CN117692488A - Mobile operation data acquisition method for electric energy replacement - Google Patents

Abstract

The invention relates to the field of mobile operation data acquisition, in particular to a mobile operation data acquisition method for electric energy replacement, which is based on a comprehensive service system integrated with a multi-level system and a plurality of functional modules, and performs unified management and control on each scattered mobile operation device through a task management system, so that data is uploaded to a cloud platform, a user can upload and acquire required data on any device across regions, the flexibility and convenience of mobile operation are improved, the resource sharing environment provided by the cloud platform is utilized, and when the mobile operation data acquisition is performed, different terminal users can cooperatively work to realize data sharing, and the data transmission and mobile operation efficiency are improved.

Description

A mobile operation data collection method for electric energy replacement

Technical field

The invention relates to the technical field of mobile operation data collection, specifically a mobile operation data collection method for electric energy replacement.

Background technique

In the power industry, there are many on-site operations and maintenance scenarios that require mobile on-site operation data collection, such as power grid inspections, power fault elimination and maintenance, and installation and debugging of new equipment. During these mobile power on-site operations, , usually rely on and use electric mobile tools, and applying electric energy replacement to mobile operations in the electric power industry can improve efficiency, reduce labor costs, and increase the safety of the electric power industry.

Electric energy replacement is an important means to alleviate energy demand. The continuous development of new energy and power technology has provided strong support for electric energy replacement. The development of smart grid technology has improved the efficiency and quality of the power system; in power mobile operations, mobile Combining operational data collection with power replacement technology, the equipment that needs to be maintained or replaced is connected to renewable energy and other power sources, which can achieve temporary power supply, provide reliable power support, provide more comprehensive data support and energy efficiency, and provide mobile Operational effectiveness and energy efficiency.

At the same time, the informatization of mobile field operations has just started, and there are problems such as poor integration of mobile applications, simple mobile application functions, complex operations, poor scalability, and low data transmission efficiency.

Contents of the invention

In order to solve the above-mentioned problems in mobile operation data collection, the present invention provides a mobile operation data collection method for electric energy replacement.

The technical solution of the present invention is as follows:

A mobile operation data collection method for electric energy replacement, applied to a mobile operation data collection comprehensive service system for electric energy replacement, including:

The mobile operation collection terminal is electrically connected to handheld terminals, vehicle-mounted terminals, drone inspections, power monitors, and mobile measuring instrument terminals;

A data acquisition system and an integrated electric energy replacement system that are electrically connected to the mobile work collection terminal respectively, and the data acquisition system and the integrated electric energy replacement system are electrically connected;

It also includes a task management system, a cloud platform, and a visualization system. The task management system, the cloud platform, and the visualization system are electrically connected in turn and then electrically connected to the mobile operation collection terminal through the data acquisition system and the integrated power replacement system.

The mobile operation collection terminal collects data from handheld terminals, vehicle-mounted terminals, drone inspections, power monitors, and mobile metering instrument terminal equipment, and transmits them to the data collection system and integrated power replacement system;

The data acquisition system and the integrated power replacement system transmit the data collected by the mobile operation collection end to the task management system. The task management system uniformly controls the data and manages and distributes the mobile operation tasks for line inspection, equipment debugging, and fault detection. , and upload all data to the cloud platform;

The cloud platform stores the data uploaded by the task management system, and cooperates with the visualization system to realize real-time collection and remote control of mobile operation data.

Specifically, the data collection system includes a data collection module, a data transmission module, a data processing module, a data security management module, and a data storage module, all of which are electrically connected to the mobile operation collection terminal and the task management system respectively.

Further, the data security management module uses the SSL/TLS network security communication protocol to encrypt and protect the transmitted data.

Specifically, the integrated power replacement system includes a power module, a power management module, a charging module, a power distribution module, a mobile power module, and a data recording module, all of which are electrically connected to the mobile operation collection terminal and the task management system respectively.

Further, the power distribution module distributes the power provided by the power module to the equipment connected to the mobile work collection terminal.

Specifically, the task management system includes a control module, a user management module, a distribution module, a communication module, and a reminder model, all of which are electrically connected to the cloud platform, data acquisition system, and integrated power replacement system respectively.

Further, the cloud platform includes a storage module, a network communication module, a monitoring module, and a remote control module, all of which are electrically connected to the task management system and the visualization system.

Preferably, the visualization system is equipped with an LED display screen to present the collected data in the form of graphics, images, and animation visualizations.

Preferably, a mobile operation data collection method for electric energy replacement, the task management system uniformly controls the collected data, and manages and distributes line inspection, equipment debugging, and fault detection mobile operation tasks, specifically as follows:

The task management system receives data transmitted from the mobile operation collection terminal, assigns mobile operation tasks to managers and equipment according to work plans and priorities, and tracks and manages the progress of each mobile operation task.

The beneficial effects of the present invention are:

1. Combining the data collection system and the integrated power replacement system can provide reliable power support for mobile operation data collection. It can also send instructions to the equipment at the mobile operation collection end to remotely control the charging and discharging of the equipment and the configuration and replacement of electric energy;

2. Through the centralized resource sharing environment provided by the cloud platform, when collecting mobile operation data, different end users can work together to achieve data sharing, improve mobile operation efficiency, and cooperate with the visualization system and task management system. , realize the intuitive display of mobile operation data collection, and can also conduct unified management and control of dispersed mobile operation equipment, realize remote monitoring of equipment, and form a set of data collection, storage, management, control, power replacement, and visualization. A multi-level system that is all-in-one.

3. Multiple modules of each system work together. The comprehensive service system is highly integrated and supports efficient data transmission and expansion of mobile operating equipment. Users can upload and obtain required data on any device across regions, improving work flexibility. sex and convenience.

Description of the drawings

In the attached picture:

Figure 1 is a schematic diagram of the work flow of each module of a mobile operation data collection integrated service system for electric energy replacement in the embodiment.

Detailed ways

Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings.

Example

This embodiment provides a mobile operation data collection method for electric energy replacement, which is applied to a mobile operation data collection comprehensive service system for electric energy replacement, including:

The mobile operation collection terminal is electrically connected to the handheld terminal, vehicle-mounted terminal, drone inspection, power monitor, and mobile metering instrument terminal respectively. Each mobile and dispersed mobile operation collection equipment centrally transmits the collected data to the mobile terminal through wireless communication. Mobile work collection terminal.

It also includes a data acquisition system and an integrated electric energy replacement system that are electrically connected to the mobile operation collection terminal respectively, and the data acquisition system and the integrated electric energy replacement system are electrically connected;

Among them, the data collection system includes a data collection module, a data transmission module, a data processing module, a data security management module, and a data storage module, all of which are electrically connected to the mobile operation collection terminal and the task management system respectively. The data acquisition module is responsible for collecting voltage, current, temperature and other data information collected from the mobile work collection equipment on site, and transmits the collected data to the data processing module through the data transmission module. The data transmission module can also upload the collected data to the cloud platform. , each user shares the data of the cloud platform, and the data storage module saves the data collected by the mobile operation.

In order to ensure the security and privacy of the collected data, the data security management module is also required in the data collection system to encrypt the data and control access. At the same time, the data collected by mobile operations is backed up to prevent the loss and damage of the collected data. Specifically: Ensure that only authorized personnel can access the system by setting user names and passwords and multiple authentication methods; during the data collection process, sensitive data is encrypted to ensure the confidentiality and integrity of the data; at the same time, a data backup mechanism is established to prevent data accidents Lost or damaged; in order to track abnormalities in the collected data, the security management module will establish a log record in the data collection system to record and detect the process of collecting data in mobile operations; in this embodiment, data security management The module uses the SSL/TLS network security communication protocol to encrypt and protect the transmitted data.

The integrated power replacement system is integrated with the data collection system and includes a power module, a power management module, a charging module, a power distribution module, a mobile power module, and a data recording module, all of which are connected to the mobile operation collection terminal and the task management system respectively. connect. The power module provides the required power support for the entire mobile operation collection end. This module usually includes a power adapter, battery and other power management equipment. This module also has a power protection function. When overvoltage or overvoltage is detected in the integrated power replacement system, When abnormal conditions such as current and overheating occur, the power supply will be actively cut off to prevent damage to the equipment; the power management module manages and monitors the working status and power level of the power module, and monitors the current and voltage parameters of the battery in real time; the charging module Various mobile operation collection equipment provide charging services to ensure the normal operation of the equipment; the power distribution module distributes the power provided by the power module to the equipment connected to the mobile operation collection end; the mobile power supply module provides mobile and flexible services for the entire electric energy replacement system. The power support is used to store electric energy to meet the power demand of heavy power inspection tasks; the data recording module provides users with real-time status data records of the integrated electric energy replacement system. Users can understand the usage of electric energy through this module, so as to Power usage is optimized.

In the data collection of power mobile operations, the data collection system and the electric energy replacement system are integrated together to comprehensively monitor the data collection and provide reliable power support during power grid inspection, equipment installation and debugging, fault detection and other tasks, improving Efficiency of mobile operations and quality of collected data.

A mobile operation data collection comprehensive service system for electric energy replacement also includes a task management system, a cloud platform, and a visualization system. The task management system, the cloud platform, and the visualization system are electrically connected in sequence and then connected through the data acquisition system, the integrated electric energy replacement system, and the The mobile work collection terminals are electrically connected together.

The task management system is used to centrally manage and distribute power line inspection, equipment debugging, and fault diagnosis tasks, and communicate with other systems. Specifically, it includes a control module, user management module, distribution module, communication module, and reminder module, all of which are electrically connected to the cloud platform, data acquisition system, and integrated power replacement system respectively. Among them, the control module is the core of the entire task management system. It provides unified coordination and control of the user management module, allocation module, communication module, and reminder module in the task management system to realize the mutual cooperation of each module and achieve the efficient operation of the entire system; user management The module mainly manages users in the mobile operation data collection comprehensive service system for electric energy replacement, and provides user registration, login, and permission allocation services for staff who perform mobile operation tasks and related managers; the allocation module is based on According to the needs of different mobile operation data collection tasks, different tasks are assigned to corresponding staff based on task planning and priority, equipment type, and geographical location, and the progress of mobile operation tasks is tracked and managed to realize mobile operation data collection. Flexible configuration, scheduling and optimization of tasks; the communication module is configured with RS-232, RS-485 serial communication interfaces, USB communication interfaces, Ethernet interfaces, and Bluetooth communication interfaces. Users can communicate in real time through this module to improve the efficiency of task execution. ; The reminder and notification module can be used to send task reminders, work arrangements, change notifications and other information to users through emails, text messages or application notifications.

The cloud platform provides a large-scale storage space to receive and store data collected from mobile operation collection terminals. Through the centralized data resource sharing environment provided by the cloud platform, different users can share the collected data to achieve cross-regional collaborative work. The cloud platform includes a storage module, network communication module, monitoring module, and remote control module, all of which are electrically connected to the task management system and visualization system. The storage module stores data from the mobile operation collection end, and encrypts and backs up the data; in the network communication module, the cloud platform provides connection services for the Internet of Things, connecting and communicating with each device connected to the mobile operation collection end and the cloud, realizing Remote communication with various mobile devices; in the mobile operation scenario of electric energy replacement, the monitoring module is used to monitor the operating status of various terminal equipment and real-time changes in collected data; the remote control device can remotely send instructions to the equipment at the mobile operation collection end, Remote control of charging and discharging, power configuration, and operating mode switching; as the demand for data collection tasks in actual power mobile operations increases, the cloud platform can also flexibly expand the connected devices.

After the data collected by the mobile operation collection terminal is transmitted to the cloud platform, it is then imported from the cloud platform into the visualization system. The visualization system is equipped with an LED display screen to intuitively display the collected data in the form of three-dimensional visualization of graphics, images, and animations. Users can also configure parameters, perform data query operations, and interact with the cloud platform through the interface of the visual system.

In the mobile operation data collection operation for electric energy replacement, the cloud platform and the visualization system work together to form a multi-level system that integrates data collection, storage, management, control, electric energy replacement, and visualization functions.

In this embodiment, a mobile operation data collection method for electric energy replacement is shown in Figure 1 for a schematic workflow diagram of each module of a mobile operation data collection comprehensive service system for electric energy replacement. The mobile operation collection terminal collects data from Data from handheld terminals, vehicle-mounted terminals, drone inspections, power monitors, and mobile metering instrument terminal equipment are transmitted to the data collection system and integrated power replacement system;

The data acquisition system and the integrated power replacement system transmit the data collected by the mobile operation collection end to the task management system. The task management system uniformly controls the data and manages and distributes the mobile operation tasks for line inspection, equipment debugging, and fault detection. , and upload all data to the cloud platform. Specifically, the task management system receives the data transmitted from the mobile operation collection terminal, allocates mobile operation tasks to managers and equipment according to the work plan and priority, and manages various mobile operation tasks. Track and manage progress.

The cloud platform stores the data uploaded by the task management system and cooperates with the visualization system to realize real-time collection and remote control of mobile operation data.

Claims (10)

1. The mobile operation data acquisition method for electric energy replacement is characterized by being applied to a mobile operation data acquisition integrated service system for electric energy replacement, and comprising the following steps:

the mobile operation acquisition end is electrically connected with the handheld terminal, the vehicle-mounted terminal, the unmanned aerial vehicle inspection, the electric energy monitor and the mobile metering instrument terminal respectively;

the system comprises a data acquisition system and an integrated electric energy replacement system which are respectively and electrically connected with a mobile operation acquisition end, wherein the data acquisition system and the integrated electric energy replacement system are electrically connected;

the task management system, the cloud platform and the visualization system are electrically connected in sequence and then are electrically connected with the mobile operation acquisition end through the data acquisition system and the integrated electric energy replacement system.

The mobile operation acquisition end collects data from terminal equipment of a handheld terminal, a vehicle-mounted terminal, an unmanned aerial vehicle inspection, an electric energy monitor and a mobile metering instrument, and transmits the data to the data acquisition system and the integrated electric energy replacement system;

the data acquisition system and the integrated electric energy replacement system transmit the data collected by the mobile operation acquisition end to the task management system, the task management system uniformly controls the data, manages and distributes the mobile operation tasks of line inspection, equipment debugging and fault detection, and uploads all the data to the cloud platform;

and the cloud platform stores the data uploaded by the task management system and cooperates with the visualization system to realize real-time acquisition and remote control of the mobile operation data.

2. The mobile operation data collection method for electric energy replacement according to claim 1, wherein the data collection system comprises a data collection module, a data transmission module, a data processing module, a data security management module and a data storage module, which are respectively electrically connected with the mobile operation collection end and the task management system.

3. The mobile operation data collection method for power replacement according to claim 1 or 2, wherein the data security management module encrypts and protects the transmission data using SSL/TLS network security communication protocol.

4. The mobile operation data collection method for electric energy replacement according to claim 1, wherein the integrated electric energy replacement system comprises a power module, a power management module, a charging module, a power distribution module, a mobile power module and a data recording module, which are electrically connected with the mobile operation collection end and the task management system respectively.

5. The mobile operation data collection method for power replacement according to claim 1 or 4, wherein the power distribution module distributes the power provided by the power module to the device accessed by the mobile operation collection terminal.

6. The mobile operation data collection method for electric energy replacement according to claim 1, wherein the task management system comprises a control module, a user management module, an allocation module, a communication module and a reminding model, which are electrically connected with the cloud platform, the data collection system and the integrated electric energy replacement system respectively.

7. The mobile operation data collection method for power replacement according to claim 6, wherein the communication module configures RS-232, RS-485 serial communication interface, USB communication interface, ethernet interface, bluetooth communication interface.

8. The mobile operation data collection method for electric energy replacement according to claim 1, wherein the cloud platform comprises a storage module, a network communication module, a monitoring module and a remote control module, which are electrically connected with a task management system and a visualization system.

9. The mobile job data collection method for power replacement according to claim 1, wherein the visualization system configures an LED display screen to present the collected data in a graphic, image, animated visualization form.

10. The mobile operation data collection method for electric energy replacement according to claim 1, wherein the task management system performs unified control on collected data to perform management and distribution of line inspection, equipment debugging and fault detection mobile operation tasks, in particular

The task management system receives data transmitted from the mobile job acquisition end, distributes mobile job tasks to management personnel and equipment according to the work plan and the priority, and tracks and manages the progress of each mobile job task.