Estimation of specific flow duration curves using basin characteristics of rivers in Solaklı and Karadere basins

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2010

Author

Karaaslan, Hüseyin Nail

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Demand for energy is constantly growing both in the world and in Turkey. Sustainable development being an important concept, development of small hydro power projects has been popular in recent years. Eastern Black Sea Basin in Turkey has a lot of small hydro power potential because of high amount of precipitation and existence of steep slopes. Since the amount of river runoff is the only parameter that is variable in order to determine the power potential, it is vital to estimate the project discharge in ungauged basins accurately that have hydro power potential. Projects discharges of hydro-power plants in ungauged basins have been calculated using conventional methods up to now. This study aims to introduce a statistical model in linear and multi-variate form using the topographical and morphological parameters derived from GIS and hydro-meteorological variables to estimate the specific flow duration curves of potential small hydro-power locations for the selected study areas in Eastern Black Sea Region namely Solaklı and Karadere basins. As well as developing an annual regression model using the annual values of hydro-meteorological parameters; seasonal regression model (spring season) has also been developed by including the mean seasonal (spring) air temperature variable instead of snow covered area (SCA) in addition to basin parameters. By studying the spring model, effect of different variables from the annual model were tested and discussed with some recommendations for the future studies.

Subject Keywords

Hydroelectric power plants, Civil Engineering.

URI

http://etd.lib.metu.edu.tr/upload/12612873/index.pdf
https://hdl.handle.net/11511/20301

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Graduate School of Natural and Applied Sciences, Thesis

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Citation Formats

H. N. Karaaslan, “Estimation of specific flow duration curves using basin characteristics of rivers in Solaklı and Karadere basins,” M.S. - Master of Science, Middle East Technical University, 2010.