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Design of intelligent building with modern system Ego- n
Kočí, Martin ; Šlezingr, Jan (referee) ; Bátora, Branislav (advisor)
The thesis resolves an electro-installation project for an intelligent home. The system chosen is the Ego-n modern electro-installation system, a product of ABB, s.r.o. which is generally available on the market in the Czech Republic and in Slovakia. In the first part of the thesis the difference between a conventional and an intelligent electro-installation is described, and the basic principles of the Ego-n system are formulated together with the range of use. Also included is a brief profile of the basic components and for some of them specific options for configuration and operation in practice. The work also describes the principal advantages and disadvantages of the Ego-n system, especially from the point of view of the user of the building. The reference to communication in busbar intelligent electro-installations is conceived as an overview, designed to give a general idea of busbar processes. The majority of the thesis is aimed at a practical design of an intelligent electro-installation in a specific building. Apart from the text where the project is briefly described and explained, all the technical documentation necessary for the realisation of the building is produced in the appendices: a ground plan drawing with the electro-installation components plotted in, together with drawings of the switchboards. The project also includes a budget and breakdown of materials.
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Design of application of radio-frequency control system Xcomfort in modern building
Marek, Jan ; Pěcha, Jiří (referee) ; Bátora, Branislav (advisor)
This bachelor thesis focuses on a reconstruction of an electro-installation used in a family house and an implementation of a radio frequency system xComfort for an intelligent electro-installation produced by Eaton company. This system was chosen due to customer´s request and also for its easy service. The first part of the thesis describes a history of an intelligent electro-installation with a description of a radio frequency system including its basic components. Next, there is an overview and basic characteristics of other producers´ systems and also their comparison. The thesis also provides main features of bus systems and a difference between the used radio-frequency system xComfort compared with a bus system. The advantages and disadvantages between the bus bar system and the radio frequency system are clearly described there. The major part of this work is focused on a practical design of the intelligent electro-installation in a specific object. In the appendix there is a technical documentation needed for the realisation of the building. This documentation includes a layout of used components controlling lights, Venetian blinds, heating and line schemes of switchboards. The design also includes a program that controls individual components formed by a software Eaton RF-System.
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Design of application of radio-frequency control system Xcomfort in modern building
Marek, Jan ; Pěcha, Jiří (referee) ; Bátora, Branislav (advisor)
This bachelor thesis focuses on a reconstruction of an electro-installation used in a family house and an implementation of a radio frequency system xComfort for an intelligent electro-installation produced by Eaton company. This system was chosen due to customer´s request and also for its easy service. The first part of the thesis describes a history of an intelligent electro-installation with a description of a radio frequency system including its basic components. Next, there is an overview and basic characteristics of other producers´ systems and also their comparison. The thesis also provides main features of bus systems and a difference between the used radio-frequency system xComfort compared with a bus system. The advantages and disadvantages between the bus bar system and the radio frequency system are clearly described there. The major part of this work is focused on a practical design of the intelligent electro-installation in a specific object. In the appendix there is a technical documentation needed for the realisation of the building. This documentation includes a layout of used components controlling lights, Venetian blinds, heating and line schemes of switchboards. The design also includes a program that controls individual components formed by a software Eaton RF-System.
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Design of intelligent building with modern system Ego- n
Kočí, Martin ; Šlezingr, Jan (referee) ; Bátora, Branislav (advisor)
The thesis resolves an electro-installation project for an intelligent home. The system chosen is the Ego-n modern electro-installation system, a product of ABB, s.r.o. which is generally available on the market in the Czech Republic and in Slovakia. In the first part of the thesis the difference between a conventional and an intelligent electro-installation is described, and the basic principles of the Ego-n system are formulated together with the range of use. Also included is a brief profile of the basic components and for some of them specific options for configuration and operation in practice. The work also describes the principal advantages and disadvantages of the Ego-n system, especially from the point of view of the user of the building. The reference to communication in busbar intelligent electro-installations is conceived as an overview, designed to give a general idea of busbar processes. The majority of the thesis is aimed at a practical design of an intelligent electro-installation in a specific building. Apart from the text where the project is briefly described and explained, all the technical documentation necessary for the realisation of the building is produced in the appendices: a ground plan drawing with the electro-installation components plotted in, together with drawings of the switchboards. The project also includes a budget and breakdown of materials.
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