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DMS Cyber-Physical Simulation for Assessing the Impact of State Estimation and Communication Media in Smart Grid Operation

机译:DMS网络物理仿真,用于评估状态估计和通信媒体在智能电网运营中的影响

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摘要

Energy management systems for the operation of distributed energy resources, distribution storage devices, and responsive loads will be embedded in distribution management systems (DMSs) as advanced functions that rely on accurate input data and fast communication signals. For a proper DMS design, the impact of the state estimation uncertainties and of the communication system delays should be evaluated. The paper presents an integrated software package for the cyber-physical simulation of DMS taking into account the accuracy of state estimation and measurements. The effectiveness of a wireless Wi-Max communication system has been tested on the rural Italian representative network produced by the research project ATLANTIDE. Results proved the need of cosimulation packages in modern distribution systems.
机译:用于分布式能源,分布式存储设备和响应负载的能源管理系统将作为高级功能嵌入到分布式管理系统(DMS)中,该高级功能依赖于准确的输入数据和快速的通信信号。对于正确的DMS设计,应评估状态估计不确定性和通信系统延迟的影响。本文介绍了一种综合软件包,用于DMS的网络物理仿真,同时考虑了状态估计和测量的准确性。无线Wi-Max通信系统的有效性已在由研究项目ATLANTIDE生产的意大利农村代表性网络上进行了测试。结果证明了现代配电系统中需要协同仿真软件包。

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