优化电机和驱动器的优势,以确保最佳性能和总拥有成本

W. Finley
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引用次数: 1

摘要

在现代工业系统中,可以证明,在总拥有成本上有很大的优势,以匹配驱动设备,可调频率驱动器(AFD)和电动机的额定值,充分利用这些组件。许多行业都看到了对越来越大的额定功率的需求,其中组件的尺寸和工作点的选择变得比它们较小的前辈更加关键。这些工作点包括设备能够工作的速度、电压和温度。这些因素将影响系统的初始资本成本、功耗方面的运行成本,以及系统的灵活性和稳健性。本文的目的是展示选择合适的工作电压的重要性,以及匹配充分利用的组件的好处。这些好处可以提供足够的投资回报,以证明不同设备制造商之间的合作开发努力,以及共同设备制造商内部的电气和机械设计人员,从而提供最具成本效益和可靠的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advantages of optimizing motor & drives to ensure best performance & total cost of ownership
In modern industrial systems it can be shown that there is a large advantage in total cost of ownership to match driven equipment, adjustable frequency drives (AFD), and motors at ratings that fully utilize these components. Many industries see a demand for increasingly larger power ratings where the sizing of the components and selection of operating points becomes much more critical than their smaller predecessors. These operating points include the speed, voltage, and temperature that the equipment is capable of operating. These factors will impact the initial capital cost of the system, the operating cost in terms of power consumption, and the flexibility and the robustness of the system. The goal of this paper is to demonstrate the importance of selecting the appropriate operating voltage, as well as the benefits of matching fully utilized components. These benefits can be shown to provide enough return on investment to justify collaborative development efforts between various equipment manufacturers as well as electrical and mechanical designers within a common equipment manufacturer, thereby providing the most cost effective and reliable solutions.
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