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首页> 外文会议>Instrumentation and Measurement Technology Conference (I2MTC), 2012 IEEE International >Experimental testing for stability analysis of distributed energy resources components with storage devices and loads
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Experimental testing for stability analysis of distributed energy resources components with storage devices and loads

机译：具有存储设备和负载的分布式能源组件的稳定性分析的实验测试

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摘要

The distributed energy resources (DER) contains several technologies, such as diesel engines, small wind turbines, photovoltaic inverters, etc. The control of DER components with storage devices and (controllable) loads, such as batteries, capacitors, dump loads, are central to the concept of the Micro Grids (MGs). A MG can operate interconnected to the main distribution grid or in islanded mode. This paper presents experimental tests for static and dynamic stability analysis carried out in a dedicated laboratory for research in distributed control and micro-grid with a high share of renewable energy production. Moreover to point out, on a laboratory scale, the coupling between DR and storage and to effectively compensate wind fluctuations a number of tests have been done. In order to find out the parameters of various types of DER components for dynamic simulation models a number of tests are required under different operation modes and loads. The testing reporting here includes three modes of operation: stand alone, parallel/hybrid and grid connection.
机译：分布式能源（DER）包含多种技术，例如柴油发动机，小型风力涡轮机，光伏逆变器等。使用存储设备和（可控制）负载（例如电池，电容器，倾卸负载）控制DER组件是中心微电网（MGs）的概念。 MG可以互连到主配电网或以孤岛模式运行。本文介绍了在专用实验室中进行的静态和动态稳定性分析的实验测试，以研究分布式控制和微电网，其中可再生能源的产量很高。此外，要指出的是，在实验室规模上，DR和存储之间的耦合可以有效补偿风的波动，已经进行了许多测试。为了找出用于动态仿真模型的各种DER组件的参数，需要在不同的操作模式和负载下进行大量测试。这里的测试报告包括三种操作模式：独立，并行/混合和网格连接。

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