Computer Assisted Preliminary Design of Run-Of-River Plants

Date

2014-10-01

Author

Alimoglu, Emir
Bozkuş, Zafer
Yanmaz, A. Melih

Metadata

Show full item record

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.

Item Usage Stats

212
views

0
downloads

Run-of-river type hydroelectric power plants generate electrical energy by using a certain portion of the available flow in the river. In this study a computer program called MINI-HPD is developed to perform the hydraulic design of run-of-river plants. This program, which runs under the Windows operating system, is developed in C# programming language. MINI-HPD is capable of performing hydraulic design of structural components of diversion weir with lateral intake, overflow spillway, canal, forebay and penstock. In addition, it can determine the optimum design discharge, optimum installed capacity, and optimum penstock diameter for this type of plants. It is desired to have quick successive runs under various scenarios and combinations of relevant parameters. An application is presented to illustrate the use of the program.

Subject Keywords

Hydroelectrical energy, Run-of-river plant, Computer aided design

URI

https://hdl.handle.net/11511/55114

Journal

TEKNIK DERGI

Collections

Department of Civil Engineering, Article

Suggestions

OpenMETU
Core

Nehir Tipi Hidroelektrik Santrallerin Bilgisayar Destekli Ön Tasarımı Alimoğlu, Emir; Bozkuş, Zafer; Yanmaz, Ali Melih (2014-10-01) Nehir tipi hidroelektrik santraller, bir depolama olmaksızın nehirden emniyetli olarak çevrilebilecek akım miktarına göre enerji üretirler. Bu çalışmada nehir tipi santrallerin hidrolik tasarımı için geliştirilen MINI-HPD isimli bir bilgisayar programı tanıtılmıştır. C# programlama dilinde yazılan bu program Windows işletim sistemi altında çalışmaktadır. Bu program, yandan su alışlı dolu gövdeli regülatör elemanlarının, iletim kanalının, yükleme havuzunun ve cebri borunun hidrolik tasarımlarını gerçekleştir...
Development of a computer software for hydraulic design of small hydropower facility Alimoğlu, Emir; Yanmaz, A Melih; Bozkuş, Zafer; Department of Civil Engineering (2012) Run-of-river type hydroelectrical power plants are the facilities that use only the available flow on the river without storing it to generate electrical energy. These kind of facilities are composed of structural components such as diversion weir, conveyance line, forebay, penstock and power house. In this thesis, a computer program called “MiniHEPP Hydraulic Design” is developed in order to perform the hydraulic design of run-of-river type hydropower plants. This program which runs under the Windows opera...
Numerical modelling of reinforced concrete pressure tunnels using the overlapping lattice method Işık, Gökberk; Tuncay, Kağan; Department of Earthquake Studies (2019) Pressure tunnels transmit water from the reservoir to the turbines of hydroelectric power plants. The computational studies conducted to understand the behavior and shed light on the design guides of pressure tunnels were scarcely validated with experimental data as experimental work on pressure tunnels is very limited. Recent experimental studies on reinforced concrete pressure tunnels carried out at Middle East Technical University (METU), for the first time, allow computational models to be validated wit...
Protective Measures against Waterhammer in Run of River Hydropower Plants Çalamak, Melih; Bozkuş, Zafer (2012-10-01) Waterhammer is an unsteady hydraulic problem which is commonly found in the penstocks of hydropower plants, water distribution networks and pipeline systems. Due to either a malfunction of the system or inadequate operation conditions, pipeline may collapse or burst. In this paper protective measures against waterhammer problems in the penstocks of small hydropower plants are investigated. In the study, a computer program employing method of characteristics is used to solve nonlinear partial differential eq...
Evaluation of Grid-Connected PV Converter Power Module Technologies in Terms of Efficiency, Initial Cost, and Return on Investment Time Oztoprak, Oguzhan; Hava, Ahmet Masum (2019-01-01) The voltage source converter (VSC) of the grid connected photovoltaic (PV) systems is the most technological component in a PV system and contributes to 5-15% of the whole investment. As the cost and energy efficiency of a VSC are two factors that determine the total system economics, the system total cost of ownership (TCO) should be optimized during the VSC design. This paper provides a design methodology for grid connected VSCs considering TCO, the return on investment (ROI) and payback period (PP) as th...

Citation Formats

E. Alimoglu, Z. Bozkuş, and A. M. Yanmaz, “Computer Assisted Preliminary Design of Run-Of-River Plants,” TEKNIK DERGI, pp. 6925–6941, 2014, Accessed: 00, 2020. [Online]. Available: https://hdl.handle.net/11511/55114.