Generic High Level VSC-HVDC Grid Controls and Test Systems for Offline and Real Time Simulation
作者:
Md. Rokibul Hasan, Luigi Vanfretti, Senior Member, IEEE, Wei Li, Student Member, IEEE, and Naveed Ahmad Khan
所属专业方向:
电力电子，高压输电，实时仿真
摘要:
Abstract—This article describes generic high level control models for VSC-HVDC grid systems. An average value model of the voltage source converter (VSC) is used; it includes the vector current control strategy. As an improvement to traditional conventional high-level control systems, this paper includes dc voltage, negative sequence current and dc voltage droop control loops. To validate the controller’s performances, two tests systems were developed: a point-to-point link and a four-terminal DC grid. Both offline and real-time simulations are carried out for several test scenarios. A methodology for calibrating controller parameters is presented and used to tune the controls of each test system considering the different scenarios presented. All simulation models were developed in SimPowerSystem/Simulink and prepared using the RT-LAB software from Opal-RT for real-time simulation; real-time simulation performance of the simulation models is also discussed.
Generic High Level VSC-HVDC Grid Controls and Test Systems for Offline and Real Time Simulation 7 ~4 G1 [; x7 I* |; E% {针对离线和实时仿真的通用高电平VSC-HVDC电网控制和测试系统 ; `7 q% n" B- g2 e( F" F7 S- E# u$ _8 [8 u
Md. Rokibul Hasan, Luigi Vanfretti, Senior Member, IEEE, Wei Li, Student Member, IEEE, and Naveed Ahmad Khan 9 D6 }" X: Z8 M4 ^- q% c t- Y, F) t# v$ \, b% S6 V" ~' Y% G
Abstract—This article describes generic high level control models for VSC-HVDC grid systems. An average value model of the voltage source converter (VSC) is used; it includes the vector current control strategy. As an improvement to traditional conventional high-level control systems, this paper includes dc voltage, negative sequence current and dc voltage droop control loops. To validate the controller’s performances, two tests systems were developed: a point-to-point link and a four-terminal DC grid. Both offline and real-time simulations are carried out for several test scenarios. A methodology for calibrating controller parameters is presented and used to tune the controls of each test system considering the different scenarios presented. All simulation models were developed in SimPowerSystem/Simulink and prepared using the RT-LAB software from Opal-RT for real-time simulation; real-time simulation performance of the simulation models is also discussed. ^2 @- E( @& G摘要：这篇文章介绍了VSC-HVDC电网系统的通用高电平控制模型。文中用到了电压源换流器（VSC）的平均值模型；它包含矢量电流控制策略。作为对传统高电平控制系统的改进，这篇文章包含了直流电压，副序电流和直流电压垂降控制环。为验证控制器性能开发了两套测试系统：y一个点对点连接和一个四端点直流电网。针对数个测试方案进行了离线和实时仿真。文章提出了一种控制器校准参数方法，并被用来根据不同的方案调整每个测试系统的控制。所有仿真模型都是通过SimPowerSystem/Simulink生成的并可利用OPAL-RT的RT-LAB软件进行实时仿真；仿真模型的实时仿真性能也进行了探讨。 & Q+ O& h% |$ X7 N& p8 mIndex Terms—Voltage Source Converter, High-level control, HVDC grid test system, controller calibration, Real-time simulation. * @. {/ `: l! t( g: {2 I; nabbr_0e4ce7cd41c5a83d9f6ab578cc0ad690.rar(824.74 KB, 下载次数: 0)
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