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Investigation of SSR risk in Akkuyu NEPP

机译:Akkuyu NEPP的SSR风险调查

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摘要

Subsynchronous Resonance (SSR) is the build-up of electrical and mechanical vibrations in power system as a result of interactions and energy interchanges between a turbine generator set and the rest of the power system which leads to significant shaft damages In general, power plants close to the series compensation may prone to several subsynchronous interactions, hence the risk analysis studies should be conducted to prevent possible hazardous effects. In this paper, SSR risk for Akkuyu NEPP which will be built in the southern region of Turkey close to series compensated transmission lines is investigated. The paper first provides brief information related to SSR phenomenon, types of SSR and techniques to analyze phenomenon. After, SSR study methodology for Akkuyu NEPP case and results are presented. Results of this study have revealed that there will be no SSR risk exists for planned network connection of Akkuyu NEPP.
机译:次同步共振(SSR)是由于涡轮发电机组与电力系统其余部分之间的相互作用和能量交换而导致动力系统中电气和机械振动的累积,这会导致严重的轴损坏。通常,发电厂关闭串联补偿可能会产生一些次同步的相互作用,因此应进行风险分析研究以防止可能的危险影响。本文研究了将在土耳其南部地区靠近串联补偿传输线建造的Akkuyu NEPP的SSR风险。本文首先提供有关SSR现象,SSR类型和现象分析技术的简要信息。之后,介绍了Akkuyu NEPP案例的SSR研究方法和结果。这项研究的结果表明,Akkuyu NEPP的计划网络连接将不存在SSR风险。

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