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Compact AMB-Flywheel Structure Design and Support Control System

机译:紧凑型AMB飞轮结构设计和支持控制系统

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In this paper, an AMB-flywheel energy storage system with 3-electromagnets is developed for minimizing flywheel size and reducing the production cost. The system description and dynamics characteristic of the AMB-flywheel system are discussed. Based on analyzing the dynamic model of the magnetic flywheel disc, the digital control system based on TMS320F2812 via using integral-separated PID control algorithm is designed, which realize the stable suspension of magnetic suspension platform.
机译:在本文中,开发了一种具有3个电磁铁的AMB飞轮储能系统,用于最大限度地减少飞轮尺寸并降低生产成本。讨论了AMB-FlyWheel系统的系统描述和动态特性。基于分析磁飞轮盘的动态模型,设计了基于TMS320F2812的数字控制系统,采用整体分离的PID控制算法设计,实现了磁悬浮平台的稳定悬架。

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