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National Repository of Grey Literature 6 records found  Search took 0.01 seconds. 
Comparison Potential Production of Electric Energy by Photovoltaic Sources for Municipalities with Population up to 3 000
 Plaček, Martin ; Radil, Lukáš (referee) ; Paar, Martin (advisor)
The goal of this thesis is to inform the reader of upcoming trends in solar roof panels, and their usage in cities with less than 3000 inhabitants. This thesis also contains a list of selected photovoltaic tiles and panels and their parameters. Included is also a list of several free solar calculators, with one examplary processed house. The practical part includes three selected cities where the photovoltaic potential was evaluated by the method that was derived from norm ČSN EN 15316-4-3, and the overview of this data.
Detailed record
Potential Production of Electric Energy by Photovoltaic Power Stations on the Roof Installation in Municipality up to 3000 Residents
 Štefek, Martin ; Ptáček, Michal (referee) ; Paar, Martin (advisor)
The aim of this bachelor thesis is to determine the maximum technical potential of photovoltaic roof power stations of the municipality with up to 3,000 inhabitants. The thesis proposes its own procedure enabling a quick determination of the maximum size of the installation for each house based on the ČSN EN 15316-4-3 standard. The proposed methodology is applied on the municipality Moravany u Brna. For overall estimation of the photovoltaic potential of the municipality, other methodologies using only statistical data are applied and compared with proposed methodology. Last section of the thesis deals with the estimation of the load caused by a large number of small photovoltaic roof installations.
Detailed record
Comparison Of Two Methods Of Evaluation Of Photovoltaic Potential For Selected Area
 Plaček, Martin
The goal of this article is show two possible ways to calculate photovoltaic potential of a large area with a large amount of buildings. A medium-sized village under 3000 inhabitants was chosen to showcase where the two possible methods of evaluation were used. Photovoltaic potential was calculated for the roofs of buildings in selected area.
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Differnt Methodologies For Estimating Photovoltaic Roof Potential
 Štefek, Martin
The aim of this study is to verify the methodologies used for estimating photovoltaic roof potential. This text compares results of different top-down methodologies and designes its own time-consuming methodology based on ČSN EN 15316-4-3.
Detailed record
Comparison Potential Production of Electric Energy by Photovoltaic Sources for Municipalities with Population up to 3 000
 Plaček, Martin ; Radil, Lukáš (referee) ; Paar, Martin (advisor)
The goal of this thesis is to inform the reader of upcoming trends in solar roof panels, and their usage in cities with less than 3000 inhabitants. This thesis also contains a list of selected photovoltaic tiles and panels and their parameters. Included is also a list of several free solar calculators, with one examplary processed house. The practical part includes three selected cities where the photovoltaic potential was evaluated by the method that was derived from norm ČSN EN 15316-4-3, and the overview of this data.
Detailed record
Potential Production of Electric Energy by Photovoltaic Power Stations on the Roof Installation in Municipality up to 3000 Residents
 Štefek, Martin ; Ptáček, Michal (referee) ; Paar, Martin (advisor)
The aim of this bachelor thesis is to determine the maximum technical potential of photovoltaic roof power stations of the municipality with up to 3,000 inhabitants. The thesis proposes its own procedure enabling a quick determination of the maximum size of the installation for each house based on the ČSN EN 15316-4-3 standard. The proposed methodology is applied on the municipality Moravany u Brna. For overall estimation of the photovoltaic potential of the municipality, other methodologies using only statistical data are applied and compared with proposed methodology. Last section of the thesis deals with the estimation of the load caused by a large number of small photovoltaic roof installations.
Detailed record

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