Variable Speed Drive Connected Motor Load Emulator for a Multi-Converter-Based Hardware Testbed System

IF 7.9 Q1 ENGINEERING, ELECTRICAL & ELECTRONIC IEEE Open Journal of Industry Applications Pub Date : 2021-10-20 DOI:10.1109/OJIA.2021.3121401
Shuyao Wang;Yiwei Ma;Jingxin Wang;Leon M. Tolbert;Fred Wang
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引用次数: 2

Abstract

A variable speed drive (VSD) based induction motor power emulator is presented in this paper, which is intended to be used in a real-time multi-converter-based hardware testbed (HTB) system. The presented HTB load emulator can accurately reflect the dynamic performance of a VSD-based load with multiple control algorithms without requiring significant computational resources and simulation time. Therefore, the developed VSD load emulator can not only mimic VSD-driven motor load performance, but also can be flexibly integrated into electric power grid emulators or simulators, which enable more detailed power grid analyses by providing a more accurate model for this particular type of load. This paper discusses the specification of the developed VSD-based load emulator, including multiple control schemes, and the physical realization in a power grid emulator. Finally, the accuracy of the VSD load emulator is demonstrated with experimental results.
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基于多变换器的硬件试验台系统的变速驱动连接电机负载模拟器
本文提出了一种基于变速驱动(VSD)的感应电动机功率模拟器,该模拟器用于基于多变换器的实时硬件试验台(HTB)系统。所提出的HTB负载模拟器可以通过多种控制算法准确地反映基于VSD的负载的动态性能,而不需要大量的计算资源和模拟时间。因此,所开发的VSD负载模拟器不仅可以模拟VSD驱动的电机负载性能,还可以灵活地集成到电网模拟器或模拟器中,通过为这种特定类型的负载提供更准确的模型,可以进行更详细的电网分析。本文讨论了所开发的基于VSD的负载模拟器的规范,包括多种控制方案,以及在电网模拟器中的物理实现。最后,用实验结果验证了VSD负载模拟器的准确性。
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