Real-Time Simulation of Modular Multilevel Converter on FPGA with sub-microsecond Time-Step
作者:
Handy Fortin-Blanchette, Luc-André Gregoire, Kamal Al-Haddad, Wei Li, Jean Bélanger
所属专业方向:
电力电子，实时仿真
摘要:
Abstract—This paper presents real-time simulation results of a 512-level modular multilevel converter (MMC). Using off-the-shelf computers and FPGA boards, the converter, including the 6 valves, 6 arm inductors and the transformer, is simulated with a time-step of 450 ns. Such a small time-step is required to ensure high accuracy when applying gating signals but also when observing fault conditions. Simulation stability is demonstrated for normal and faulty operation modes.
Real-Time Simulation of Modular Multilevel Converter on FPGA with sub-microsecond Time-Step $ i6 F8 O# }7 t1 n6 o% n# i0 @! SFPGA上进行的亚微秒步长级MMC实时仿真 1 L5 A, L0 B' k4 a7 |/ d. K 1 G; `9 }; ~) B8 k) X* K! cAuthor(s)9 }: J8 \( K# S1 h E( _$ M: k( }
Handy Fortin-Blanchette, Luc-André Gregoire, Kamal Al-Haddad, Wei Li, Jean Bélanger, ; |# F! ]2 t: H% v- x% D, G8 pAbstract, d X) q6 U! ?# g, o" {4 N
Abstract—This paper presents real-time simulation results of a 512-level modular multilevel converter (MMC). Using off-the-shelf computers and FPGA boards, the converter, including the 6 valves, 6 arm inductors and the transformer, is simulated with a time-step of 450 ns. Such a small time-step is required to ensure high accuracy when applying gating signals but also when observing fault conditions. Simulation stability is demonstrated for normal and faulty operation modes. / [! p( g' @7 {: f
这篇论文介绍了对一个有512电平的MMC的仿真结果。使用现成计算机和FPGA板，这个包含6个阀和6桥臂电感和变压器的换流器被以450ns级步长进行仿真。这样短的步长是为在使用门口信号和观测故障情况时保证精确度。仿真稳定性在正常和故障操作下进行了演示。0 U& K1 q% w) ?9 \5 G IECON 2014 Multilevel converter.rar(819.85 KB, 下载次数: 2)
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发表于 2014-11-5 16:04:19
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