Novel Processing Platform of Acquisition Terminal based on Multi-Source Data in Ultra High Voltage Transmission

Novel processing platform of acquisition terminal based on multi-source data in ultra-high voltage transmission is the focus of this study. In order to fundamentally reduce the incidence of failures, it is necessary to do a good job in daily operation and maintenance, this paper defines the novel system model. First, the multi-source data in the ultra-high voltage transmission is studied. For the considered 750 KV scenario, the double-circuit transmission line on the same tower is selected. The Fourier transform takes the sinusoidal type as the basic signal and decomposes any complex function into the sum of infinite sinusoidal signals, so this method is selected to better express the signal. Second, the novel processing platform of the acquisition terminal is introduced. The different sensory models are considered and the novel platform is presented. In the experiment, combined with the characteristics of the 750kV substation project, this paper discusses the aspects of optical cable selection, structure, optimization and integration. The system is simulated and proven to be efficient.