Electric power centralized meter reading operation and maintenance system

Abstract

The invention relates to an electric power centralized meter reading operation and maintenance system. The electric power centralized meter reading operation and maintenance system comprises a smart mobile phone (1), an operation and maintenance module (2), a Bluetooth device (3), a boosting module (4) and a plurality of devices (5) under operation and maintenance, wherein the smart mobile phone (1) and the operation and maintenance module (2) are in communication through the Bluetooth device (3), the boosting module (4) is connected with the smart mobile phone (1) and the operation and maintenance module (2) so that a power source of the smart mobile phone (1) can be boosted and serve as a power source of the operation and maintenance module (2), and the operation and maintenance module (2) is wirelessly and locally connected with the devices (5) under operation and maintenance. The electric power centralized meter reading operation and maintenance system is portable, easy to use, safe to operate, stable in communication and capable of achieving convenient interaction and transferred storage and real-time display of data.

Description

technical field [0001] The invention belongs to the technical field of power equipment operation and maintenance, and relates to a power centralized meter reading operation and maintenance system. Background technique [0002] With the advancement of the SG186 information system project of the State Grid Corporation of China, the construction of remote centralized meter reading systems is being carried out in power systems all over the country. Within a few years, the construction of a remote centralized meter reading system will be an urgent task for smart grid transformation. [0003] Due to the relatively scattered end users and the complex environment in some station areas, the effect of carrier and wireless communication is not ideal, and the success rate of meter reading has not reached the target value. Therefore, on-site debugging is required by operation and maintenance personnel, and the reasons for the low work efficiency of debugging personnel are as follows: ...

AI Technical Summary

Problems solved by technology

[0004] 1. In the on-site meter reading operation and maintenance debugging, it is often necessary to upgrade the software program in the product equipment. The original use method is the debugging line combined with the laptop computer, which makes it cumbersome and inconvenient to take power and plug in the field.

[0005] 2. For meter reading and debugging, the use of computer tools and software is relatively complicated; it is also quite inconvenient to work with a notebook in the field environment

[0006] 3. The method of testing and debugging is not convenient, resulting in too many personnel required for debugging and allocation, because of low efficiency

[0007] 4. There are too many types of debugging software, debugging equipment, and debugging lines used in the work site. Different work items use different hardware and software equipment, which is not well optimized and combined, and the work efficiency cannot be greatly improved.

[0008] 5. The file relationship and parameter information of the software system related to the smart grid cannot accurately correspond to the actual situation on site

[0009] 6. Previously, laptops were used for operation and maintenance operations, and the portability and battery life were difficult to meet the complex operation process on site.

Images