Virtual hubs and their applications in the EU
Virtuální uzle a jejich aplikace v EU
Authors
Supervisors
Reviewers
Editors
Other contributors
Journal Title
Journal ISSN
Volume Title
Publisher
České vysoké učení technické v Praze
Czech Technical University in Prague
Czech Technical University in Prague
Date
Abstract
Diplomová práce se zabývá analýzou virtuálních uzlů v energetickém sektoru, zejména v kontextu reformy energetického trhu. Cílem je prozkoumat vliv těchto inovací na trhy s elektřinou, zajištění udržitelnosti, konkurenceschopnosti a bezpečnosti dodávek. Práce zahrnuje teoretické základy a praktické aplikace virtuálních uzlů, včetně jejich simulací a korelačních analýz. Výsledky ukazují, že nejefektivnější metodou pro výpočet ceny virtuálního uzlu je aritmetický průměr. Studie také naznačuje, že umístění virtuálního uzlu nemá vliv na flow-based alokaci kapacit, avšak změny v topologii sítě mohou ovlivnit výpočet PTDF matice. Doporučuje se zvýšení frekvence aukcí pro zlepšení tržní stability.
The thesis deals with the analysis of virtual hubs in the energy sector, especially in the context of energy market reform. The aim is to explore the impact of these innovations on electricity markets, ensuring sustainability, competitiveness and security of supply. The work covers the theoretical foundations and practical applications of virtual hubs, including their simulations and correlation analyses. The results show that the most efficient method for calculating the price of a virtual hub is the arithmetic average. The study also suggests that the location of the virtual hub does not affect the flow-based capacity allocation, but changes in the network topology may affect the calculation of the PTDF matrix. It is recommended to increase the frequency of auctions to improve market stability.
The thesis deals with the analysis of virtual hubs in the energy sector, especially in the context of energy market reform. The aim is to explore the impact of these innovations on electricity markets, ensuring sustainability, competitiveness and security of supply. The work covers the theoretical foundations and practical applications of virtual hubs, including their simulations and correlation analyses. The results show that the most efficient method for calculating the price of a virtual hub is the arithmetic average. The study also suggests that the location of the virtual hub does not affect the flow-based capacity allocation, but changes in the network topology may affect the calculation of the PTDF matrix. It is recommended to increase the frequency of auctions to improve market stability.