Power Electronic Switching Models for Numerical Simulations of Power System Electromagnetic Transient

机译：电力系统电磁瞬态数值模拟的电力电子开关模型

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Due to the increasing number of power electronic devices in modern power systems in the past two decades, the numerical simulation results of electromechanical transient processes based on quasi-steady state models have been questioned under critical operating mode. Therefore, it is urgent to develop software for electromagnetic transient simulation of real power systems. One of the most difficult problems in this study is how to set up a suitable power electronic switching model. This paper reviews relative research literatures on mathematical models of power electronic switches without considering their own transient processes, introduces the establishment methods of various models and their applications in widely used commercial software, and evaluates their advantages and disadvantages.

机译：由于近二十年来现代电力系统中电力电子设备数量的增加，在准工作模式下，基于准稳态模型的机电暂态过程的数值模拟结果受到质疑。因此，迫切需要开发用于实际电力系统的电磁暂态仿真的软件。该研究中最困难的问题之一是如何建立合适的电力电子开关模型。本文回顾了有关电力电子开关数学模型的相关研究文献，而不考虑其自身的瞬态过程，介绍了各种模型的建立方法及其在广泛使用的商业软件中的应用，并评估了它们的优缺点。

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《IEEE International Conference on Advanced Power System Automation and Protection》|2019年|1026-1030|共5页
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Ning Guo; Wenzhuo Liu;
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electromagnetic transient (EMT) simulation; ideal switch model; inductance/capacitance model (L/C model); Ron / Roff model; transmission-line modeling (TLM);

机译：电磁瞬变（EMT）仿真;理想开关模型;电感/电容模型（L / C模型）; Ron / Roff模型;传输线建模（TLM）;

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专利

1. Electromagnetic Transients Simulation Models for Accurate Representation of Switching Losses and Thermal Performance in Power Electronic Systems [J] . A. D. Rajapakse, A. M. Gole, P. L. Wilson IEEE Transactions on Power Delivery . 2005,第1期

机译：电力电子系统中开关损耗和热性能的精确表示的电磁瞬态仿真模型
2. An Electrical Transient Model of IGBT-Diode Switching Cell for Power Semiconductor Loss Estimation in Electromagnetic Transient Simulation [J] . IEEE Transactions on Power Electronics . 2020,第3期

机译：IGBT二极管开关单元的电瞬态模型，用于电磁瞬态仿真中的功率半导体损耗估计
3. Fast Electromagnetic Transient Simulations of Power Systems Utilizing Single-Phase Phasor-Based Modeling of Remote Systems [J] . Noda Taku, Sakamoto Orie, Yonezawa Rikido Electrical engineering in Japan . 2016,第2期

机译：利用基于单相相量的远程系统建模的电力系统快速电磁暂态仿真
4. A behavioral transient model of IGBT for switching cell power loss estimation in electromagnetic transient simulation [C] . Yanming Xu, Carl Ngai Man Ho, Avishek Ghosh, IEEE Applied Power Electronics Conference and Exposition . 2018

机译：电磁瞬态仿真中用于开关单元功耗估算的IGBT行为瞬态模型
5. MODELING OF THE POWER TRANSFORMER FOR ELECTROMAGNETIC TRANSIENT STUDIES IN POWER SYSTEMS. [D] . AVILA-ROSALES, JAIME. 1980

机译：用于电力系统电磁瞬态研究的电力变压器建模。
6. Equivalent modeling of PMSG-based wind power plants considering LVRT capabilities: electromechanical transients in power systems [O] . Ming Ding, Qianlong Zhu -1

机译：考虑LVRT功能的基于PMSG的风力发电厂的等效建模：电力系统中的机电瞬变
7. Techniques for the Electromagnetic Transient Simulation of a Power System Including Power Electronics Controllers [O] . Taku NODA, Koji TENMA 2006

机译：电力系统的电磁瞬态仿真技术，包括电力电子控制器
8. Power Electronics Technology Applications for Future SSBNs (By Using Switching Regulator Power Supplies in SSBN Electronic Systems, Reduced Costs and Improved Performance can be Reflected in Both the Electronic and Electrical Power Systems). [R] . Foutz, J., Kamm, E. 1978

机译：用于未来ssBN的电力电子技术应用（通过在ssBN电子系统中使用开关稳压器电源，降低成本和改进的性能可以在电子和电力系统中得到反映）。

Power Electronic Switching Models for Numerical Simulations of Power System Electromagnetic Transient

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