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Integration of distributed energy resource models in the VSC control for microgrid applications

机译：微电网应用VSC控制中分布式能源模型的集成

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Studies related to the integration of distributed energy resources (DERs) face challenges in considering models for the primary energy source, the conversion equipment, the inverters, and the microgrid. Most of the current approaches only consider some of these models, then the complete modelling is uncommon, leading to simplified system representations. As a solution, this paper presents a three-stage approach to easily integrate the generation and storage system models into the dq0 control algorithm of a voltage source converter (VSC), useful in microgrid studies. The considered DERs, correspond to battery energy storage system (BESS), wind generation and photovoltaic (PV) generation systems; then, the model influence and the variation of the primary energy source modify the control references. This approach allows an appropriate balance between model accuracy and simplicity of steady-state and dynamic equivalent models for converter integrated DER (CIDER). The results show how this modelling facilitates the steady and dynamic state studies, as is evidenced in the tests performed in a CIGRE based microgrid.
机译：在考虑主要能源，转换设备，逆变器和微电网的模型时，分布式能源（DERS）面临挑战的研究有关的研究。大多数目前的方法只考虑其中一些模型，那么完整的建模是罕见的，导致简化的系统表示。作为解决方案，本文介绍了一种三阶段方法，可以轻松将生成和存储系统模型集成到电压源转换器（VSC）的DQ0控制算法中，可用于微电网研究。所考虑的DER，对应于电池储能系统（BESS），风发电和光伏（PV）生成系统;然后，模型影响和主能源的变化修改了控制参考。这种方法允许模型精度和用于转换器集成DER（载体）的稳态和动态等效模型的简单性之间的适当平衡。结果表明该建模如何促进稳定和动态的状态研究，如在基于CIGRE的微电网中所执行的测试中所证明的那样。

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