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Bus wiring systems for complex building management
Mokrý, Lukáš ; Macháček, Jan (referee) ; Bátora, Branislav (advisor)
The aim of my thesis is to examine current opportunities of bus wiring systems for complex building management, mainly its power and economic evaluation. It can be simply called intelligent electrical installation. I will examine two systems from INELS and ABB company. These systems contain functional components, mainly modules and controllers. By means of other materials, I’ll create a panel. Components will be placed there and electrically connected. After this, systems will be put into operation and programmed by means of their software. The next step is measuring of quatities during the various conditions of systems and consumption, which is one of the main aims of the thesis. Two apparatuses will be used for measuring. This thesis itself will contain theoretical analysis of systems, their description, using the way of operation and main advantages and disadvantages. Single components and complete process of measuring and working in laboratory will be described. An overall evaluation and comparison of the systems from various points of view, including the price, will be put together from results.
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Physical Simulation in Computer Games
Dočkal, Jiří ; Havel, Jiří (referee) ; Herout, Adam (advisor)
The thesis is concerned with modern game engines, focusing on physical simulation and particle systems. It offers usable architectures overview for a game engine development. The thesis provides characteristic to the most essential game engine's logical modules as scene graph, resource management or rendering. Today's tools used for physical simulation in games are also described. Main part of the thesis concentrates on design and implementation of its own C3D game engine which exploits capabilities of the NVIDIA PhysX physical engine. The thesis includes modern techniques rising from author's gained experience.
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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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Controlled lighting and shading in smart house
Novák, Michael ; Morávek, Jan (referee) ; Bátora, Branislav (advisor)
This bachelor‘s thesis is focused on controlling lighting and shading in a smart house. Lighting control covers switching and dimming mechanisms. This thesis presents dimming options for different types of light sources. Following this is an overview of shading devices and system wiring, often called smart wiring. Specifically, the thesis focuses on the Foxtrot system from Teco a.s.. This work describes the sensors and actuators used for switching, dimming and shading control devices. New library of functional blocks for lighting and shading control for Foxtrot system was created, for they were not included in any standard library. All functional blocks that have use in the control of lighting or shading - including standard ones - are described in this work.
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Electrical installation with intelligent lighting systém
Benčo, Tomáš ; Červinka, Dalibor (referee) ; Ondrejček, Vladimír (advisor)
The aim of this thesis is primarily to get acquainted with the possibilities of intelligent lighting solutions in buildings. The first part of this thesis consists of individual requirements and principles when creating project documentation wiring. Given that this issue is very voluminous content is not possible to describe all the principles, standards and requirements in the development of project documentation in detail. The next section focuses on the issue of intelligent building installations. Comparison between classical and intelligent installation wiring. Their advantages and disadvantages. Another part of this work focuses on the installation of intelligent, we chose the control system from Loxone. Its main parts, the way working and functionality that is able to perform. And the last part is the overall drafting of installation of the house, which is divided into classical and intelligent part.
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Draft of intelligent wiring for a house with a PV system and its economic evaluation
Brtnický, Pavel ; Ptáček, Michal (referee) ; Bátora, Branislav (advisor)
This master´s thesis applies to design of power and data wiring controlle by an intelligent wiring. The aim is to get to know the issue and design a project for family house that includes fhotovoltaic power station. In the introduction is a description of the inteligent wirings, its potential, topology, advantages or disadvantages towards standard electroinstallations,it also presents an overview of widely used intelligent wiring, especially Foxtrot. What follows is the subject itself for what is the project designated for. The next topic will be a presentation of complete electroinstallation and photovoltaic power station. It all ends with an economic evaluation of the whole project.
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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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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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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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Draft of intelligent wiring for a house with a PV system and its economic evaluation
Brtnický, Pavel ; Ptáček, Michal (referee) ; Bátora, Branislav (advisor)
This master´s thesis applies to design of power and data wiring controlle by an intelligent wiring. The aim is to get to know the issue and design a project for family house that includes fhotovoltaic power station. In the introduction is a description of the inteligent wirings, its potential, topology, advantages or disadvantages towards standard electroinstallations,it also presents an overview of widely used intelligent wiring, especially Foxtrot. What follows is the subject itself for what is the project designated for. The next topic will be a presentation of complete electroinstallation and photovoltaic power station. It all ends with an economic evaluation of the whole project.
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