Integration and joint debugging method of secondary equipment based on virtual machine

Abstract

The invention discloses a virtual machine-based integrated joint debugging method for secondary equipment. The key points of the technical scheme include the following steps: S1, build a minimum test system for an intelligent substation according to the principle of substation consistency guarantee; S2, build a minimum test system based on the minimum test system Build a real test environment of the substation on the Internet, obtain the configuration of the total station device by importing the SCD file, and obtain the data flow direction in each device, including the SV flow direction and the GOOSE flow direction. Station equipment information; S3, the minimum test system integrates device information, action behavior definition and fixed value information to obtain test items, test plans and test result templates, which improves the efficiency of factory joint debugging and enhances the intelligence of joint debugging level, shorten the equipment debugging cycle and improve the debugging environment.

Description

technical field [0001] The invention relates to secondary commissioning of an intelligent substation, in particular to a virtual machine-based integrated joint commissioning method for secondary equipment. Background technique [0002] The secondary commissioning work of the intelligent substation is greatly restricted by the construction environment on site, including: (1) scattered equipment, which makes it very difficult to cooperate with the linkage test between equipment; (2) it is impossible to work outdoors in rainy and snowy days, dusty days, and at night (3) There are many holes and cable trenches in the construction site, and there are certain safety hazards; (4) It is obviously affected by the site environment, it is difficult to control the project debugging process, and the debugging quality will be affected to a certain extent. [0003] System integration debugging is an important link to find and solve problems in the whole test process of intelligent substati...

AI Technical Summary

Problems solved by technology

[0005] 1. In the system integration debugging, there is a lack of joint debugging organization, a standardized process from joint debugging preparation to the implementation of the plan, which is severely restricted by the frequent changes of the manufacturer's technical personnel and the power company's debugging personnel;

[0006] 2. The joint commissioning site is chaotic and the joint commissioning efficiency is low, so that the joint commissioning quality cannot be reliably guaranteed;

[0007] 3. Different manufacturers have different technical strengths and different testing conditions and means, resulting in uneven test integrity of test items and testing depth of protection devices and network performance;

[0008] 4. There is no corresponding plan and standard for factory joint debugging, the test tools are not standardized, and the test evaluation is not unified

[0009] Based on these factors, the current factory joint commissioning is only at the stage where the protection devices can be successfully connected and the communication can be successfully connected, and the basic functions can be realized. There is no in-depth test for network test, protection circuit, message monitoring and other items.

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