%0 Journal Article
%T 一种基于ADRC控制算法无刷直流电机的便携制氧装置的研究<br>Research on a Portable Oxygen Generator Based on Brushless DC Motor with ADRC Control Algorithm
%A 卢国升
%A 甘连珍
%J Journal of Electrical Engineering
%P 49-54
%@ 2333-5424
%D 2024
%I Hans Publishing
%R 10.12677/jee.2024.123006
%X 文章通过优化ADRC算法的参数设置&#65292;实现了电机的高效稳定控制&#65292;显著提升了制氧装置的氧气生成效率和系统稳定性。在系统集成过程中&#65292;通过精密传感器实时监测电机状态&#65292;结合ADRC算法动态补偿外部扰动&#65292;保证了系统在不同负载和环境条件下的稳定运行。经过全面的功能测试和性能验证&#65292;结果表明&#65292;采用ADRC算法的便携制氧装置在响应速度、抗干扰能力和能效方面均表现优异&#65292;满足了实际应用需求。<br>This article achieves efficient and stable control of the motor by optimizing the parameter settings of the ADRC algorithm, significantly improving the oxygen generation efficiency and system stability of the oxygen production device. During the system integration process, the motor status is monitored in real-time through precision sensors, and external disturbances are dynamically compensated using the ADRC algorithm to ensure stable operation of the system under different loads and environmental conditions. After comprehensive functional testing and performance verification, the results show that the portable oxygen generation device using ADRC algorithm performs excellently in response speed, anti-interference ability, and energy efficiency, meeting practical application requirements.
%K ADRC控制算法&#65292
%K 无刷直流电机&#65292
%K 便携制氧装置&#65292
%K 系统集成<br>ADRC Control Algorithm
%K Brushless DC Motor
%K Portable Oxygen Generation Device
%K System Integration
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=96875