Combined Cyvle Power Plants

Diplomski rad istražuje koncept kombiniranog ciklusa plinske i parne turbine kao naprednog energetskog sustava s ciljem postizanja visoke energetske učinkovitosti i smanjenja emisija stakleničkih plinova. Kombinirani ciklus predstavlja integraciju plinske turbine i parne turbine kako bi se iskoristile prednosti obje tehnologije. Rad analizira temeljne principe, tehničke karakteristike i prednosti ovog sustava te istražuje primjere postojećih kombiniranih ciklusa širom svijeta. Kroz dubinsku analizu, rad istražuje budući potencijal kombiniranog ciklusa plinske i parne turbine u postizanju energetskih i ekoloških ciljeva. Isto tako, razmatra izazove implementacije, uključujući tehničke, ekonomske, regulatorne i političke faktore. Zaključno, diplomski rad naglašava ključnu ulogu kombiniranog ciklusa plinske i parne turbine u transformaciji energetskog sektora prema održivijoj budućnosti i potiče daljnja istraživanja i implementaciju ove tehnologije.The master's thesis explores the concept of the combined cycle of gas and steam turbine as an advanced energy system aimed at achieving high energy efficiency and reducing greenhouse gas emissions. The combined cycle represents the integration of gas turbine and steam turbine technologies to leverage the advantages of both. The thesis analyzes the fundamental principles, technical characteristics, and benefits of this system, while also examining examples of existing combined cycles worldwide. Through in-depth analysis, the thesis explores the future potential of the combined cycle of gas and steam turbine in achieving energy and environmental goals. It also considers implementation challenges, including technical, economic, regulatory, and political factors. In conclusion, the master's thesis underscores the pivotal role of the combined cycle of gas and steam turbine in transforming the energy sector towards a more sustainable future and encourages further research and the implementation of this technology