Transformer substation auxiliary control system

Abstract

The invention provides a transformer substation auxiliary control system and relates to the transformer substation technology field. The system comprises a transformer substation auxiliary controller.The transformer substation auxiliary controller comprises image monitoring, a security guard, fire alarm, online monitoring, meteorological environment monitoring, and an intelligent inspection robot. An output end of the transformer substation auxiliary controller is electrically connected to an input end of the image monitoring, the input end of the security guard is electrically connected withthe output end of the transformer substation auxiliary controller, the input end of the fire alarm is electrically connected to the output end of the transformer substation auxiliary controller, andthe output end of the transformer substation auxiliary controller is electrically connected to the input end of the online monitoring. The transformer substation auxiliary control system is an integrated intelligent system integrating the in-station video monitoring, the security guard, the fire alarm, the meteorological environment monitoring, the online monitoring, the intelligent inspection robot and other subsystems on the same platform so as to realize information sharing, application function integration, and operation and alarm linkage.

Description

technical field [0001] The invention relates to the technical field of substations, in particular to an auxiliary control system of a substation. Background technique [0002] With the continuous advancement of power system automation technology and the deepening reform of the power system, the unattended mode has been vigorously promoted in the power supply department. In the early stage of the unattended mode, due to the lack of effective control methods for the on-site environment, the theft cases of substations Fires caused by live equipment in the substation are not uncommon. Therefore, fire protection and anti-theft systems will be deployed before the substation is put into operation. After the fire prevention and anti-theft systems are deployed in the substation, the security work is still not optimistic. How to maximize the potential of the existing auxiliary system, save the cost and improve the efficiency of the system to the greatest extent has become an urgent pr...

AI Technical Summary

Problems solved by technology

[0002] With the continuous advancement of power system automation technology and the deepening reform of the power system, the unattended mode has been vigorously promoted in the power supply department. In the early stage of the unattended mode, due to the lack of effective control methods for the on-site environment, the theft cases of substations Fires caused by live equipment in the substation are not uncommon. Therefore, fire protection and anti-theft systems will be deployed before the substation is put into operation. After the fire prevention and anti-theft systems are deployed in the substation, the security work is still not optimistic. How to maximize the potential of existing auxiliary systems, maximize cost savings, and improve efficiency systems has become an urgent problem to be solved in substation management.

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