Modeling of custom hydro turbine and governor models for real-time simulation
2012 Complexity in Engineering (COMPENG). Proceedings, 2012•ieeexplore.ieee.org
This article develops three different hydro turbine and governor (HTG) models to fulfill
adequate modeling requirements for the representation of hydro power generation in the
Nordic grid. To validate the performance of the developed models, both off-line and real-time
simulation studies on a singlemachine infinite-bus (SMIB) system are carried out. Apart from
SMIB system, real-time simulations are also executed for a larger scale power system-the
IEEE Reliability Test System 1996 (IEEE RTS 96) in this article to determine the models' …
adequate modeling requirements for the representation of hydro power generation in the
Nordic grid. To validate the performance of the developed models, both off-line and real-time
simulation studies on a singlemachine infinite-bus (SMIB) system are carried out. Apart from
SMIB system, real-time simulations are also executed for a larger scale power system-the
IEEE Reliability Test System 1996 (IEEE RTS 96) in this article to determine the models' …
This article develops three different hydro turbine and governor (HTG) models to fulfill adequate modeling requirements for the representation of hydro power generation in the Nordic grid. To validate the performance of the developed models, both off-line and real-time simulation studies on a singlemachine infinite-bus (SMIB) system are carried out. Apart from SMIB system, real-time simulations are also executed for a larger scale power system - the IEEE Reliability Test System 1996 (IEEE RTS 96) in this article to determine the models' dynamic performance in larger and more complex networks. In addition, how to properly transfer an off-line models developed in SimPowerSystems (SPS) for real-time simulation in RT-LAB is addressed; including valuable experiences obtained from these simulation exercises.
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