Research on the Application of Computer and Electronic Communication Technology in Train Energy Saving and Optimal Operation

Computer and electronic communication technology is an important guarantee for safe and energy-saving train operation. The timeliness and accuracy of train communication directly affect the safety and stability of train operation. Using computer and electronic communication technology to realize the calculation and application of energy-saving and optimal operation mode of trains can achieve energy-saving operation with low investment and high efficiency. Considered the complex operation route consisting of ramps and curves, computer simulation and electronic communication technology are used to analyze the train operation route based on matrix and calculus theory. Operation parameters of each stage for train and departure interval were dispersed, decomposed and coded. Considered minimum energy consumption as the objective function, the matrix discrete method was presented to build the metro train best energy scheduling model based on single-train energy saving optimization operation and cooperative using of regenerative braking energy by multiple-train. The sample shows that the energy saving scheduling and calculation method are effective.