Untersuchung der Bewirtschaftung eines Jahresspeichers in der Türkei mit Hilfe eines Speichermodells zur Verifizierung und Optimierung der Energieerzeugung

Haselsteiner, R.; Ersoy, Bernur Açıkgöz

doi:10.1007/s00506-010-0253-7

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“…Also, different development scenarios regarding future irrigation were considered similar to the Arkun project. The details are described in [3]. The model considered 516 months or 43 years of runoff data (QIN) which were processed for both the undeveloped and developed river status.…”

Section: Basics and Modelmentioning

confidence: 99%

Long-term modelling of the Arkun multipurpose reservoir

Haselsteiner¹,

Pamuk²,

Tuncer³

2022

E3S Web Conf.

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The Arkun hydropower and dam project is located on the Coruh River in the North-west of Turkey. The project was completed in 2014. The reservoir is mainly used for energy generation. For this purpose, a main powerhouse with 225 MW and an environmental powerhouse with 12 MW were constructed. Additionally, the reservoir and operation scheme shall contribute to mitigate floods. A minimum ecological flow is mandatory in the Coruh River between the river section reaching from the eco powerhouse which is located downstream of the CFSGD dam and the main powerhouse which is connected to the reservoir via a 14 km headrace tunnel. During the feasibility stage the hydropower projects in Turkey frequently applied simplified methods for the estimation of the energy generation potential. This approach led to an overestimation of the energy general in many cases. Therefore, a reservoir operation model was created which considered monthly runoff data from 1963 to 2005. This model considered the operation of the two powerhouses, evaporation, potential irrigation uses, and spilling. In order to provide a reliable annual generation prognosis, the future development status was considered by the adaptation of the run-off time series. The results of this modelling confirm both the estimated power production during feasibility stage and the actual power production during the operation period.

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Section: Basics and Modelmentioning

confidence: 99%