OPTIMAL DESIGN AND TECHNOLOGY ECONOMICAL ANALYSIS OF90% - 100% RENEWABLE PENETRATED POWER PLANT TO SUPPLY THE ELECTRICAL LOAD OF İSKELE / (Kayıt no. 289822)
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| 000 -BAŞLIK | |
|---|---|
| Sabit Uzunluktaki Kontrol Alanı | 03636nam a22002777a 4500 |
| 003 - KONTROL NUMARASI KİMLİĞİ | |
| Kontrol Alanı | KOHA |
| 005 - EN SON İŞLEM TARİHİ ve ZAMANI | |
| Kontrol Alanı | 20230414093620.0 |
| 008 - SABİT UZUNLUKTAKİ VERİ ÖGELERİ - GENEL BİLGİ | |
| Sabit Alan | 230301d2022 cy ||||| |m|| 00| 0 eng d |
| 040 ## - KATALOGLAMA KAYNAĞI | |
| Özgün Kataloglama Kurumu | CY-NiCIU |
| Kataloglama Dili | eng |
| Çeviri Kurumu | CY-NiCIU |
| Açıklama Kuralları | rda |
| 041 ## - DİL KODU | |
| Metin ya da ses kaydının dil kodu | eng |
| 090 ## - Yerel Tasnif No | |
| tasnif no | YL 2742 |
| Cutter no | K87 2022 |
| 100 1# - KİŞİ ADI | |
| Yazar Adı (Kişi adı) | Kuran, Deniz |
| 245 10 - ESER ADI BİLDİRİMİ | |
| Başlık | OPTIMAL DESIGN AND TECHNOLOGY ECONOMICAL ANALYSIS OF90% - 100% RENEWABLE PENETRATED POWER PLANT TO SUPPLY THE ELECTRICAL LOAD OF İSKELE / |
| Sorumluluk Bildirimi | DENİZ KURAN; SUPERVISOR: PROF. DR. MEHMET KUŞAF |
| 264 ## - PRODUCTION, PUBLICATION, DISTRIBUTION, MANUFACTURE, AND COPYRIGHT NOTICE | |
| Date of production, publication, distribution, manufacture, or copyright notice | 2022 |
| 300 ## - FİZİKSEL TANIMLAMA | |
| Sayfa, Cilt vb. | 67 sheets; |
| Boyutları | 31 cm. |
| Birlikteki Materyal | Includes CD |
| 336 ## - CONTENT TYPE | |
| Source | rdacontent |
| Content type term | text |
| Content type code | txt |
| 337 ## - MEDIA TYPE | |
| Source | rdamedia |
| Media type term | unmediated |
| Media type code | n |
| 338 ## - CARRIER TYPE | |
| Source | rdacarrier |
| Carrier type term | volume |
| Carrier type code | nc |
| 502 ## - TEZ NOTU | |
| Tez Notu | Thesis (MSc) - Cyprus International University. Institute of Graduate Studies and Research Electrical and Electronics Engineering |
| 504 ## - BİBLİYOGRAFİ NOTU | |
| Bibliyografi Notu | Includes bibliography (sheets 60-67) |
| 520 ## - ÖZET NOTU | |
| Özet notu | ABSTRACT<br/><br/>In this thesis, one of the superior renewable energy source of Cyprus, which is solar energy is combined with other energy sources like wind, pumped hydro storage, battery bank and grid connection with different scenarios. Major objective of this thesis is to obtain 90% - 100% renewable energy penetrated hybrid standalone power plant to supply the load of İskele which is a touristic city of Turkish Republic of Northern Cyprus (TRNC). For this purpose, each scenario is simulated to obtain optimal configuration by using Homer. Net present cost (NPC), total annualized cost (TAC), LCoE (Levelized Cost of Electricity) and period of payback (PP) are calculated and analysed to determine and commentate applicability of each scenario. Four different scenarios are studied in this thesis which are PV – pumped hydro – wind based hybrid power plant (Scenario 1), PV – pumped hydro based hybrid power plant (Scenario 2), PV – vanadium redox flow battery based hybrid power plant (Scenario 3) and PV – wind – pumped hydro – grid connection based hybrid power plant (Scenario 4).<br/><br/>After obtaining simulation results and economical parameters, comparing Scenario 2 and 3 proved that using pumped hydro storage instead of chemical battery units is more effective. NPC, TAC and LCoE values of Scenario 3 are 260% of Scenario 2. <br/>Comparing Scenario 1 and 2 shows that combining wind turbine generator with solar PV increases the flexibility and robustness of the power system. NPC, TAC and LCoE of Scenario 2 is approximately 135% and installed generation capacity is 140% when compared to Scenario 1. Finally, it is obtained that between 4 scenarios, only Scenario 1 and 4 are feasible. Comparing Scenario 1 and 4 proves that NPC and TAC of Scenario 1 is 129% and LCoE is 138% of Scenario 4. Payback period of Scenario 1 and 4 are 29 years and 14 years respectively. <br/><br/>If the load demand studied in all scenarios is supplied with Teknecik and Kalecik power plants which are fossil fuel power plants of TRNC, 7.7% less greenhouse gases are saved by using Scenario 4 because of grid connection.<br/><br/>In the light of all the facts mentioned above for the purpose of obtaining 90% - 100% renewable penetrated hybrid power plant, Scenario 4 is the most appropriate design with 92.3% renewable penetration related to electrical and economical parameters. <br/><br/>Keywords: Hybrid Renewable Energy Systems, Optimal Configuration, Pumped Hydro Storage, Solar PV, Sustainable Energy, Vanadium Redox Flow, Wind Turbine, 100% Renewable.<br/> |
| 650 #0 - KONU BAŞLIĞI EK GİRİŞ - KONU TERİMİ | |
| Konusal terim veya coğrafi ad | Renewable energy sources |
| Alt başlık biçimi | Dissertations, Academic |
| 700 1# - EK GİRİŞ - KİŞİ ADI | |
| Yazar Adı (Kişi adı) | Kuşaf, Mehmet |
| İlişkili Terim | supervisor |
| 942 ## - EK GİRİŞ ÖGELERİ (KOHA) | |
| Sınıflama Kaynağı | Dewey Onlu Sınıflama Sistemi |
| Materyal Türü | Thesis |
| Geri Çekilme Durumu | Kayıp Durumu | Sınıflandırma Kaynağı | Kredi için değil | Koleksiyon Kodu | Kalıcı Konum | Mevcut Konum | Raf Yeri | Kayıt Tarih | Source of acquisition | Yer Numarası | Demirbaş Numarası | Son Görülme Tarihi | Fatura Tarihi | Materyal Türü | Genel / Bağış Notu |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Dewey Onlu Sınıflama Sistemi | Tez Koleksiyonu | CIU LIBRARY | CIU LIBRARY | Tez Koleksiyonu | 01.03.2023 | Bağış | YL 2742 K87 2022 | T3079 | 01.03.2023 | 01.03.2023 | Thesis | Electrical and Electronics Engineering Department | |||
| Dewey Onlu Sınıflama Sistemi | CIU LIBRARY | CIU LIBRARY | Görsel İşitsel | 01.03.2023 | Bağış | YL 2742 K87 2022 | CDT3079 | 01.03.2023 | 01.03.2023 | Suppl. CD | Electrical and Electronics Engineering Department |