错位无环流直流可逆调速系统的仿真

Simulation of DC Reversible Speed-adjustable System of Staggered Non-loop Current

面向系统传递函数结构图的错位无环流直流可逆调速系统的计算机仿真很常见,而面向系统电气原理结构图的错位无环流直流可逆调速系统的仿真未见,为此提出了一种基于Simulink和Power System工具箱、面向系统电气原理结构图的错位无环流直流可逆调速系统计算机仿真的新方法,实现了转速、电流和电压三闭环控制的错位无环流直流可逆调速系统的建模与仿真。分别给出了直流可逆调速系统的仿真模型和仿真结果,仿真结果表明了仿真算法可信度较高。

A novel method of construction ＆ simulation is put forward for the model of the DC reversible speed-adjustable system of staggered non-loop current based on Simulink ＆ Power System Blockset, because it is never seen for facing system transfer function construction drawing to simulate. It completes the making models and simulate for the DC reversible speed-adjustable system of staggered non-loop current with the speed loop, current loop and voltage loop. The simulation results ＆ models for the DC reversible speed-adjustable system of staggered non-loop current are provided. Simulation results show that simulation method is correct with high credibility.