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Recent advances in common mode voltage mitigation techniques based on MPC

机译:基于MPC的共模电压减缓技术的最新进展

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Model Predictive Control (MPC) is a powerful and robust strategy used to control power inverters. Common mode voltage (CMV) is a known source of problems in many inverter applications. The aim of this paper is to present and discuss the latest contributions in the area of CMV mitigation, with a focus on MPC-based strategies. The paper reviews the most common inverter topologies, including two-level (standard and modified) and three-level inverters, provides background of CMV generation and outlines opportunities and limitations for CMV mitigation, for each topology. The paper presents an extensive overview of the recent work on CMV mitigation, and outlines future scope for the MPC-based solutions of the CMV problem.
机译:模型预测控制(MPC)是一种用于控制功率逆变器的强大且强大的策略。共模电压(CMV)是许多逆变器应用中的已知问题源。本文的目的是展示并讨论CMV缓解领域的最新贡献,重点关注基于MPC的策略。本文评价最常见的逆变器拓扑,包括两级(标准和修改)和三级逆变器,提供了CMV生成的背景,并为每个拓扑提供CMV缓解的机会和限制。本文概述了最近关于CMV缓解的工作,并概述了CMV问题的基于MPC的解决方案的未来范围。

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