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Hardware Emulation Building Blocks for Real-Time Simulation of Large-Scale Power Grids

机译:用于大规模电网实时仿真的硬件仿真构建块

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摘要

This paper proposes digital hardware building block concept for emulating power system networks on field-programmable gate arrays (FPGAs) in real time. Basic hardware emulation building blocks (HEBBs) for machines, transmission lines, nonlinear elements, and loads are presented to demonstrate how real-time simulation can be achieved for realistic power systems. All of the hardware modules were developed using the VHDL language for portability and extensibility. Employing multiple FPGAs, a large-scale power system consisting of 1260 three-phase buses is modeled in detail in real time to show both electromagnetic transients and electromechanical dynamics in the system. The advantage of HEBB-based modeling is that the design and development of new technologies can be accelerated by utilizing massive real-time digital simulators capable of modeling multiscale and multidomain dynamics.
机译:本文提出了用于在现场可编程门阵列(FPGA)上实时仿真电源系统网络的数字硬件构建模块概念。提出了用于机器,传输线,非线性元件和负载的基本硬件仿真构建块(HEBB),以演示如何针对现实的电力系统实现实时仿真。所有硬件模块都是使用VHDL语言开发的,以实现可移植性和可扩展性。利用多个FPGA,对包含1260个三相总线的大规模电力系统进行了实时详细建模,以显示系统中的电磁瞬变和机电动力学。基于HEBB的建模的优势在于,可以利用能够对多尺度和多域动态建模的大规模实时数字仿真器来加快新技术的设计和开发。

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