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Intelligent installation system ABB i-bus® KNX/EIB Education board
Michalčík, Jiří ; Zuth, Daniel (referee) ; Marada, Tomáš (advisor)
The thesis deals with the topic of intelligent installation systems in the context of non-industrial automation. The first part discusses the KNX technology as well as realization of educational board demonstrating the i-bus® intelligent installation by ABB, designed according to KNX/EIB standard. Text further explains the specifics of board elements in detail. Second part is dedicated to created tutorial tasks, targeted to be used by students. These tasks are focused on the basic board element properties and their collaboration.
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Construction of sample exercises for model of systems wiring
Pěcha, Jiří ; Bátora, Branislav (referee) ; Macháček, Jan (advisor)
In this thesis explains the term of systemic wiring and its spread in the Czech Republic. It is written a brief overview of manufacturers which are interested in this area. Comparison of advantages and disadvantages with classic wiring. For further meeting is suggested a laboratory panel which contains instruments from company ABB which belongs to international group Konnex. At the concussion of this thesis is created demonstrational application for controlling of instruments.
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Aplication of inteligent control elements in modern electrical instalaton
Dokoupil, Jan ; Mastný, Petr (referee) ; Bátora, Branislav (advisor)
This bachelor thesis deals with the field of intelligent wiring and presents its advantages in comparison with a classic electroinstalation. A special attention is devoted to the most widely used and expanded standard sof opened systems KNX/EIB. In the first part, an explanation of the way the inteligent wiring works, its main parts, topology and possibilities of control and visualization is provided. In the second part, the work is dedicated to presenting an energy savings, mainly in ligthening and heating, which are possible to achieve by using inteligent wiring, Finally, there is a project electroinstalation in a family house, which is built on the elements of the KNX/EIB system. There is also a comparison with the classic (conventional) wiring. Both projects are implemented by Astra software.
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Wiring system project of family house with intelligent elements utilization
Trtík, Jan ; Bátora, Branislav (referee) ; Mastný, Petr (advisor)
This Bachelor´s Theis is concerned with current possibilities of the wiring systems in family houses, flats and bigger complexes of buildings. The aim is to describe and to compare the classical and the intelligent solutions of wiring in a family house. First of all it starts out with the connection process of the family house to the electrical power system. After that the designing principles of power and data distribution of the classical wiring are described. Next part deals with the intelligent wiring, its origination, the techniques of its connection and operation. Following part is linked to it with various types of selected intelligent wirings which are available in the Czech Republic. The specific methods of connection to the bus, possibilities of utilization and the advantages and disavantages are described with these systems. On the basis of gained theoretical knowledge the production of classical and consequently intelligent wiring of the particular family house project is detailed in the next part. This section refers to the complete project documentation consisting of all terms required for the building control. These terms are the technical report, the specification, the list of equipment, the plans of both floor projections, the plan of lightning conductor, the grounding, the schematic diagram of the flat swith board, the meter board cabinet and the weak-current distributor. In conclusion are the described installations compared in operational and economical terms.
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Computer controled inteligent elements of electrical instalation
Kolář, Milan ; Macháček, Jan (referee) ; Bátora, Branislav (advisor)
This bachelor thesis deals with the field of intelligent wiring. In the first part, there is an explanation of how the inteligent wiring works, its main parts, topology and categorization. In the second part, there is an example of practical application which is built on the elements of the INELS system. There is also a comparison with the classic (conventional) wiring. It is followed by programming and setting up of the wiring with the included software IDM. Finally, there is an example of visualization, a possibility of remote control and function management with a data net.
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Intelligent control application of the house
Malý, Michal ; Zimáková, Jana (referee) ; Bača, Petr (advisor)
The thesis is focused on the preparation of documentation for reconstruction of the electrical distribution installation in a family house. There are described problems of the original installation and the consequences associated with it. It explains how to design a new installation, on what to watch and what to follow. The next chapter is compared with conventional wiring and intelligent comparison and selection of a more nejvhod-solving. Furthermore, a thorough documentation of the pin assignment, and wiring circuits. The last chapter is presented draft of web interface for control.
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Designing intelligent data distribution networks
Stojaspal, Martin ; Škorpil, Vladislav (referee) ; Mišurec, Jiří (advisor)
Master thesis on topic Design of intelligent data distribution network is focused on the design of KNX bus system. The theoretical part is focused on problematic of KNX technology and on the rules, regulations and forms which must correct project documentation contain. The practical part is focused on creation of complete design of project documentation KNX bus system. In this thesis is basically shown how project documentation should look like.
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Modern systems for lighting control
Klein, Tomáš ; Pavelka, Tomáš (referee) ; Bátora, Branislav (advisor)
This Master's thesis deals with intelligent installation systems, focused on lighting systems using the DALI bus system. Theoretical part of this work includes a list of currently available intelligent installation systems and its use in both households and industrial buildings. A summarizing description of KNX and DALI bus systems and their actuators and actuating units are a part of this paper. The practical part proposes two examplary boards designed for laboratories of UEEN VUT in Brno and describes its construction, as well as the programs necessary for its programming, control and monitoring. The outcome of this Master's thesis is a survey of possible remote control of DALI bus system's actuators and mutual compatibility of KNX and DALI bus systems. Furthermore, this paper includes background material for laboratory task, based on data found about remote control and DALI bus system's monitoring.
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Comparison of intelligent building
Hofrichterová, Kateřina ; Bruckner, Tomáš (advisor) ; Molnár, Zdeněk (referee)
The thesis is concerned with the comparison of systems with intelligent house. The aim is to choose appropriate methods and approaches for the design of intelligent building, to design the application and implementation of selected technologies in different price ranges, further evaluation using the proposed solutions for different categories of users. The first part is accomplished by mapping timeliness of intelligent housing issues and trends in the coming years. There are specified functionality, cost, and the return of classic and smart wiring. The second part is specified topologies and Loxone GILD, sample calculations, there is also defined by their scalability, control. The third part presents a comparison of the scoring method of price comparisons, scalability and control and standardization, user friendliness.
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Efficiency evaluation of technologies for intelligent buildings
Parma, Lukáš ; Molnár, Zdeněk (advisor) ; Žemlička, Petr (referee)
This thesis deals with the study of home automation systems. The main goal of this thesis is to prove their effectiveness. The sample project shows how to calculate the efficiency and profitability of investment in the home automation systems. The result of this work is a methodology for determining the efficiency of investment projects into automation systems. The work is divided into two parts. The theoretical part is to provide the reader with the basic understanding of automation systems. their functionality and their advantages and disadvantages. A technical model is provided describing an automation system iNELS. The practical part describes the procedures and the outcomes of the effectiveness of the system.
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