Abstract: Hydro Power is one of the most important and vital renewable energy resources; hence exploitation of hydro-power naturally attracts more and more attention worldwide. With the development of large-scale hydropower stations, we cannot neglect complex water conduit, turbine and governor’s functions which participate in frequency control. This paper studies accurate dynamic response of the complex water conduit system and non-linear hydro turbine model because of simplicity, accurate modeling cannot be studied in hydro power plant system. The developed model is implemented in Mat lab/ Simulink. Simulation studies are investigated for frequency response for 1% step load disturbances by considering different water inertia time of penstock.
Keywords: Power Plant Dynamics, Water Hammer Effects, Hydraulic System, Turbine Governor Modeling.
Title: Development and Implementation of Non-Linear Hydro Turbine Model with Elastic Effect of Water Column and Surge Tank
Author: Jai Dev Sharma, Avneesh Kumar
International Journal of Electrical and Electronics Research
ISSN 2348-6988 (online)
Research Publish Journals
