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OPNET Simulation Model for Small Scale Wind Power Farm Monitoring Based on IEC 61400-25

机译:基于IEC 61400-25的小规模风电场监测OPNET仿真模型

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One of the major trends in the development of next generation Wind Turbines (WTs) is taller turbines with larger capacity. With distance between WTs become larger, wind farm became much greater and the communication network for monitoring and controlling Wind Power Farm (WPF) is the main challenges. This paper proposes the communication network simulator for small scale offshore WPF consists of 12 WT with total capacity of 60MW. The proposed communication model based on WTs technical specifications and current communication architectures in WPF. Different topologies (radial, loop, and star) with different link speed have been configured. The proposed model based on the logical node (LN) concept according to IEC 61400-25 standard. Total number of measurements in one WT are 102 include analogue information and status information. The functions of LNs are modeled by OPNET modeler in order to implement the simulator. Comparative analysis for different configuration were simulated and discussed. The proposed network model was successfully validated by simulations.
机译:下一代风力涡轮机(WTS)开发的主要趋势之一是具有较大容量的高涡轮机。随着WTS之间的距离变大,风电场变得更大,监测和控制风电场(WPF)的通信网络是主要的挑战。本文提出了用于小型海上WPF的通信网络模拟器,由12wt组成,总容量为60mW。基于WPF中WTS技术规范和当前通信架构的提出的通信模型。已经配置了不同链接速度的不同拓扑(径向,环路和星形)。基于IEC 61400-25标准的基于逻辑节点(LN)概念的建议模型。一个wt中的测量总数为102包括模拟信息和状态信息。 LNS的功能由OPnet Modeler建模,以实现模拟器。模拟和讨论了不同配置的比较分析。通过模拟成功验证了所提出的网络模型。

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