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Interfacing Techniques for Transient Stability and Electromagnetic Transient Programs IEEE Task Force on Interfacing Techniques for Simulation Tools

机译:暂态稳定性和电磁暂态程序的接口技术IEEE仿真工具接口技术工作队

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摘要

Transient stability (TS) and electromagnetic transient (EMT) programs are widely used simulation tools in power systems, with distinct applications but competing requirements. TS programs are fast which makes them suitable for handling large-scale networks, however, the modeling is not sufficiently detailed. On the other hand, EMT simulators are highly detailed, but limited in speed; consequently, they are used to simulate only small portions of the network. Integrating these two types of simulators generates a hybrid simulator which inherits the merits of both programs. A hybrid simulator can fulfill the modeling requirements of a large network by providing a fast as well as a detailed simulation. Establishing a connection between two different programs brings up several important issues which have been addressed, classified, and explained in this paper. An alternative integrated modeling of TS and EMT is also discussed using the concept of frequency shifting.
机译:暂态稳定性(TS)和电磁暂态(EMT)程序是电力系统中广泛使用的仿真工具,具有不同的应用程序,但竞争激烈。 TS程序速度很快,这使其适合于处理大型网络,但是建模不够详细。另一方面,EMT模拟器非常详细,但是速度有限。因此,它们仅用于模拟网络的一小部分。集成这两种类型的模拟器会生成一个混合模拟器,它继承了这两个程序的优点。混合模拟器可以通过提供快速以及详细的模拟来满足大型网络的建模要求。在两个不同程序之间建立连接带来了几个重要的问题,这些问题已在本文中得到解决,分类和解释。还使用频移的概念讨论了TS和EMT的替代集成建模。

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