Optimization Analysis of Start-up Automation and Debugging Technology for High-Voltage Machinery and Electrical Equipment

This paper conducts the optimization analysis of start-up automation and debugging technology for high-voltage machinery and electrical equipment. In the process of debugging high-voltage electrical equipment, it is necessary to ensure that the voltage rises slowly and steadily until the power supply is cut off when the ammeter no longer changes. If a pressure test is required, it is necessary to ensure that the amount of high-pressure leakage is within the allowable range. Hence, the test with the combination of optimization algorithms is essential for the model building. For low-voltage distribution lines, heat resistance is very important, hence it is highly required to choose appropriate electronic trips and low-voltage fuse to avoid system short-circuit faults, where the novel node model is designed to validate the patterns. Through the testing on the public data sets, the overall performance of the model is proven.