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Design of system wiring and energy management for a family house with PV
Honkyš, Jan ; Morávek, Jan (referee) ; Bátora, Branislav (advisor)
This work deals with the design of system wiring and energy management for a family house with a photovoltaic power plant. The current state of the house's electrical installation does not meet current standards. The theoretical introduction of the work deals with the description of system electrical installation and building management systems. Another part of the work deals with the design of photovoltaic power plant on the roof of the house. The design was economically evaluated, including subsidy programs. Home control system has been designed to effectively manage the home's operations and minimize operating costs. Energy management was designed, which will effectively use the produced photovoltaic power. Project documentation was prepared, which will be used for future implementation.
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System wiring and the power balance
Horenský, Martin ; Bátora, Branislav (referee) ; Macháček, Jan (advisor)
Bachelor thesis deals with the theoretical part of the general problem of system wiring. The introductory part includes a general introduction. Gradually are described differences from classical wiring, to compare the advantages, disadvantages and cost. Shortly is described historical development from the first attempts to currently solution used by manufacturers. Subsequently used systems are divided into several groups and described. In the next chapter is performed research most famous electrical system from different manufacturers. In thesis there are described systems iNELS and Ego-n in detail. For each system are described basic functions, linking structure, used bus, the method of programming, a summary of advantages and disadvantages. In addition is made a brief description of system components. The practical part is focused on establishing own consumption of system wiring components in the model family home. Calculations and measurements are performed for three systems - iNELS, Ego-n and KNX. First, there are designed requirements that should meet the installation. Based on the requirements is created list of components of the systems installed - for each installation according to appropriate system.. From technical catalogs are designed theoretical input powers of each installation. The following is a test procedure for measuring educational panels. Results of measurements are processed and compared with catalog data for each component. In addition input powers are calculated from individual installation measured values. Results obtained from the measured and theoretical data are compared. From the each calculated power consumption is determined annual payment for consumption the system wiring. For each measurement system are recorded and reported data transfers through the bus. A complete evaluation of the results is shown in conclusion.
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Design of intelligent wiring Foxtrot for multipurpose building
Račuch, Marek ; Tesař, Radek (referee) ; Bátora, Branislav (advisor)
The present bachelor thesis is concerned with system wiring. Possible applications, various types of bus systems and wiring topology are discussed in the paper. The thesis is structured into three main sections. Section 2 elaborates on the capabilities, structure and topology of system electro installation and the third section discusses a system electro installation Foxtrot in particular, describing individual components with an overview of basic modules for utilization in residential buildings. The overall structure of system wiring is described along with a brief description of basic system components of Tecomat Foxtrot from Teco a.s. company suitable for home installation. Section 4 focuses on description of the designed object and for the proposal of the whole project of system wiring using the elements of the Foxtrot system for multipurpose building.
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Integrated design smart house or building
Tesař, Luděk ; Novotný, Jan (referee) ; Bátora, Branislav (advisor)
The aim of this diploma thesis is to make a methodical manual for planner of system wiring in smart/intelligent houses. Introductory part of the thesis lays stress on requirement of systems integration in an intelligent building with necessity of their mutual cooperation and communication. The base of the integration is appropriately chosen building control system including used technologies. The next chapter acquaints with requirements of legal regulations and valid technical standards relating to buildings. After that the thesis deals with technical equipment and building equipment with presentation of some intelligent systems. The fourth chapter acquaints with wires bus systems and protocols used in smart buildings. Planner´s working procedures with indication of each phase of project, regulations and standards important for system wiring design are developed in detail including chosen control system. Lightning and overvoltage protection is the integral part.
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Design of intelligent wiring Foxtrot for multipurpose building
Račuch, Marek ; Tesař, Radek (referee) ; Bátora, Branislav (advisor)
The present bachelor thesis is concerned with system wiring. Possible applications, various types of bus systems and wiring topology are discussed in the paper. The thesis is structured into three main sections. Section 2 elaborates on the capabilities, structure and topology of system electro installation and the third section discusses a system electro installation Foxtrot in particular, describing individual components with an overview of basic modules for utilization in residential buildings. The overall structure of system wiring is described along with a brief description of basic system components of Tecomat Foxtrot from Teco a.s. company suitable for home installation. Section 4 focuses on description of the designed object and for the proposal of the whole project of system wiring using the elements of the Foxtrot system for multipurpose building.
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System wiring and the power balance
Horenský, Martin ; Bátora, Branislav (referee) ; Macháček, Jan (advisor)
Bachelor thesis deals with the theoretical part of the general problem of system wiring. The introductory part includes a general introduction. Gradually are described differences from classical wiring, to compare the advantages, disadvantages and cost. Shortly is described historical development from the first attempts to currently solution used by manufacturers. Subsequently used systems are divided into several groups and described. In the next chapter is performed research most famous electrical system from different manufacturers. In thesis there are described systems iNELS and Ego-n in detail. For each system are described basic functions, linking structure, used bus, the method of programming, a summary of advantages and disadvantages. In addition is made a brief description of system components. The practical part is focused on establishing own consumption of system wiring components in the model family home. Calculations and measurements are performed for three systems - iNELS, Ego-n and KNX. First, there are designed requirements that should meet the installation. Based on the requirements is created list of components of the systems installed - for each installation according to appropriate system.. From technical catalogs are designed theoretical input powers of each installation. The following is a test procedure for measuring educational panels. Results of measurements are processed and compared with catalog data for each component. In addition input powers are calculated from individual installation measured values. Results obtained from the measured and theoretical data are compared. From the each calculated power consumption is determined annual payment for consumption the system wiring. For each measurement system are recorded and reported data transfers through the bus. A complete evaluation of the results is shown in conclusion.
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Integrated design smart house or building
Tesař, Luděk ; Novotný, Jan (referee) ; Bátora, Branislav (advisor)
The aim of this diploma thesis is to make a methodical manual for planner of system wiring in smart/intelligent houses. Introductory part of the thesis lays stress on requirement of systems integration in an intelligent building with necessity of their mutual cooperation and communication. The base of the integration is appropriately chosen building control system including used technologies. The next chapter acquaints with requirements of legal regulations and valid technical standards relating to buildings. After that the thesis deals with technical equipment and building equipment with presentation of some intelligent systems. The fourth chapter acquaints with wires bus systems and protocols used in smart buildings. Planner´s working procedures with indication of each phase of project, regulations and standards important for system wiring design are developed in detail including chosen control system. Lightning and overvoltage protection is the integral part.
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