Maintenance self-adaptive manufacturing method of power distribution network automation devices

Abstract

The invention discloses a maintenance self-adaptive manufacturing method of power distribution network automation devices relating to the technique carrying out communication through a text command communication protocol. Communication interaction is realized through the text command communication protocol. The text command communication protocol is equipped with editable data items; the data items comprise data stream, ID stream and paths; through editing the data stream, ID stream and paths, different power distribution network automation devices can be connected to a computer, a handheld game console or a master station on the basis of the text command communication protocol through the Ethernet, a short distance wireless network, GPRS, serial ports or buses. According to the invention, the power distribution network automation devices of different times, different versions and different types can be connected to the computer, the handheld game console and the master station through various communication forms such as the Ethernet, the short distance wireless network, the GPRS, the serial ports or the internal buses in the devices so as to carry out parameter configuration inquiry and real timing data inquiry.

Description

technical field [0001] The invention relates to a technology for communicating through a text command communication connectionless protocol, in particular to a text command communication connectionless protocol applied to an electric power distribution network automation device. Background technique [0002] In the maintenance of existing power distribution network automation devices, limited by cost, power consumption, infrastructure, etc., as well as the needs of debugging and differentiation, they often use proprietary structured communication protocols in maintenance; although some high-end devices may use 101, 104, 61850 and other standard protocols, but often only achieve common parameter configuration query and real-time timing data query, and the differentiated part is still realized through a proprietary structured communication protocol, which cannot effectively meet the needs of device debugging and differentiation; As for the different historical version upgrades...

AI Technical Summary

Problems solved by technology

[0002] In the maintenance of existing power distribution network automation devices, limited by cost, power consumption, infrastructure, etc., as well as the needs of debugging and differentiation, they often use proprietary structured communication protocols in maintenance; although some high-end devices may use 101, 104, 61850 and other standard protocols, but often only achieve common parameter configuration query and real-time timing data query, and the differentiated part is still realized through a proprietary structured communication protocol, which cannot effectively meet the needs of device debugging and differentiation; As for the different historical version upgrades of the same manufacturer, the programming styles developed by different personnel, and the differences in the specific needs of different provinces, the device maintenance part often needs to be modified and joint debugging; at the same time, due to too many proprietary protocols and multiple versions of device maintenance tools, For project management, factory testing, online device maintenance, etc., a lot of energy is spent on learning and version processing, which greatly increases the workload of maintenance