Application of iterative calculus methods for analysis and simulation of instantaneous traction power supply schemes
Abstract
Application of iterative calculus methods for analysis and simulation of instantaneous traction power supply schemes
Incoming article date: 04.12.2019The article is devoted to the possibility of applying the methods of successive approximations in the analysis of the instantaneous scheme of the traction network. The described approach allows to improve the accuracy of modeling dynamic modes of traction power supply sections, and also allows to significantly improve the process of modeling diagnostic systems and control of electric rolling stock at the design stage based on a more accurate model of dynamically changing input parameters of the traction network depending on their required level.
Keywords: traction network, instantaneous circuit, diagnostics, simulation, iteration