Design and optimization of automated control systems in mechanical and electrical engineering
机电工程中的自动化控制系统设计与优化

摘要

自动化控制系统的优化设计是提升机电工程运行效率与智能化水平的关键环节。围绕系统性能提升的核心目标，分析技术发展历程与应用现状，揭示当前控制系统在动态响应速度与能量利用效率方面存在的不足，提出基于智能算法的优化模型构建方法。通过仿真与实验手段对优化方案进行验证，结果显示优化后的系统在响应特性、控制精度及能耗控制方面均有明显提升。研究为现代机电系统实现高效稳定运行提供了理论支持和技术路径。

Abstract

Optimized design of automated control systems is a key factor in improving the operational efficiency and intelligence level of mechanical and electrical engineering. By focusing on the core objective of enhancing system performance, this work examines the development history and current applications, revealing existing shortcomings in dynamic response speed and energy utilization efficiency. An optimization model based on intelligent algorithms is proposed. The optimized is validated through simulation and experimental methods.
Results show that the optimized system demonstrates significant improvements in response characteristics, control accuracy, and energy consumption management. This study provides theoretical support and technical approaches for achieving efficient and stable operation in modern mechanical and electrical systems.