, an operation mode and a service system are reformed comprehensively, and high-quality development of the power grid is assisted.
The low-voltage distribution network is used as the last kilometer of power supply service and directly undertakes the power supply service of users, and the operation management level of the low-voltage distribution network directly influences the power supply quality of the users. For a long time, the automation degree of a low-voltage distribution network falls behind, and three challenges of quick change of management requirements, large scale of management equipment and high service requirements are faced. In recent years, with the large access of electric vehicles, distributed energy sources, micro-grids, energy storage devices and other facilities, the opening of the power market and the emergence of various power consumption demands, higher requirements are put on the safety, economy and adaptability of a power distribution network.
Disclosure of Invention
The present invention is directed to solve at least one of the technical problems in the prior art, and provides a management method and a management system for a distribution terminal.
In one aspect of the present invention, a method for managing a distribution terminal is provided, including:
the method comprises the steps that a power distribution master station receives a terminal file information set of a distribution transformer terminal in a low-voltage power distribution network, wherein the terminal file information set is recorded by a service configuration worker;
the power distribution master station synchronously transmits the terminal file information set to an AC-IoT;
and the AC-IoT determines whether to allow the currently accessed distribution terminal to access the AC-IoT according to the currently accessed distribution terminal and the terminal profile information set.
Optionally, the AC-IoT determining whether to allow the currently accessed distribution terminal to access the AC-IoT according to the currently accessed distribution terminal and the terminal profile information set includes:
the AC-IoT extracts the current terminal profile information of the currently accessed distribution and transformation terminal;
the AC-IoT judges whether the current terminal profile information is matched with the terminal profile information set, if so, the currently accessed distribution transformer terminal is allowed to access the AC-IoT; and if not, forbidding the currently accessed distribution and transformation terminal to access the AC-IoT.
Optionally, after the current terminal profile information matches the terminal profile information set and before the currently accessed distribution terminal is allowed to access the AC-IoT, the method further includes:
the AC-IoT extracts primary key information of the current profile information, the primary key information comprising an ESN number;
the AC-IoT judges whether the ESN number of the currently accessed distribution and transformation terminal is coincident with the ESN number of each distribution and transformation terminal which is accessed into the AC-IoT, if so, the currently accessed distribution and transformation terminal is prohibited from accessing the AC-IoT, and if not, the currently accessed distribution and transformation terminal is permitted to access the AC-IoT.
Optionally, the power distribution master station synchronously transmits the terminal profile information set to an AC-IoT, including:
the power distribution master station synchronously transmits each piece of terminal profile information in the terminal profile information set to the AC-IoT according to rhythm increment; or the like, or, alternatively,
the number of the power distribution master stations is multiple, and the multiple power distribution master stations simultaneously and synchronously transmit each terminal profile information in the terminal profile information set to the AC-IoT.
Optionally, the method further comprises:
the AC-IoT receives an upgrade file library uploaded by service configuration personnel;
the power distribution master station receives a target distribution transformer terminal upgrading request initiated by a service configuration worker, and acquires whether the target distribution transformer terminal is online or not through the AC-IoT;
and responding to the target distribution transformation terminal being online, the AC-IoT acquires the upgrade file library and executes the upgrade request on the target distribution transformation terminal.
Optionally, the upgrade file library includes at least one of a software upgrade package, a patch installation package, and a configuration file replacement package.
Optionally, the method further comprises:
subscribing, by the distribution master station, to the AC-IoT for an alert type of interest;
and the AC-IoT receives alarm information which is sent by each accessed distribution transformation terminal and is matched with the alarm type according to the alarm type, and sends the alarm information to the power distribution main station in real time.
Optionally, the alert type includes at least one of:
high alarm of the occupancy rates of a CPU, a memory and a disk of the distribution transformer terminal;
high alarm of the occupancy rates of the CPU, the memory and the magnetic disk of the distribution transformer terminal container;
the distribution transformer terminal applies high alarm of CPU, memory and disk occupancy rate;
off-line alarming of the distribution transformer terminal;
restarting and alarming the distribution transformer terminal;
restarting and alarming a distribution transformer terminal container;
and the distribution transformer terminal application restarts the alarm.
Optionally, the method further comprises:
the power distribution master station receives a container image set uploaded by a service configuration personnel and transmits the container image set to the AC-IoT;
the method comprises the steps that a power distribution master station receives a container installation request initiated by a service configuration worker, wherein the container installation request carries target terminal file information;
the AC-IoT selects a target container mirror image corresponding to the container installation request from the container mirror image set and sends the target container mirror image path to a target distribution transformation terminal;
the target distribution transformation terminal downloads the target container mirror image according to the target container mirror image path;
the AC-IoT issues the container installation request to the target distribution transformation terminal so as to control the target distribution transformation terminal to execute the container installation request.
In another aspect of the present invention, a management system for a distribution and transformation terminal is provided, including a distribution master station and an AC-IoT, where the distribution master station is connected to the distribution and transformation terminal through the AC-IoT; wherein the content of the first and second substances,
the distribution master station is used for receiving a terminal file information set of a distribution transformer terminal in the low-voltage distribution network, wherein the terminal file information set is recorded by a service configuration personnel;
the power distribution master station is further used for synchronously transmitting the terminal profile information set to the AC-IoT;
and the AC-IoT is used for determining whether the currently accessed distribution terminal is allowed to access the AC-IoT according to the currently accessed distribution terminal and the terminal profile information set.
The distribution transformer terminal management method and the distribution transformer terminal management system are characterized in that the distribution transformer terminal is connected with the distribution main station through the AC-IoT, the distribution main station receives the terminal archive information set of the distribution transformer terminal in the low-voltage distribution network, which is recorded by a service configuration personnel, and synchronously transmits the terminal archive information set to the AC-IoT, and the AC-IoT can determine whether the currently accessed distribution transformer terminal is allowed to access the AC-IoT according to the currently accessed distribution transformer terminal and the terminal archive information set, so that the effective management of the distribution transformer terminal can be realized, and the access reliability of the distribution transformer terminal is improved.
Drawings
Fig. 1 is a flowchart of a management method of a distribution terminal according to a first embodiment of the present invention;
fig. 2 is a schematic structural diagram of a management system of a distribution terminal in a second embodiment of the present invention.
Detailed Description
In order to make the technical solutions of the present invention better understood, the present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.
As shown in fig. 1, in an aspect of the present invention, a management method S100 for a distribution terminal is provided, including:
s110, the power distribution main station receives a terminal file information set of the distribution transformer terminal in the low-voltage power distribution network, wherein the terminal file information set is recorded by a service configuration personnel.
And S120, the power distribution master station synchronously transmits the terminal file information set to the AC-IoT.
And S130, the AC-IoT determines whether to allow the currently accessed distribution terminal to access the AC-IoT according to the currently accessed distribution terminal and the terminal profile information set.
According to the management method of the distribution transformer terminal, the distribution transformer terminal and the distribution main station are connected through the AC-IoT, the distribution main station receives the terminal archive information set of the distribution transformer terminal in the low-voltage distribution network, which is recorded by a service configuration worker, and synchronously transmits the terminal archive information set to the AC-IoT, and the AC-IoT can determine whether the currently accessed distribution transformer terminal is allowed to access the AC-IoT according to the currently accessed distribution transformer terminal and the terminal archive information set, so that the effective management of the distribution transformer terminal can be realized, and the access reliability of the distribution transformer terminal is improved.
In some optional embodiments, the AC-IoT determining whether to allow the currently accessed distribution terminal to access the AC-IoT according to the currently accessed distribution terminal and the set of terminal profile information includes:
the AC-IoT extracts the current terminal profile information of the currently accessed distribution and transformation terminal;
the AC-IoT judges whether the current terminal profile information is matched with the terminal profile information set, if so, the currently accessed distribution transformer terminal is allowed to access the AC-IoT; and if not, forbidding the currently accessed distribution and transformation terminal to access the AC-IoT.
The management method of the distribution transformer terminal of the embodiment determines whether the current distribution transformer terminal is allowed to access the AC-IoT by judging whether the current terminal profile information of the currently accessed distribution transformer terminal is matched with the terminal profile information set, and the judgment method is simple and can effectively manage the distribution transformer terminal.
In some optional embodiments, after the current terminal profile information matches the set of terminal profile information and before the currently accessed distribution terminal is allowed to access the AC-IoT, the method further includes:
the AC-IoT extracts primary key information of the current profile information, the primary key information comprising an ESN number;
the AC-IoT judges whether the ESN number of the currently accessed distribution and transformation terminal is coincident with the ESN number of each distribution and transformation terminal which is accessed into the AC-IoT, if so, the currently accessed distribution and transformation terminal is prohibited from accessing the AC-IoT, and if not, the currently accessed distribution and transformation terminal is permitted to access the AC-IoT.
In the management method of the embodiment, whether the ESN number of the currently accessed distribution transformer terminal coincides with the ESN number of each distribution transformer terminal that has accessed the AC-IoT is judged, so that repeated access of the distribution transformer terminal to the AC-IoT can be avoided, and the management efficiency of the distribution transformer terminal can be further effectively improved.
In some optional embodiments, the power distribution master station synchronously transmits the set of terminal profile information to an AC-IoT, including:
the power distribution master station synchronously transmits each piece of terminal profile information in the terminal profile information set to the AC-IoT according to rhythm increment; or the like, or, alternatively,
the number of the power distribution master stations is multiple, and the multiple power distribution master stations simultaneously and synchronously transmit each terminal profile information in the terminal profile information set to the AC-IoT.
According to the management method, the power distribution master stations synchronously transmit the terminal file information to the AC-IoT according to the rhythm increment, or the power distribution master stations synchronously transmit the terminal file information to the AC-IoT at the same time, and the synchronous transmission efficiency of the terminal file information can be improved no matter which synchronous transmission mode is adopted.
In some optional embodiments, the management method further comprises:
the AC-IoT receives an upgrade file library uploaded by service configuration personnel;
the power distribution master station receives a target distribution transformer terminal upgrading request initiated by a service configuration worker, and acquires whether the target distribution transformer terminal is online or not through the AC-IoT;
and responding to the target distribution transformation terminal being online, the AC-IoT acquires the upgrade file library and executes the upgrade request on the target distribution transformation terminal.
It should be noted that, the specific content of the upgrade file library is not limited, for example, the upgrade file library may include at least one of a software upgrade package, a patch installation package, and a configuration file replacement package. Of course, besides the above, those skilled in the art can select other upgrade files to form the contents of the upgrade file library according to actual needs.
It is further noted that the software package refers to a software version of the AC-IoT resolvable big package, and the patch package refers to a version of the AC-IoT resolvable patch package and a dependent big package version.
In some optional embodiments, the management method further comprises:
subscribing, by the distribution master station, to the AC-IoT for an alert type of interest;
and the AC-IoT receives alarm information which is sent by each accessed distribution transformation terminal and is matched with the alarm type according to the alarm type, and sends the alarm information to the power distribution main station in real time.
The management method of the embodiment may also actively subscribe the alarm type that needs to be paid attention, that is, subscribe the alarm type that needs to be paid attention to the AC-IoT through the power distribution master station, so that the AC-IoT may receive alarm information from the power distribution and transformation terminal that conforms to the alarm type according to the alarm type, and push the alarm information to the power distribution master station in real time.
It should be noted that, no specific limitation is made on the alarm type, for example, the alarm type includes at least one of the following: high alarm of the occupancy rates of a CPU, a memory and a disk of the distribution transformer terminal; high alarm of the occupancy rates of the CPU, the memory and the magnetic disk of the distribution transformer terminal container; the distribution transformer terminal applies high alarm of CPU, memory and disk occupancy rate; off-line alarming of the distribution transformer terminal; restarting and alarming the distribution transformer terminal; restarting and alarming a distribution transformer terminal container; and the distribution transformer terminal application restarts the alarm. Of course, besides the above, those skilled in the art may also subscribe to other alarm types that need to be focused on according to actual needs.
In some optional embodiments, the management method further comprises:
the power distribution master station receives a container image set uploaded by a service configuration personnel and transmits the container image set to the AC-IoT;
the method comprises the steps that a power distribution master station receives a container installation request initiated by a service configuration worker, wherein the container installation request carries target terminal file information;
the AC-IoT selects a target container mirror image corresponding to the container installation request from the container mirror image set and sends the target container mirror image path to a target distribution transformation terminal;
the target distribution transformation terminal downloads the target container mirror image according to the target container mirror image path;
the AC-IoT issues the container installation request to the target distribution transformation terminal so as to control the target distribution transformation terminal to execute the container installation request.
The management method of the embodiment can install the container of the distribution terminal through the AC-IoT, thereby further effectively managing the distribution terminal.
It should be noted that the container image refers to the version and the vendor information of the AC-IoT resolvable container image, the container delta package refers to the version and the vendor information of the AC-IoT resolvable container delta package and the dependent container image version, the application image refers to the version and the vendor information of the AC-IoT resolvable application image,
it is noted that a so-called container is actually a hardware device within the distribution terminal, which can carry or run an APP or other related application.
In another aspect of the present invention, as shown in fig. 2, a
the power distribution master station 110 is configured to receive a terminal archive information set of a distribution transformer terminal in the low-voltage power distribution network, which is recorded by a service configuration worker;
the power distribution master station 110 is further configured to synchronously transmit the terminal profile information set to the AC-IoT;
and the AC-IoT is used for determining whether the currently accessed distribution terminal is allowed to access the AC-IoT according to the currently accessed distribution terminal and the terminal profile information set.
The management system of the distribution transformer terminal of the embodiment connects the distribution transformer terminal and the distribution main station through the AC-IoT, receives the terminal archive information set of the distribution transformer terminal in the low-voltage distribution network, which is recorded by the service configuration personnel, through the distribution main station, and synchronously transmits the terminal archive information set to the AC-IoT, and the AC-IoT can determine whether the currently accessed distribution transformer terminal is allowed to access the AC-IoT according to the currently accessed distribution transformer terminal and the terminal archive information set, so that the effective management of the distribution transformer terminal can be realized, and the access reliability of the distribution transformer terminal is improved.
It will be understood that the above embodiments are merely exemplary embodiments taken to illustrate the principles of the present invention, which is not limited thereto. It will be apparent to those skilled in the art that various modifications and improvements can be made without departing from the spirit and substance of the invention, and these modifications and improvements are also considered to be within the scope of the invention.
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