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首页> 外文会议>Annual Conference of the IEEE Industrial Electronics Society >Supporting phase stability on interconnected grids by synchronous renewable Virtual Power Plants
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Supporting phase stability on interconnected grids by synchronous renewable Virtual Power Plants

机译：通过同步可再生式虚拟发电厂支持互联网上的相位稳定性

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Rapid growing on the power level of renewable generation units leads to that using more adaptable and flexible control techniques in this units becomes more important for grid operators. In this paper, after introducing Renewable Static Synchronous Generation Units (RSSGU) as units with flexible dynamics capability, forming of renewable Virtual Power Plants based on this RSSGUs (VPP-SSG) is suggested as a solution for overcoming phase stability challenges on interconnected generation areas. Based on the dynamic modeling and small signal analysis, an algorithm is presented for the dynamic designing of VPP-SSGs aims to provide supporting damping for both local and interarea oscillatory modes. Modal analysis and time domain study on active powers inside of generation areas and tie lines on two area system using Simulink confirms that these type of VPP-SSGs can support phase stability on power grid with interconnected generation areas.
机译：在可再生生成单位的功率水平上快速生长导致该单元中使用更适应性和灵活的控制技术对电网运营商变得更加重要。在本文中，在将可再生静态同步产生单元（RSSGU）引入具有灵活动态能力的单元之后，基于该RSSGUS（VPP-SSG）的可再生式虚拟电厂的形成作为克服相互连接的产生区域的阶段稳定性挑战的解决方案。基于动态建模和小信号分析，提出了一种算法，用于VPP-SSG的动态设计旨在为局部和Interrarea振荡模式提供支持阻尼。使用Simulink在两个区域系统内产生区域和扎带的主动功率的模态分析和时域研究证实，这些类型的VPP-SSG可以支持电网上的相互连接产生区域的相位稳定性。

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