Automatic updating system and method of energy storage equipment monitoring terminal

Abstract

The invention provides an automatic updating system and method for an energy storage equipment monitoring terminal. The automatic updating system comprises a program layer, a server management layer and a terminal display layer, the program layer is used for storing update programs; the server management layer is used for acquiring an updating program and detecting whether the updating program is stored in the updating iteration program unit or not in real time; the terminal display layer is used for acquiring the updating program and updating the program of the energy storage equipment monitoring terminal according to the updating program; according to the method and the device, the energy storage equipment monitoring terminal can accurately contact numerous users to upgrade and update the monitoring terminal equipment during updating, the updating of the energy storage equipment monitoring terminal can be uniformly managed, when the energy storage equipment monitoring terminal has problems and needs to be upgraded on a software level, all the equipment can be ensured to be upgraded consistently, and the upgrading efficiency is improved. The consistency and controllability of the updating process are ensured, and errors and omission risks caused by manual updating are reduced.

Description

Technical Field

[0001] The present invention relates to the field of energy storage technology, and in particular to an automatic updating system and method for an energy storage device monitoring terminal. Background Art

[0002] The energy storage power system is composed of a lot of hardware. A series of data generated by multiple devices connected through a local area network will be reported to the system software level. The system software's processing and analysis of data is constantly changing, and it is constantly updated and upgraded with the iteration of technology. During the iterative upgrade of the system software, specific functional programs need to be distributed to the equipment for updating. Since the users of the energy storage power system are highly dispersed, it is difficult to update the monitoring terminal.

[0003] At present, there are the following problems in updating the monitoring terminals of energy storage equipment in traditional energy storage systems: 1. It is impossible to accurately contact many users to upgrade the monitoring terminal equipment; 2. It is impossible to uniformly manage the monitoring terminal updates; 3. When there are problems with the monitoring terminal equipment and a software-level upgrade is required, it is impossible to ensure that all devices are upgraded consistently. Summary of the invention

[0004] In view of this, the present invention aims to propose an automatic update system and method for an energy storage device monitoring terminal to solve the problems in the prior art that the energy storage device monitoring terminal cannot accurately contact a large number of users to upgrade and update the monitoring terminal equipment during updating, cannot make unified management of the update of the energy storage device monitoring terminal, and cannot ensure that all devices are upgraded consistently when there is a problem with the energy storage device monitoring terminal and a software-level upgrade is required.

[0005] To achieve the above object, the technical solution of the present invention is achieved as follows:

[0006] An automatic updating system for an energy storage device monitoring terminal comprises a program layer, a server management layer and a terminal display layer;

[0007] The program layer includes an update iterative program unit, and the update iterative program unit is used to store the update program;

[0008] The server management layer includes an energy storage system device management server and a cache process unit. The energy storage system device management server is used to obtain the update program sent by the update iterative program unit. The cache process unit is used to detect in real time whether there is an update program stored in the update iterative program unit and communicate with the energy storage system device management server in real time.

[0009] The terminal display layer includes an energy storage device monitoring terminal and a terminal update process unit. The energy storage device monitoring terminal is used to obtain the update program sent by the energy storage system device management server. The terminal update process unit is used to obtain the update program sent by the energy storage device monitoring terminal and update the program of the energy storage device monitoring terminal according to the update program.

[0010] This setting makes it easy for the energy storage device monitoring terminal to accurately contact many users to upgrade the monitoring terminal equipment during the update. All update programs are distributed through the energy storage system equipment management server. When there is a problem with the energy storage device monitoring terminal and a software-level upgrade is required, all devices can be upgraded consistently, ensuring the consistency and controllability of the update process, reducing the risk of errors and omissions caused by manual updates, and also enabling unified management of updates to the energy storage device monitoring terminal.

[0011] Furthermore, the update iterative program unit is provided with a data acquisition interface, and the cache process unit can acquire update program information from the data acquisition interface.

[0012] The data acquisition interface enables the cache process unit to directly and quickly access the update program information in the update iterative program unit, reducing the level and complexity of data transmission and improving the efficiency of data acquisition. Information interaction through a special data acquisition interface can also reduce errors or omissions caused by long data transmission paths or complex transmission methods, thereby improving the accuracy of data transmission.

[0013] Furthermore, the cache process unit runs in the energy storage system device management server.

[0014] This setting can significantly reduce delays and errors in the transmission process of the update program, because it reduces the number of network transmission hops and potential network problems, improves the real-time and accuracy of data exchange, and can utilize the powerful computing power and stability of the server to ensure that the cache process unit can run continuously and stably, reducing the risk of update failure due to insufficient performance or failure of the client device.

[0015] Furthermore, the terminal update process unit runs in the energy storage device monitoring terminal.

[0016] This setup ensures that once an update is received, it can be processed immediately, reducing the time delay for data transmission and processing and ensuring the real-time nature of the update.

[0017] Furthermore, the energy storage device monitoring terminal is provided with a display screen, and the display screen is used to display the operation status of the terminal update process unit.

[0018] Users can intuitively understand the status of the update process through the display screen, including update progress, success, and other information, thereby improving the user experience. If any problems arise during the update process, users can quickly locate the problem directly through the information on the display screen, facilitating subsequent troubleshooting and resolution.

[0019] The present invention also provides an automatic updating method of an energy storage device monitoring terminal, which is used in the automatic updating system of the energy storage device monitoring terminal described above, and comprises the steps of:

[0020] S1: The manager stores the update program into the update iterative program unit and enters S2;

[0021] S2: The cache process unit detects and determines in real time whether there is an update program stored in the update iteration program unit. If so, it goes to S3; if not, it goes to S2;

[0022] S3: the cache process unit sends a transmission instruction to the update iterative program unit, so that the update iterative program unit sends the update program to the energy storage system device management server. At the same time, the cache process unit sends a receiving instruction to the energy storage system device management server, so that the energy storage system device management server receives the update program sent by the update iterative program unit, and enters S4;

[0023] S4: the energy storage system device management server sends the update program to the energy storage device monitoring terminal, and then proceeds to step S5;

[0024] S5: The energy storage device monitoring terminal sends the update program to the terminal update process unit, and the terminal update process unit updates the program of the energy storage device monitoring terminal according to the update program.

[0025] This update method is highly automated throughout the process and does not require human intervention, which greatly reduces the burden on managers and improves work efficiency. It allows multiple energy storage device monitoring terminals to be updated at different times and locations, and has strong flexibility. At the same time, the system also supports individual updates of a single terminal to meet different actual needs.

[0026] Furthermore, in S3, there are also steps:

[0027] S31: After the energy storage system device management server obtains the update program in the update iterative program unit, it sends a confirmation receipt message to the cache process unit and enters S32:

[0028] S32: The cache process unit detects and determines whether the confirmation reception information is received, if so, enters S33, if not, enters S3;

[0029] S33: The cache process unit sends transmission information to the energy storage system device management server and enters S4.

[0030] By sending confirmation receipt information to the cache process unit through the energy storage system device management server, it can be ensured that the update program has been successfully received by the server, reducing the uncertainty in the data transmission process and improving the reliability of data transmission.

[0031] Furthermore, in S4, the step of:

[0032] S41: The energy storage device monitoring terminal detects and determines whether the update program is received, if so, enters S5, if not, enters S42;

[0033] S42: The energy storage device monitoring terminal feeds back update failure information, which is displayed on a display screen.

[0034] This setting ensures that the energy storage device monitoring terminal can detect whether the update program is successfully received. If it fails to be received successfully, the system will not blindly execute subsequent steps, thereby avoiding update failure or system instability caused by missing or incorrect data.

[0035] Compared with the prior art, the automatic update system and method of the energy storage device monitoring terminal of the present invention has the following advantages:

[0036] 1) It is convenient for the energy storage equipment monitoring terminal to accurately contact many users to upgrade and update the monitoring terminal equipment during the update;

[0037] 2) Ability to manage the update of energy storage equipment monitoring terminals in a unified manner;

[0038] 3) When there is a problem with the energy storage device monitoring terminal and a software upgrade is required, it can ensure that all devices are upgraded consistently. BRIEF DESCRIPTION OF THE DRAWINGS

[0039] Figure 1 It is a structural diagram of the automatic updating system of the energy storage device monitoring terminal according to an embodiment of the present invention.

[0040] Description of reference numerals:

[0041] 1. Update iterative program unit; 2. Energy storage system equipment management server; 3. Cache process unit; 4. Energy storage equipment monitoring terminal; 5. Terminal update process unit. DETAILED DESCRIPTION

[0042] In order to make the above-mentioned objects, features and advantages of the present invention more obvious and easy to understand, specific embodiments of the present invention are described in detail below with reference to the accompanying drawings.

[0043] Example 1

[0044] like Figure 1 As shown, an automatic update system for an energy storage device monitoring terminal includes a program layer, a server management layer and a terminal display layer;

[0045] The program layer includes an update iterative program unit 1, and the update iterative program unit 1 is used to store the update program;

[0046] The server management layer includes an energy storage system device management server 2 and a cache process unit 3. The energy storage system device management server 2 is used to obtain the update program sent by the update iterative program unit 1. The cache process unit 3 is used to detect in real time whether there is an update program stored in the update iterative program unit 1, and communicate with the energy storage system device management server 2 in real time;

[0047] The terminal display layer includes an energy storage device monitoring terminal 4 and a terminal update process unit 5. The energy storage device monitoring terminal 4 is used to obtain the update program sent by the energy storage system device management server 2. The terminal update process unit 5 is used to obtain the update program sent by the energy storage device monitoring terminal 4 and update the program of the energy storage device monitoring terminal 4 according to the update program.

[0048] Through the organic combination of the program layer, the server management layer and the terminal display layer, the system can automatically detect, transmit and update the program of the energy storage device monitoring terminal 4. The cache process unit 3 detects the update program in the update iteration program unit 1 in real time. Once a new program is stored, the update process is immediately triggered to ensure that the energy storage device monitoring terminal 4 can obtain and update to the latest software version in time, so that the energy storage device monitoring terminal 4 can accurately contact many users to upgrade the monitoring terminal equipment during the update. All update programs are distributed through the energy storage system device management server 2. When there is a problem with the energy storage device monitoring terminal 4 and a software-level upgrade is required, all devices can be guaranteed to be upgraded in unison, ensuring the consistency and controllability of the update process, reducing the risk of errors and omissions caused by manual updates, and also making unified management of the update of the energy storage device monitoring terminal 4.

[0049] As a preferred example of the present application, the update iterative program unit 1 is provided with a data acquisition interface, and the cache process unit 3 can obtain the update program information from the data acquisition interface.

[0050] The data acquisition interface enables the cache process unit 3 to directly and quickly access the update program information in the update iterative program unit 1, reducing the level and complexity of data transmission and improving the efficiency of data acquisition. Information interaction through a special data acquisition interface can also reduce errors or omissions caused by long data transmission paths or complex transmission methods, thereby improving the accuracy of data transmission. The interface design makes the system more modular, making it easier to upgrade or expand the system as needed. For example, the data acquisition interface can be easily replaced or upgraded to adapt to different data formats or transmission protocols. By setting up a special data acquisition interface, access can also be controlled and verified to ensure that only authorized cache process units 3 can access update program information, thereby enhancing the security of the system.

[0051] As a preferred example of the present application, the cache process unit 3 runs in the energy storage system device management server 2 .

[0052] The cache process unit 3 runs directly in the energy storage system device management server 2, which can significantly reduce the delay and error of the update program during the transmission process. Since the number of network transmission hops and potential network problems are reduced, this direct communication method improves the real-time and accuracy of data exchange. Deploying the cache process unit 3 on the energy storage system device management server 2 can utilize the powerful computing power and stability of the server to ensure that the cache process unit 3 can run continuously and stably, reducing the risk of update failure due to insufficient performance or failure of the client device. It also allows the entire update process to be centrally managed and controlled on the server side, so that managers can more easily monitor the update progress, handle abnormal situations, and make necessary adjustments and optimizations.

[0053] As a preferred example of the present application, the terminal update process unit 5 runs in the energy storage device monitoring terminal 4 .

[0054] The terminal update process unit 5 runs directly in the energy storage device monitoring terminal 4, which can ensure that once the update program is received, it can be processed immediately, reducing the time delay of data transmission and processing, ensuring the real-time nature of the update, and at the same time reducing the security risks that the data may suffer during external transmission, such as data leakage or tampering, thereby improving the security of the update process.

[0055] As a preferred example of the present application, the energy storage device monitoring terminal 4 is provided with a display screen, and the display screen is used to display the operation status of the terminal update process unit 5 .

[0056] Users can intuitively understand the status of the update process through the display screen, including update progress, success, and other information, thereby improving the user experience. If any problems arise during the update process, users can quickly locate the problem directly through the information on the display screen, facilitating subsequent troubleshooting and resolution.

[0057] The present invention also provides an automatic updating method of an energy storage device monitoring terminal, which is used in the automatic updating system of the energy storage device monitoring terminal described above, and comprises the steps of:

[0058] S1: The administrator stores the update program into the update iterative program unit 1 and enters S2;

[0059] S2: The cache process unit 3 detects and determines in real time whether there is an update program stored in the update iteration program unit 1. If so, it goes to S3; if not, it goes to S2;

[0060] S3: the cache process unit 3 sends a transmission instruction to the update iterative program unit 1, so that the update iterative program unit 1 sends the update program to the energy storage system device management server 2. At the same time, the cache process unit 3 sends a receiving instruction to the energy storage system device management server 2, so that the energy storage system device management server 2 receives the update program sent by the update iterative program unit 1, and enters S4;

[0061] S4: the energy storage system device management server 2 sends the update program to the energy storage device monitoring terminal 4, and enters step S5;

[0062] S5: the energy storage device monitoring terminal 4 sends the update program to the terminal update process unit 5, and the terminal update process unit 5 updates the program of the energy storage device monitoring terminal 4 according to the update program.

[0063] The entire update process starts from the administrator storing the update program into the update iteration program unit 1 and ends with the terminal update process unit 5 completing the program update. The whole process is highly automated and does not require human intervention, which greatly reduces the burden on administrators and improves work efficiency. This method allows multiple energy storage device monitoring terminals 4 to be updated at different times and locations, and has strong flexibility. At the same time, the system also supports separate updates to a single terminal to meet different actual needs. Since the update process is mainly carried out through the network, remote updates are supported, and administrators can update the energy storage device monitoring terminal 4 through the network at any place, which improves the convenience of management.

[0064] As a preferred example of the present application, S3 further includes the steps:

[0065] S31: After the energy storage system device management server 2 obtains the update program in the update iterative program unit 1, it sends a confirmation receipt message to the cache process unit 3 and enters S32:

[0066] S32: The cache process unit 3 detects and determines whether the confirmation reception information is received, if so, enters S33, if not, enters S3;

[0067] S33: The cache process unit 3 sends transmission information to the energy storage system device management server 2 and enters S4.

[0068] By sending confirmation receipt information to the cache process unit 3 by the energy storage system device management server 2, it can be ensured that the update program has been successfully received by the server. This confirmation mechanism reduces the uncertainty in the data transmission process and improves the reliability of data transmission; if the cache process unit 3 does not receive the confirmation receipt information, it will resend the transmission instruction, which ensures that the update program can be stably transmitted to the energy storage system device management server 2. This retry mechanism helps to avoid interruption of the entire update process due to a single transmission failure.

[0069] As a preferred example of the present application, in S4, the step of:

[0070] S41: The energy storage device monitoring terminal 4 detects and determines whether the update program is received, if so, enters S5, if not, enters S42;

[0071] S42: The energy storage device monitoring terminal 4 feeds back update failure information, which is displayed on the display screen.

[0072] This setting ensures that the energy storage device monitoring terminal 4 can detect whether the update program is successfully received. If it fails to be received successfully, the system will not blindly execute subsequent steps, thereby avoiding update failure or system instability caused by data missing or errors. When the update program fails to be successfully transmitted to the energy storage device monitoring terminal 4, the system can promptly feedback to the user and display the update failure information on the display screen. This instant feedback mechanism enables the user to quickly understand the update status and take corresponding measures.

[0073] The automatic update system and method of the energy storage device monitoring terminal described in the present application have the following advantages: 1) It is convenient for the energy storage device monitoring terminal 4 to accurately contact a large number of users to upgrade and update the monitoring terminal equipment during the update; 2) It is possible to uniformly manage the update of the energy storage device monitoring terminal 4; 3) When there is a problem with the energy storage device monitoring terminal 4 and a software-level upgrade is required, it can ensure that all devices are upgraded consistently.

[0074] Although the present invention is disclosed as above, the present invention is not limited thereto. Any person skilled in the art can make various changes and modifications without departing from the spirit and scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the scope defined by the claims.

Claims

1. An automatic update system for an energy storage device monitoring terminal, characterized in that: Includes program layer, server management layer and terminal display layer; The program layer comprises an update iterative program unit (1), and the update iterative program unit (1) is used to store the update program; The server management layer comprises an energy storage system device management server (2) and a cache process unit (3), wherein the energy storage system device management server (2) is used to obtain the update program sent by the update iterative program unit (1), and the cache process unit (3) is used to detect in real time whether there is an update program stored in the update iterative program unit (1), and to communicate with the energy storage system device management server (2) in real time; The terminal display layer comprises an energy storage device monitoring terminal (4) and a terminal update process unit (5); the energy storage device monitoring terminal (4) is used to obtain an update program sent by an energy storage system device management server (2); the terminal update process unit (5) is used to obtain the update program sent by the energy storage device monitoring terminal (4), and update the program of the energy storage device monitoring terminal (4) according to the update program.

2. The automatic update system of the energy storage device monitoring terminal according to claim 1, characterized in that: The update iterative program unit (1) is provided with a data acquisition interface, and the cache process unit (3) can acquire update program information from the data acquisition interface.

3. The automatic update system of the energy storage device monitoring terminal according to claim 1, characterized in that: The cache process unit (3) runs in the energy storage system device management server (2).

4. The automatic update system of the energy storage device monitoring terminal according to claim 1, characterized in that: The terminal update process unit (5) runs in the energy storage device monitoring terminal (4).

5. The automatic update system of the energy storage device monitoring terminal according to claim 1, characterized in that: The energy storage device monitoring terminal (4) is provided with a display screen, and the display screen is used to display the operation status of the terminal update process unit (5).

6. An automatic updating method for an energy storage device monitoring terminal, used in the automatic updating system for the energy storage device monitoring terminal according to any one of claims 1 to 5, characterized in that: Includes steps: S1: The manager stores the update program into the update iterative program unit (1) and enters S2; S2: The cache process unit (3) detects and determines in real time whether there is an update program stored in the update iteration program unit (1). If yes, it goes to S3; if no, it goes to S2; S3: the cache process unit (3) sends a transmission instruction to the update iterative program unit (1), so that the update iterative program unit (1) sends the update program to the energy storage system device management server (2). At the same time, the cache process unit (3) sends a receiving instruction to the energy storage system device management server (2), so that the energy storage system device management server (2) receives the update program sent by the update iterative program unit (1), and enters S4; S4: the energy storage system device management server (2) sends the update program to the energy storage device monitoring terminal (4), and enters step S5; S5: The energy storage device monitoring terminal (4) sends the update program to the terminal update process unit (5), and the terminal update process unit (5) updates the program of the energy storage device monitoring terminal (4) according to the update program.

7. The automatic updating method of the energy storage device monitoring terminal according to claim 6, characterized in that: In S3, there are also steps, S31: After the energy storage system device management server (2) obtains the update program in the update iterative program unit (1), it sends a confirmation receipt message to the cache process unit (3) and enters S32: S32: the cache process unit (3) detects and determines whether the confirmation reception information is received, if so, enters S33, if not, enters S3; S33: The cache process unit (3) sends transmission information to the energy storage system device management server (2) and enters S4.

8. The automatic updating method of the energy storage device monitoring terminal according to claim 6, characterized in that: In S4, there are also steps: S41: the energy storage device monitoring terminal (4) detects and determines whether the update program is received, if so, proceeds to S5, if not, proceeds to S42; S42: The energy storage device monitoring terminal (4) feeds back update failure information, which is displayed on a display screen.

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