Detail publikace
The definition of input parameters for modelling of energetic subsystems
PTÁČEK, M.
Originální název
The definition of input parameters for modelling of energetic subsystems
Anglický název
The definition of input parameters for modelling of energetic subsystems
Jazyk
en
Originální abstrakt
This paper is a short review and a basic description of mathematical models of renewable energy sources which present individual investigated subsystems of a system created in Matlab/Simulink. It solves the physical and mathematical relationships of photovoltaic and wind energy sources that are often connected to the distribution networks. The fuel cell technology is much less connected to the distribution networks but it could be promising in the near future. Therefore, the paper informs about a new dynamic model of the low-temperature fuel cell subsystem, and the main input parameters are defined as well. Finally, the main evaluated and achieved graphic results for the suggested parameters and for all the individual subsystems mentioned above are shown.
Anglický abstrakt
This paper is a short review and a basic description of mathematical models of renewable energy sources which present individual investigated subsystems of a system created in Matlab/Simulink. It solves the physical and mathematical relationships of photovoltaic and wind energy sources that are often connected to the distribution networks. The fuel cell technology is much less connected to the distribution networks but it could be promising in the near future. Therefore, the paper informs about a new dynamic model of the low-temperature fuel cell subsystem, and the main input parameters are defined as well. Finally, the main evaluated and achieved graphic results for the suggested parameters and for all the individual subsystems mentioned above are shown.
Plný text v Digitální knihovně
Dokumenty
BibTex
@article{BUT100494,
author="Michal {Ptáček}",
title="The definition of input parameters for modelling of energetic subsystems",
annote="This paper is a short review and a basic description of mathematical models of renewable energy sources which present individual investigated subsystems of a system created in Matlab/Simulink. It solves the physical and mathematical relationships of photovoltaic and wind energy sources that are often connected to the distribution networks. The fuel cell technology is much less connected to the distribution networks but it could be promising in the near future. Therefore, the paper informs about a new dynamic model of the low-temperature fuel cell subsystem, and the main input parameters are defined as well. Finally, the main evaluated and achieved graphic results for the suggested parameters and for all the individual subsystems mentioned above are shown.",
address="EDP Sciences",
chapter="100494",
doi="10.1051/epjconf/20135402002",
institution="EDP Sciences",
number="1",
volume="54",
year="2013",
month="june",
pages="1--8",
publisher="EDP Sciences",
type="journal article - other"
}