A method for setting auxiliary measurement points for substation integrated power monitoring

Abstract

The invention discloses an auxiliary corresponding detection point setting method for monitoring integrated power supplies of a transformer substation. According to the method, the remote detection point quantity of alternating current power supplies, direct current power supplies, communication power supplies and UPSs of the overall substation are displayed in a layered mode, and auxiliary corresponding detection point information required to be set can be selected at will. In a software testing period, the remote detection point quantity and the remote signaling quantity in the alternating current power supplies, the direct current power supplies, the communication power supplies and the UPSs are revised according to the remote detection point quantity and the remote signaling quantity interfaces in the alternating current power supplies, the direct current power supplies, the communication power supplies and the UPSs and the selected corresponding detection point function, and the remote detection point quantity and the remote signaling quantity are sent downwards to a communication management machine and sent upwards to the interfaces in remote signaling or remote detection dynamic screens corresponding to the integrated power supplies of the transformer substation through the communication management machine to perform information display. If a sent-down remote signaling or remote detection value can correspond to displayed information in a one-to-one mode, it means that a program of the communication management machine is successfully executed, otherwise, a Bug exits in the program of the communication management machine, and development personnel can quickly locate the Bug in a code and repair the error.

Description

technical field [0001] The invention relates to a method for setting auxiliary measurement points for substation integrated power supply monitoring. Background technique [0002] Power consumption in substations includes AC power monitoring, DC power monitoring, AC uninterruptible power supply monitoring, communication power monitoring, etc. These power monitoring devices contain thousands of remote signals and remote measurements. The existing remote measurement points have the following disadvantages : [0003] (1) During the design process, it is necessary to manually input the full coverage test on the communication management module. If it is necessary to find the measurement points, it is necessary to search all the measurement points of the monitoring subsystem used from the beginning. The amount of information is large and the operation is inconvenient; [0004] (2) During the communication process between the man-machine interface module and the communication manag...

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Problems solved by technology

[0003] (1) During the design process, it is necessary to manually input the full coverage test on the communication management module. If it is necessary to find the measurement points, it is necessary to search all the measurement points of the monitoring subsystem used from the beginning. The amount of information is large and the operation is inconvenient;

[0004] (2) During the communication process between the man-machine interface module and the communication management module, all measurement points need to be sent to the man-machine interface. Manual input brings a lot of inconvenience to designers and testers, which seriously affects the development progress

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