Reconstruction of the Puerto Rican energy grid after hurricane Maria and the 2020 earthquake: A comparative analysis of the different options of grid restructuring, the involved stakeholders and the political feasibility.
Rekonstrukce energetické infrastruktury v Portoriku po hurikánu Maria a zemětřesení 2020: Komparativní analýza alternativ restrukturalizace, hlavní aktéři a politická proveditelnost.
diploma thesis (DEFENDED)

View/ Open
Permanent link
http://hdl.handle.net/20.500.11956/151410Identifiers
Study Information System: 233123
Collections
- Kvalifikační práce [18349]
Author
Advisor
Referee
Nekola, Martin
Faculty / Institute
Faculty of Social Sciences
Discipline
International Economic and Political Studies
Department
Department of Political Science
Date of defense
20. 9. 2021
Publisher
Univerzita Karlova, Fakulta sociálních vědLanguage
English
Grade
Excellent
Keywords (Czech)
Energetická infrastruktura, plán obnovy,politické a ekonomické faktoryKeywords (English)
Energy infractructure, plan of reconstruction, political and economic factorsCHARLES UNIVERSITY FACULTY OF SOCIAL SCIENCES Institute of Political Studies Department of Political Science Master's Thesis 2021 Robert Hartmann 78525080@fsv.cuni.cz ii CHARLES UNIVERSITY FACULTY OF SOCIAL SCIENCES Institute of Political Studies Department of Political Science 4 Years after Hurricane Maria - An institutional analysis of the Puerto Rican energy sector in regard to the stagnant energy transition Master's thesis Author: Robert Hartmann Study program: International Economics and Political Studies Supervisor: Professor PhDr. Martin Potůček, CSc., M.Sc. Year of the defense: 2021 Abstract: Error! No text of specified style in document. iii Abstract While initiatives across the globe started to combat and mitigate climate change, their effort and ability differ significantly, especially in regard to the abilities to transform the energy sector as one of the biggest emitters in our society. Thus, transitioning away from the current global energy system is of paramount importance and drivers, as well as obstacles for a successful transition must be identified. The transition towards low-carbon, more resilient and reliable energy systems does require more than changes in technologies as the process is also shaped by changes in the rules and regulations which govern energy systems. This thesis will...