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Design of board for solar fotovoltaic cells
Kulhánek, Martin ; Urbanec, Libor (referee) ; Venclík, Jiří (advisor)
The purpose of this dissertation is to discuss the engineering design of the supporting structure for solar photovoltaic panels with a total area of 200 metres square. The supporting structure is intended for implementation as part of a solar power station. The preamble of the dissertation examines photovoltaic power stations, their types, advantages and disadvantages. The focus of the second part is directed toward the project of constructing the supporting structure and it also deals with the tasks of attaching the photovoltaic panels and putting the panel’s supporting structure in place. This section will also propose methods of continuously monitoring both the panel and its support-structure once they have been constructed and brought into operation. The purpose of part three is to perform the calculations concerning the entire structure’s required load-bearing properties through the use of the Final Element Method in the program “ANSYS 11.0”. The conclusion of this dissertation is devoted to the evaluation and economic analysis of the construction.
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Design of workplace for production galvanic hexagonal drums
Hadámek, Pavel ; Urbanec, Libor (referee) ; Paloušek, David (advisor)
The basic of this work is the construction realization of welding machines, components and in the ideal choice of the technological action by the production of galvanic drums. The work deals with the problem of the production of plastic galvanic drums from the construction point of view as well as the technological point of view. It contains the individual surface modifications outline. In detail is focused on the galvanic metal plating and the technical equipment needed to complete this action. Describe to the methods of thermoplastic materials precisely with focus on the method Hot Plate Welding by Heating Element.
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Design of board for solar fotovoltaic cells
Kulhánek, Martin ; Urbanec, Libor (referee) ; Venclík, Jiří (advisor)
The purpose of this dissertation is to discuss the engineering design of the supporting structure for solar photovoltaic panels with a total area of 200 metres square. The supporting structure is intended for implementation as part of a solar power station. The preamble of the dissertation examines photovoltaic power stations, their types, advantages and disadvantages. The focus of the second part is directed toward the project of constructing the supporting structure and it also deals with the tasks of attaching the photovoltaic panels and putting the panel’s supporting structure in place. This section will also propose methods of continuously monitoring both the panel and its support-structure once they have been constructed and brought into operation. The purpose of part three is to perform the calculations concerning the entire structure’s required load-bearing properties through the use of the Final Element Method in the program “ANSYS 11.0”. The conclusion of this dissertation is devoted to the evaluation and economic analysis of the construction.
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Design of workplace for production galvanic hexagonal drums
Hadámek, Pavel ; Urbanec, Libor (referee) ; Paloušek, David (advisor)
The basic of this work is the construction realization of welding machines, components and in the ideal choice of the technological action by the production of galvanic drums. The work deals with the problem of the production of plastic galvanic drums from the construction point of view as well as the technological point of view. It contains the individual surface modifications outline. In detail is focused on the galvanic metal plating and the technical equipment needed to complete this action. Describe to the methods of thermoplastic materials precisely with focus on the method Hot Plate Welding by Heating Element.
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