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Development of KNX installation demo-board
Mitrenga, Michal ; KNX), Josef Kunc (Národní asociace (referee) ; Fiedler, Petr (advisor)
The aim of this diploma thesis is to compile a demonstration panel as an example of the functions of intelligent electrical installation KNX. One of the advantages of this system bus is the ability to use devices from multiple manufacturers. A total of 20 devices from 12 different manufacturers are used in this work. The work begins with an explanation of the principle on which the KNX system bus works, followed by a description of the equipment used and the electrical connection of the switchboard according to the wiring diagram. Next, how the whole panel was revived is described. The next chapter contains a detailed description of device programming in ETS, ie setting parameters for individual devices and assigning group addresses. The last chapter deals with visualization and remote control. It explains how a communication channel was created to connect the panel to a server from FlowBox. Using the web interface on this server, a visualization was created, which can be used to remotely control the entire panel from anywhere.
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Control of lighting with DALI protocol in the KNX bus system
Holub, Jiří ; Škoda, Jan (referee) ; Bátora, Branislav (advisor)
The thesis is focused on control of lighting with DALI protocol in the KNX bus system. There are briefly described different types of bus systems. The work partly describes the digital bus system DALI for lighting operating. It analyses the ETS3 software environments used for programming the KNX installations. Within the framework of the practical part, two laboratory panels equipped with ABB Company´s elements were created. For these panels, four laboratory manuals were drawn up. Each manual includes the task, the instructions, the brief description, the connection diagram and the procedure. The manuals describe single ABB's elements such as the KNX light module, the KNX roller blind module, the DALI light module and the usage of LCD controller priOn to operate all of the modules used in the tasks.
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Upgrade of the laboratory task of KNX system installation
Hrubeš, Zbyněk ; Müller, Richard (referee) ; Bátora, Branislav (advisor)
This bachelor´s thesis deals with both the theoretical analysis of the KNX bus system, but it is also practically focused on working with KNX products and their programming. In the introductory theoretical part are described the KNX bus system itself, its characteristic properties, functional principle, topological arrangement, possibilities of using communication media and the advantages that brings, in comparison with classic installations in houses and buildings. The next section deals with the description of ETS software for design, planning, programming, and commissioning of KNX installations. Furthermore, the assessment of the possibilities of visualizations for the control of the KNX system, the use of visualization tools designed for this and their subsequent implementation in the laboratory task are discussed. The practical part of the bachelor's thesis is focused on the design of laboratory tasks and their programming using EST6 software using jigs with KNX devices from the company HDL Automation, which were made during the semester work. The output of the bachelor's thesis will be laboratory instructions for teaching and a understanding of working with the KNX system.
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Design and programming of lighting scenes in an art gallery with visualization
Novotný, Jaromír ; Kunc, Josef (referee) ; Bátora, Branislav (advisor)
This work is intended to serve as an introduction to the theoretical basis for working with decentralized bus system named KNX. There is describe the current lighting solutions situation in the O. H. Hajek gallery in town Prachatice. There is familiarization with devices were used for this solution. The last part is describing how to work with the ETS and programming devices. To visualize system on smart device based Android was chosen SmartServer and is theoretically described in chapter Vizualizace.
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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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High-speed Networks in Household
Rosenberg, Michal ; Mačák, Jaromír (referee) ; Škorpil, Vladislav (advisor)
The master thesis discusses about the relation between high-speed networks and intelligent system installation features and possibilities of this mutual interaction. Furthermore principles of KNX bus tunneling through IP networks are theoretically analyzed (KNXnet/IP). Practical use of implements KNXnet/IP shows real elements on the test panel. The control is realized by KNX@Home in the Ubuntu environment. Simulation of the real state tunneling KNX bus represent model in Opnet Modeler, which shows how the delays may change due to network load.
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New laboratory tasks of the KNX system
Welter, Martin ; Kunc, Josef (referee) ; Bátora, Branislav (advisor)
The bachelor's thesis deals with the design of laboratory tasks for the control of the KNX system electrical installation using devices from the company Hager and Berker. The first part discusses the characteristics of the KNX system, topological arrangement, ETS software, communication media. Furthermore, the remote control of KNX wiring is briefly discussed with subsequent visualization from various companies. The next part is devoted to getting acquainted with the devices that will be used for laboratory tasks with the subsequent creation of laboratory instructions. All functions have been programmed in ETS5 software. Finally, an overall evaluation is made.
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Control of light sources in an intelligent installation
Kurzępa, Marek ; Huzlík, Rostislav (referee) ; Veselka, František (advisor)
This bachelor thesis focuses on the problem of the use of the intelligent installation, particularly the KNX system. The first section compares the concept of the classical and the smart installation. This comparison is later followed by a model example of the proposed solution of the control of lighting in a three storey house, especially in terms of the employed devices and their approximate price calculations. Further is introduced the principle of the function of the system KNX bus type TP1. The main aim of this work is the design and the implementation of the educational panel, familiarization with the software tool ETS4 and the presentation of its tools for the diagnosis of system KNX installation.
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Building control systems
Bittner, Jakub ; Janík, Daniel (referee) ; Fiedler, Petr (advisor)
The objectives of this thesis are creating laboratory equipment and laboratory manual forteaching. First the basics of inteligent electrical instalation based on KNX standard aredescribed. The description include comunication and topology of such electrical instala-tion. Then the creation of laboratory equipment is described as well as programming ofused devices. The equipment will be used for teaching electrical systems. Last part ofthesis includes laboratory manual.
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Upgrade of the laboratory task of KNX system installation
Hrubeš, Zbyněk ; Müller, Richard (referee) ; Bátora, Branislav (advisor)
This bachelor´s thesis deals with both the theoretical analysis of the KNX bus system, but it is also practically focused on working with KNX products and their programming. In the introductory theoretical part are described the KNX bus system itself, its characteristic properties, functional principle, topological arrangement, possibilities of using communication media and the advantages that brings, in comparison with classic installations in houses and buildings. The next section deals with the description of ETS software for design, planning, programming, and commissioning of KNX installations. Furthermore, the assessment of the possibilities of visualizations for the control of the KNX system, the use of visualization tools designed for this and their subsequent implementation in the laboratory task are discussed. The practical part of the bachelor's thesis is focused on the design of laboratory tasks and their programming using EST6 software using jigs with KNX devices from the company HDL Automation, which were made during the semester work. The output of the bachelor's thesis will be laboratory instructions for teaching and a understanding of working with the KNX system.
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