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Energy system for energy independent object
Kaňovský, Jiří ; Pěcha, Jiří (referee) ; Mastný, Petr (advisor)
This bachelor‘s thesis deals with a design of energetic system for energetic independent family house. There are default parameters for the house defined, and an impact of house's placement in nature on thermal energy loss and on thermal energy gain due to solar radiation is described at first. There are daily diagrams of thermal energy consumption for common and heating periods derived in this thesis. An energetic system producing electric energy using photovoltaic solar panels which are placed on the house's roof is designed based on the diagrams. The thesis also introduces basic types of island energetic systems. The objective of this thesis is also a design of energetic system for heating-up (TUV) using a thermal pump, fireplace and solar collectors.
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Electronic Remote Household Control
Altrichter, Jan ; Stružka, Jaroslav (referee) ; Kubát, David (advisor)
The thesis describes the creation of an electronic remote household control system and intelligent household. It focuses on security of the guarded object and simple remote control of connected devices. Devices are connected to FITkit which is used as the central control unit; an Ethernet module is used for communication. The created system is developed for Microsoft Windows operating system. One part of the thesis is created by the physical model of the system.
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Procedural Building Generation
Húsenica, Ján ; Milet, Tomáš (referee) ; Kobrtek, Jozef (advisor)
This thesis deals with procedural building generation. The method which was chosen for implementation of the tool created during this study is based on generative grammars. In this document are introduced some of the advisable methods for solving given problem. It deals with predesign, implementation and evaluation of the results of the application for procedural building generation created in this work. The final tool also allows export of the generated models to Wavefront .obj format.
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Architecture, building, environment and their integration depending on optimum demands for buildings
Adámek, Jiří
Load optimum level requirement of buildings is one of the important valuational factors. Paper investigates this application already known principles low – low-energic constructions in relation of power heftiness building from the point of view of power consumption, energy on ex - ventilation, cooling, technological arrangement and artificial lighting. Endeavour of this paper is to obtain backward structure after completing of realization structure and design, however obtain backward structure after completing realization building too.
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Optimization procedure for the determination of usual prices of flats in development projects
Vlčková, Iva ; Marková, Leonora (referee) ; Mikš, Lubomír (referee) ; Bradáč, Albert (advisor)
The pricing of developer projects and housing is a broad area. Setting the right common price is important especially in case of court actions, execution proceedings, the privatising of housing, company mergers, capital investments in companies, estate settlements, liquidations etc. In all these cases substantial financial values are at stake and that is why it is necessary to have quality, correct factual grounds. The sole and at the same time most important basis is an expert opinion, which should guarantee an objective assessment of all circumstances that may influence the common pricing of property, in order to prevent any prejudice to the parties involved, or ensure there is no doubt in respect of possible graft. At present there is no methodology for common pricing of units (apartments and commercial premises) within a larger complex, which would take locality, placement, size, fittings, general state and other parameters that influence the price, into consideration. Yet it is common knowledge that the same unit will have a different price on the first floor, higher floors or top floor, window orientation and view, better surrounding area etc. It is also common that a larger unit with the same fittings and appurtenances will have a lower unit price than a smaller unit. The pricing in these cases is more intuitive, rather than based on analyses and reasoning. The dissertations´ aim was a methodology of pricing individual units in houses or larger complexes, which would simultaneously objectify subjective pricing, providing a rationale that would be unambiguous. This is important especially in case of court actions, execution proceedings or the privatising of housing, to preclude any bias or suspicion of corruption. The methodology also includes a software application that automatically computes input data and allows reviewing of results.
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