Simulation research on ship electric propulsion speed regulation system based on variable structure control and FPGA

In order to improve the operating effect of the ship electric propulsion speed control system, this paper combines variable structure control and FPGA to study the ship electric propulsion speed control system, and simulates and analyzes the system. Moreover, this paper adopts a modular design and divides the FPGA design into different modules such as AD sampling control, AD data processing, logic state acquisition and control, PWM pulse generation and control, RTC control, and DTS control. In addition, this paper constructs a ship electric propulsion speed regulation system based on variable structure control and FPGA. Finally, this paper conducts simulation research on the system and counts its corresponding data. The main parameters are control reliability and speed regulation effect. According to the simulation test results, the ship electric propulsion speed control system based on variable structure control and FPGA proposed in this paper can effectively improve the propagation speed control effect.

Automated summary

This paper combines variable structure control and FPGA to study and simulate the ship electric propulsion speed control system. The modular design divides the FPGA design into different modules for various functions. Based on variable structure control and FPGA, a ship electric propulsion speed regulation system is constructed. Simulation research is conducted to assess control reliability and speed regulation effect. The proposed system effectively improves the speed control effect.