Information Check and Control System of Substation Telemotor Based on Computer Vision

Traditional verification methods require a large number of telecontrol signals as the basis, and it is difficult to detect the addresses of all regulatory information objects, resulting in inaccurate verification control results. For this purpose, this study designed a computer vision based substation remote motor information verification control system. In the hardware part of the system, a verification view module is constructed to present the data defined in the data model, a verification signature module is constructed to achieve information transfer between the verification side and the scheduling management side, and a verification network scheduling module is constructed to correct the monitoring point information on the work side. In the system software section, computer vision technology is used to identify the remote motor information of the substation. At the same time, encryption technology is introduced to prevent unauthorized users from stealing important information tables. Finally, design a scheduling master station simulation system to implement the motion machine information verification process and generate verification reports. According to the test results, it can be seen that the information configuration of the system is reasonable and the obtained information is valid, indicating that the effectiveness of the verification control is good.