Automational solutions for fault analysis in energy transmission systems
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
Key Words: Fault, Dedection, Power Systems, Energy Lines, Boundary, Conditions In this study, defect kinds and precautions for these failures has been studied directed energy transmission systems.One of the most important component that development for a country is consumption. A developing sign for a country is energy consumption per person. When we look this part our country is not any problem which source area but another part for example production, transmission ,consumption there are a lot of lackings,leak and loss. It needs to reduce minimum points which loss energy quality problems and espiacially forming energy loss.The aim of the study is for above saying that help like these area.f any place occurs a defect,we say that defect must have known and immeditely we must bring solutionsfor that area.This solution method helps us to observe and remove that defect points. The method is independent of the number of sections in the system and is capable of high accuracy.The cross bonded sections of the cable are assumed to be electrically short so that they are represented by lımped parameter networks . In the present work further savings in computation are obtained by assuming zero earthing resistance at the major bonding points with negligible loss of accuracy when results are compared.
Author
Mitat Güllüdereli
Institution
How to Cite
Mitat Güllüdereli (Master Thesis). Automational solutions for fault analysis in energy transmission systems, 2007, Sakarya University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Sakarya University
- Turkey according to the records of the House of Commons (1918-1922)(2011)
- Ömer Öngüt, his views and community through publications(2025)
- Mawlana Yaqub-i Charkhi And His tafsir(2024)
- Research of teachers' attitudes and self-efficacy perceptions towards distance education application(2024)
- Tiles in architect Vedat Tek's Istanbul buildings(2024)
- Financial performance evaluation and the relationship between stock returns: Hesitant Fuzzy AHP based approach(2020)
