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1. November 2013Market potentials of hybrid energy systems on Greek islands
Viktor Heinrich
Abschlussarbeit
(01.12.2013)
Greek island energy systems without grid connection to the mainland are especially dependent on the local use of fossil fuels. Expensive diesel fuel is burned for power generation. One option to decrease the power generation costs is to implement renewable energies. The aim of his research is to evaluate market potentials of renewable energies on Greek islands.
Project description
This study focuses on the potential for Greek islands to establish an environmentally sustainable and economically viable energy supply. The preliminary analysis will explore the islands’ regional structures, the current situation of their energy market as well as the specific systemic conditions for the deployment of renewable energies. In addition to the estimation of the islands’ power demand, an hourly-based synthesis of their load profiles will be established. On this basis, 1h models of cost-effective hybrid energy systems (consisting of PV, wind turbines, diesel generators and batteries) will be simulated and compared to case studies of other institutions.
Target
The first aim is to gain a deep understanding regarding the Greek energy market. The second aim is to identify attractive Greek islands for the introduction of renewable energies. The third aim is to evaluate the developed enrgy system model and compare it with the results of other energy system models.
Project description
This study focuses on the potential for Greek islands to establish an environmentally sustainable and economically viable energy supply. The preliminary analysis will explore the islands’ regional structures, the current situation of their energy market as well as the specific systemic conditions for the deployment of renewable energies. In addition to the estimation of the islands’ power demand, an hourly-based synthesis of their load profiles will be established. On this basis, 1h models of cost-effective hybrid energy systems (consisting of PV, wind turbines, diesel generators and batteries) will be simulated and compared to case studies of other institutions.
Target
The first aim is to gain a deep understanding regarding the Greek energy market. The second aim is to identify attractive Greek islands for the introduction of renewable energies. The third aim is to evaluate the developed enrgy system model and compare it with the results of other energy system models.