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Optimising the use of renewable energy sources by controlling home technologies
Bolf, Marek ; Mikulášek, Michal (oponent) ; Jablončík, Lukáš (vedoucí práce)
Initially, this thesis is devoted to the analysis of methods of efficient energy management and the analysis of renewable energy sources. Subsequently, the thesis focuses on detailing the design of an optimization algorithm that schedules and distributes the flow of electricity in the home. The effectiveness of the algorithm has been computationally demonstrated using data collected from days in the past. This algorithm is also aimed at communicating with other devices in the home. In this paper, the algorithm is explained verbally, with diagram and calculations. Subsequently, the type of control unit has been selected.
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Detail design documentation for the electrical installation Loxone of a passive house with PV system
Bolf, Marek ; Topolánek, David (oponent) ; Bátora, Branislav (vedoucí práce)
The thesis deals with the design of high-current and low-current electrical wiring in a house, with emphasis on their connection to the intelligent control system Loxone. The thesis describes the house, the principle of designing lightning protection, the way of cabling, the options to control individual technologies by the Loxone system and the description of proprietary Loxone protocols and protocols through which Loxone system can communicate with other devices. In the practical part was prepared drawing documentation for the lightning conductor, cable routes, detailed connection of Loxone buses and components and high-current and low-current switchboard. Furthermore, the technical report and the budget of the electrical installation were prepared.
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Detail design documentation for the electrical installation Loxone of a passive house with PV system
Bolf, Marek ; Topolánek, David (oponent) ; Bátora, Branislav (vedoucí práce)
The thesis deals with the design of high-current and low-current electrical wiring in a house, with emphasis on their connection to the intelligent control system Loxone. The thesis describes the house, the principle of designing lightning protection, the way of cabling, the options to control individual technologies by the Loxone system and the description of proprietary Loxone protocols and protocols through which Loxone system can communicate with other devices. In the practical part was prepared drawing documentation for the lightning conductor, cable routes, detailed connection of Loxone buses and components and high-current and low-current switchboard. Furthermore, the technical report and the budget of the electrical installation were prepared.
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