论文标题
Sneak预览：Powerdynamics.jl- =一个开源库，用于分析具有可再生能源高的电网中动态稳定性
Sneak Preview: PowerDynamics.jl -= An Open-Source library for analyzing dynamic stability in power grids with high shares of renewable energy
论文作者
论文摘要
PowerDynamics.jl是一个开源库，用于用最新的科学编程语言Julia内置的动态功率网格建模。它提供了所有必要的工具，以分析具有较高可再生能源的功率网格的动力稳定性。与常规工具相反，它充分利用了朱莉娅结合使用的简单性和一般性与高度优化的即时编译代码。此外，其生态系统还提供了差异化。 powerdynamics.jl为不同的节点/总线类型提供了多种动力学，例如旋转质量，逆变器中的下垂对照，并能够明确建模逆变器的时间延迟。此外，它包括可再生能源波动的现实模型。在本文中，我们演示了如何将powerdynamics.jl用于IEEE 14-BUS分配网格馈线。
PowerDynamics.jl is an Open-Source library for dynamic power grid modeling built in the latest scientific programming language, Julia. It provides all the tools necessary to analyze the dynamical stability of power grids with high share of renewable energy. In contrast to conventional tools, it makes full use of the simplicity and generality that Julia combines with highly-optimized just-in-time compiled Code. Additionally, its ecosystem provides DifferentialEquations.jl, a high-performance library for solving differential equations with built-in solvers and interfaces to industrial grade solvers like Sundials. PowerDynamics.jl provides a multitude of dynamics for different node/bus-types, e.g. rotating masses, droop-control in inverters, and is able to explicitly model time delays of inverters. Furthermore, it includes realistic models of fluctuations from renewable energy sources. In this paper, we demonstrate how to use PowerDynamics.jl for the IEEE 14-bus distribution grid feeder.
