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Reconstruction of the Pohorelec at the JAMU Stage Design Studio
Čech, Daniel ; Špiller, Martin (referee) ; Guzdek, Adam (advisor) ; Lavický, Miloš (advisor)
The aim of the Bachelor thesis was to renew and rebuild the building of the former Supreme state prosecutor to the place for The Stage design of Janáček Academy of Music and Performing Arts in Brno and The Rectorate od Janáček Academy. The building is located on the corner of the busy streets Jánská, Kobližná and Pohořelec where it forms a rather drab end point of these streets. The object was built in the post World war II period and carries features of late functionalism. The building has been abandoned since 90s. The ground floor was used for commerce, the underground floor for technical equipment of the building and other upper floors were purely administrative. The building has one underground floor and seven above-ground floors. In the ground floor were designed a public café and exhibition spaces. On the second to the fourth floor there are administrative places for the Janáček Academy Rectorate. On the fifth to the seventh floor the are spaces for students of the Stage design. In the new eight floor there is a background for the Light design. The main focus of the work was to restore life and create a functional and aestetically friendly environment. This was achieved by changing the internal layout where some dividing structures were removed, including the vertical connections of the floors and finally the use of glass partitions.The layout is now more open, lighter and airy. A main element of the reconstruction is the extension of the next floor, which has increased the space for students and employees and confirmed the unclear verticality of the building. The entire extension has more dominant look, but with natural respect to the surrounding buildings. The superstructure fasade consists of pre-installed electroluminescent panels with a holographic foil. This foil produces rainbow effects on the facade and reflects light, relieving the mass. At night, thanks to electroluminescent wires, the extension shines and highlights the happenings inside th
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System for electroluminiscence defect detection of solar cells
Marčík, Silvestr ; Jandová, Kristýna (referee) ; Vaněk, Jiří (advisor)
The master thesis focuses primarily on issues of photovoltaic cells in terms of their defects. The introductory part deals with the history of photovoltaics, their introduction into practice and finally an explanation of the photoelectric effect itself. The thesis also describes photovoltaic cells themselves. It explains their principle, advantages, disadvantages and the creation of photovoltaic systems. A substantial part of the work is focused on the topic of detection of defects using luminescent methods. Subsequently, it describes procedural defects arising from the improper handling of already manufactured products. The final part deals with the main topic of the work, which is a detection using luminescence methods and it also mentions the non-luminescence method LBIC. The practical part of the master thesis contains the analysis of the current solution and of the subsequent proposal of solution using a low cost camera. It describes how to modify the camera, verify its spectral sensitivity using a spectrometer and measure the sensitivity of the CMOS sensor. The conclusion is focused on verifying the functionality of the proposed solution on different sources of infrared radiation and photovoltaic panels themselves.
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Reconstruction of the Pohorelec at the JAMU Stage Design Studio
Čech, Daniel ; Špiller, Martin (referee) ; Guzdek, Adam (advisor) ; Lavický, Miloš (advisor)
The aim of the Bachelor thesis was to renew and rebuild the building of the former Supreme state prosecutor to the place for The Stage design of Janáček Academy of Music and Performing Arts in Brno and The Rectorate od Janáček Academy. The building is located on the corner of the busy streets Jánská, Kobližná and Pohořelec where it forms a rather drab end point of these streets. The object was built in the post World war II period and carries features of late functionalism. The building has been abandoned since 90s. The ground floor was used for commerce, the underground floor for technical equipment of the building and other upper floors were purely administrative. The building has one underground floor and seven above-ground floors. In the ground floor were designed a public café and exhibition spaces. On the second to the fourth floor there are administrative places for the Janáček Academy Rectorate. On the fifth to the seventh floor the are spaces for students of the Stage design. In the new eight floor there is a background for the Light design. The main focus of the work was to restore life and create a functional and aestetically friendly environment. This was achieved by changing the internal layout where some dividing structures were removed, including the vertical connections of the floors and finally the use of glass partitions.The layout is now more open, lighter and airy. A main element of the reconstruction is the extension of the next floor, which has increased the space for students and employees and confirmed the unclear verticality of the building. The entire extension has more dominant look, but with natural respect to the surrounding buildings. The superstructure fasade consists of pre-installed electroluminescent panels with a holographic foil. This foil produces rainbow effects on the facade and reflects light, relieving the mass. At night, thanks to electroluminescent wires, the extension shines and highlights the happenings inside th
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System for electroluminiscence defect detection of solar cells
Marčík, Silvestr ; Jandová, Kristýna (referee) ; Vaněk, Jiří (advisor)
The master thesis focuses primarily on issues of photovoltaic cells in terms of their defects. The introductory part deals with the history of photovoltaics, their introduction into practice and finally an explanation of the photoelectric effect itself. The thesis also describes photovoltaic cells themselves. It explains their principle, advantages, disadvantages and the creation of photovoltaic systems. A substantial part of the work is focused on the topic of detection of defects using luminescent methods. Subsequently, it describes procedural defects arising from the improper handling of already manufactured products. The final part deals with the main topic of the work, which is a detection using luminescence methods and it also mentions the non-luminescence method LBIC. The practical part of the master thesis contains the analysis of the current solution and of the subsequent proposal of solution using a low cost camera. It describes how to modify the camera, verify its spectral sensitivity using a spectrometer and measure the sensitivity of the CMOS sensor. The conclusion is focused on verifying the functionality of the proposed solution on different sources of infrared radiation and photovoltaic panels themselves.
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