Controlling the number of equipments powered from photovoltaic panels with fuzzy logic

A solution for better controlling the number of equipments which can be powered from photovoltaic panels is presented in this paper. A hardware and software system is used for acquiring environmental data. These data are then sent to a fuzzy logic software which decides the number of equipments that...

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Published in:2015 9th International Symposium on Advanced Topics in Electrical Engineering (ATEE) pp. 834 - 837
Main Authors: Georgescu, Vlad-Cristian, Vaduva, Alexandru George
Format: Conference Proceeding
Language:English
Published: IEEE 01-05-2015
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Abstract A solution for better controlling the number of equipments which can be powered from photovoltaic panels is presented in this paper. A hardware and software system is used for acquiring environmental data. These data are then sent to a fuzzy logic software which decides the number of equipments that will be powered directly from the photovoltaic panels, with the rest beeing pluged into the national power grid. Different ways of implementing the fuzzy logic are discussed, depending on the specific requirements: less power used from the national grid or less switching actions.
AbstractList A solution for better controlling the number of equipments which can be powered from photovoltaic panels is presented in this paper. A hardware and software system is used for acquiring environmental data. These data are then sent to a fuzzy logic software which decides the number of equipments that will be powered directly from the photovoltaic panels, with the rest beeing pluged into the national power grid. Different ways of implementing the fuzzy logic are discussed, depending on the specific requirements: less power used from the national grid or less switching actions.
Author Georgescu, Vlad-Cristian
Vaduva, Alexandru George
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  givenname: Alexandru George
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  fullname: Vaduva, Alexandru George
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Snippet A solution for better controlling the number of equipments which can be powered from photovoltaic panels is presented in this paper. A hardware and software...
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StartPage 834
SubjectTerms Data acquisition
Fuzzy logic
fuzzy logic analysis
Photovoltaic systems
power control software
SCADA with fuzzy logic
Software
Temperature measurement
Temperature sensors
Title Controlling the number of equipments powered from photovoltaic panels with fuzzy logic
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