Full digital simulation verification system and verification method adopted by same

Abstract

The invention relates to a full digital simulation verification system and is used for realizing configuration verification of a substation remote monitoring system. The full digital simulation verification system comprises a digital simulation protection monitoring and control device for simulating each protection device in the substation remote monitoring system, a digital simulation remote control device for simulating a remote engine in the substation remote monitoring system, and a digital simulation monitoring background for simulating a background machine in the substation remote monitoring system. The digital simulation protection monitoring and control device, the digital simulation remote control device and the digital simulation monitoring background are connected to constitutea simulation network system for simulating the substation remote monitoring system. The invention also provides a verification method adopted by the full digital simulation verification system. The full digital simulation verification system and the verification method adopted by the same solve the configuration verification problem of the substation remote monitoring system, can be applied simplyand flexibly, improve the verification work efficiency, have better versatility and adaptability, and can also reduce the security risk existing in the system verification.

Description

technical field [0001] The invention belongs to the field of electric power system substation automation, and in particular relates to an all-digital simulation verification system and a verification method for realizing configuration verification of a remote monitoring system of a substation. Background technique [0002] Substation remote monitoring system, as the core link of unattended substation monitoring and control, plays an extremely important role. With the continuous construction, reconstruction and expansion of substations, the verification workload of the remote monitoring system of substations is increasing. The current monitoring system verification technology is basically realized by the actual verification method of the operation monitoring system. The structure diagram of the verification system is shown in the attached figure 1 shown. At present, the verification of the substation monitoring system must wait until the other work of the entire substation ...

AI Technical Summary

Problems solved by technology

[0007] (1) There is an uncontrollable risk of misoperation during the acceptance process, which may cause the relay protection equipment of the substation to be in an abnormal operating state, violate the principle of safe operation, and cause the relay protection equipment to malfunction or refuse to operate;

[0008] (2) When a problem occurs, it is difficult to carry out on-site rectification of the operating equipment in some cases, especially for smart substations. If it is necessary to re-download and configure the protection device, the running relay protection device must be out of operation, and it will be re-installed invisibly. magnified security risks;

[0009] (3) The existing acceptance method has a long acceptance cycle and involves complex cooperation between personnel and units

[0011] (1) The system wiring is complicated, the software and hardware are used together, and the interface settings are cumbersome;

[0012] (2) The level of hardware investment is high and the versatility is poor. Different manufacturers need to match different telemotors

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