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首页> 外文期刊>IEEE / ASME Transactions on Mechatronics >Energy Regenerative Suspension Using an Algebraic Screw Linkage Mechanism
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Energy Regenerative Suspension Using an Algebraic Screw Linkage Mechanism

机译:使用代数螺杆联动机构的能量再生悬挂

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This paper presents the development of a novel energy-regenerative suspension mechanism. The system consists of a mass-spring unit coupled with an algebraic screw kinematic pair, a rotary permanent magnet synchronous generator (PMSG), and a three-phase boost charger connected to a battery. The algebraic screw converts the translational vibration into a reciprocating rotary motion which drives the PMSG through a planetary gearhead. A pulse-width-modulated three-phase boost converter is then used to convert the energy generated by the rotary machine into battery charge. To this end, a control and switching algorithm is utilized that makes the battery appear as a pseudo-resistor across the terminals of the rotary machine. Introducing this pseudo-resistive characteristic across the machine produces the same effect as mechanical damping with an energy regenerative function. The design and analysis of the regenerative suspension mechanism are presented by considering the dynamics of the electromechanical device, parameters of the suspension system, and the base excitation input profile. Experimental results are presented that evaluate performance of the proposed regenerative damper on a small-scale suspension system, which demonstrate the feasibility of building energy-regenerative dampers.
机译:本文介绍了一种新型的能量再生悬挂机构的发展。该系统由与代数螺杆运动学对耦合的质量弹簧单元,旋转永磁同步发电机(PMSG)和连接到电池的三相升压充电器组成。代数螺杆将平移振动转换为往复旋转运动,从而通过行星齿轮箱驱动PMSG。然后使用脉宽调制的三相升压转换器将旋转电机产生的能量转换为电池电量。为此,采用了一种控制和切换算法,该算法使电池在旋转机械的端子上看起来像是伪电阻。在机器上引入这种伪电阻特性会产生与具有能量再生功能的机械阻尼相同的效果。通过考虑机电装置的动力学,悬架系统的参数以及基本激励输入曲线,介绍了再生悬架机构的设计和分析。实验结果表明,在小型悬挂系统上评估了拟议的蓄能减震器的性能,证明了建造蓄能减震器的可行性。

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