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Development of real-time simulator theory and modeling technique based on NS-2

机译:基于NS-2的实时仿真器理论与建模技术的发展

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By using information technology, smart grid saves energy, reduces cost and improves reliability. By delivering the information of power production and consumption to a bidirectional on a real time, energy efficiency is optimized. However, the operating method of the distribution system needs to be changed by increase of capacity of Distributed Energy Resource (DER) and new load (e.g., PHEV, fuel cell). Thus, every country, the lively study about smart grid in the national dimension is in progress. However, actual research did not progress nearly that can be applied to real system. This paper propose real time simulation theory and modeling skill for utilizing the smart grid in the IP network. By using Network Simulator version2 (NS-2), a grid was designed and a simulation was performed. And, we examined possibility of applying at the IP network.
机译:通过使用信息技术,智能电网可以节省能源,降低成本并提高可靠性。通过将发电和耗电信息实时传递到双向,可以优化能源效率。但是,需要通过增加分布式能源(DER)的容量和增加新的负载(例如PHEV,燃料电池)来更改配电系统的运行方法。因此,在每个国家,关于智能电网在全国范围内的活跃研究都在进行中。但是,实际研究并没有进展到可以应用于实际系统的程度。本文提出了在IP网络中利用智能电网的实时仿真理论和建模技巧。通过使用Network Simulator version2(NS-2),设计了网格并进行了仿真。并且,我们研究了在IP网络上应用的可能性。

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