BIM-based verification method for linkage logic of auxiliary equipment of transformer substation

Abstract

The invention discloses a BIM-based verification method for linkage logic of auxiliary equipment of a transformer substation. The method comprises the following steps: 1) loading a substation BIM model; 2) reading information of a functional area and auxiliary equipment of the transformer substation; 3) matching a linkage scene in a functional area; 4) calling a linkage logic rule base; 5) verifying auxiliary equipment; 6) generating a linkage logic diagram. During work, according to related standard requirements of a new generation of substation auxiliary equipment intelligent monitoring system, a linkage logic verification method suitable for stages of design, construction, acceptance and the like is provided, and a safe and stable operation environment of a substation is guaranteed.

Description

technical field [0001] The invention relates to the design technical field of a new generation of auxiliary equipment intelligent monitoring system of a substation, in particular to a BIM model-based verification method for linkage logic of substation auxiliary equipment. Background technique [0002] The auxiliary equipment intelligent monitoring system is a system for monitoring and controlling the auxiliary equipment in the substation. The system adopts an integrated design, unifies the equipment model, and unifies the communication protocol and interface standard of the front-end equipment; the system includes the primary equipment online monitoring subsystem, the fire protection subsystem System, security defense subsystem, dynamic ring subsystem, intelligent lock control subsystem and intelligent inspection subsystem, etc., and auxiliary equipment belongs to the above subsystems. [0003] As an important device for unattended smart substations and all-weather monitorin...

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Problems solved by technology

[0004] With the construction of a new generation of auxiliary equipment intelligent monitoring system, the linkage logic of auxiliary equipment has been clearly stipulated, but there is no effective reference basis for the linkage logic of auxiliary equipment, resulting in non-standard linkage logic acceptance before operation and functional verification. Not comprehensive, it is difficult to realize real-time monitoring and control of substation auxiliary equipment, and cannot meet the development needs of smart substations

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