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Research on multi-source adaptive time synchronization system for intelligent substation

机译:智能变电站多源自适应时间同步系统研究

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In order to satisfy the increasing requirements for the time synchronization system in power system, a scheme of multi-source adaptive time synchronization system is presented in this paper. After analyzing the characteristic of those time sources commonly used, we propose a design scheme of building time synchronization to correct the local atomic clock output compared with the exterior time reference, in order to produce a PPS whose rising edge is strictly synchronized with the international standard time. An optimization algorithm is proposed in this paper as well, which can make the optimal timing source be adaptive selected from multiple sources. The multiplex error compensation algorithms is adapt to check the synchronization signals from effective source with data screening and quantitative error compensation, so as to improve the accuracy of synchronization signal. The implementation feasibility of the time synchronization has been confirmed. In addition, it has a characteristic of high accuracy, structural simplicity and feasibility for project implementation.
机译:为了满足电力系统时间同步系统不断增长的需求,提出了一种多源自适应时间同步系统方案。在分析了这些常用时间源的特性之后,我们提出了一种建立时间同步的设计方案,以与外部时间参考相比来校正本地原子钟输出,以产生上升沿与国际标准严格同步的PPS。时间。本文还提出了一种优化算法,可以使最佳时序源从多个源中自适应选择。该多路复用误差补偿算法适用于通过数据筛选和定量误差补偿来检查来自有效源的同步信号,从而提高了同步信号的精度。时间同步的实施可行性已得到确认。另外,它具有精度高,结构简单和项目实施可行性的特点。

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