滑动式电能传输系统运行特性分析

Analysis of Operational Characteristics of the Sliding Power Transmission System

滑动式电能传输系统在自动化港口具有广阔的应用前景,可以解决移动工具所带来的电能传输导线磨损问题,又具有运行灵活方便的优势。首先建立滑动式电能传输系统的结构,再通过总结各基本单元结构的优缺点,最终建立系统基本电路,并分析了滑动式电能传输系统电路的主要参数和运行特性。在解决频率分叉问题的基础上,仿真分析系统电路主要参数与互感、运行频率的关系,为系统的合理控制和高效运行提供帮助。

Sliding power transmission system has a wide application prospect in automatic ports, for it can solve the problem of worn transmission wires caused by moving tools and has the advantage of flexible and easy operation. Firstly, a structure of the sliding power transmission system is set up. Finally, the basic circuit of the system is established by summarizing the advantages and disadvantages of the structures of various basic units. Furthermore, this paper analyzes main parameters and operational characteristics of the circuit of the sliding power transmission system. On the basis of solving frequency bifurcation, it makes a simulation analysis on the relationship between the main parameters of the system circuit, and mutual inductance and operation frequency, thus facilitating reasonable control and highly effective operation of the system.