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Adiabatic air cooling
Silbernágl, Petr ; Blasinski, Petr (referee) ; Rubinová, Olga (advisor)
The diploma thesis deals deals with the designing and assessment of the two variants of cooling and humidifying the air in the production hall for cotton in Humpolec. The system is proposed to fulfil hygienic, operational, economic and functional requirements for indoor microclimate of the production hall. The task of this system is the transport of cooler air to interior and the covering of heat gains all year round. The equipment is also designed for the regulation of air humidity in the interior. The theoretical part is devoted to air humidification and air humidification device. Calculation of the project and then a specific proposal, two variants for air distribution level studies. Both variants are treated as project documentation. Experimental part is devoted to the measurement on the measuring path containing adiabatic humidifier in the laboratory. The benefit of the experiment is to verify the data from the manufacturer adiabatic humidifier which we can assess the practical use of the product.
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An air conditioning for the shopping center
Krajčová, Kateřina ; Uher, Pavel (referee) ; Rubinová, Olga (advisor)
The bachelor thesis deals with the design of air-conditioning for the shopping center. The theoretical part of the bachelor thesis describes the design of air-conditioning for shopping centers. The calculation part deals with design of air-conditioning units for sales area and warehouse. The last part consists of the project documentation of the air-conditioning of the shopping center.
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Ventilation of the library
Martinčič, Jakub ; Jelínek, Ondřej (referee) ; Blasinski, Petr (advisor)
The bachelor thesis deals with the project of air-conditioning system in the library building with study room, classrooms, hall and book stores. Each system is designed to fulfill operational, functional and sanitary requirements of indoor microclimate. System No. 1 (1. S) and system No. 2 (1. NP) are designed to be able to cover heat losses in winter time and heat gain in summer time. System No. 3 which is for the entire 3. NP is designed for complete air conditioning (hot-air ventilation). This system is complemented by VRV cooling system. The theoretical part is focused on the problems of acoustics in ventilation.
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Air conditioning in a nursing home
Kuthan, Tomáš ; Rubina, Aleš (referee) ; Rubinová, Olga (advisor)
The bachelor thesis is focused on the design of air conditioning and refrigeration in a nursing home. The aim is to design suitable ventilation equipment and a com-fortable indoor microclimate in the building according to applicable regulations and standards. The theoretical part deals with distribution elements and their distribu-tion by type and function.
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Design of an HVAC system in a retrofitted family house
Vacenovský, Jan ; Lízal, František (referee) ; Charvát, Pavel (advisor)
This work is devoted to the design of a microclimate facility in a family house. The first part contains analysis of thermal losses before and after using thermal insulation. Based on this analysis, a heating system is proposed, including the necessary technical calculations for the operation of the system. As a heat source, a condensing boiler is selected. At the next point, the thesis focuses on the calculation of the heat gains in selected rooms in order to design a cooling device. A multisplit system is selected for cooling the rooms. In the next part the thesis deals with the design of forced ventilation of selected rooms. The ventilation system provides the necessary air exchange and covers heat losses through ventilation. At the end of the thesis is outlined the concept of regulation of individual systems and also the requirements for individual professions are described.
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Airconditioning in kindergarten
Havlátová, Kristýna ; Andrys, Petr (referee) ; Rubina, Aleš (advisor)
The bachelor’s thesis deals with design of air-conditioning systems in multistorey kindergarten. The design is made to fullfill functional, hygienic and operational ruqirements for the internal microclimate. The main task of air-conditioning systems is to cover heat losses in the winter, heat gains in the summer and intake of requirement minimum of fresh air. The theoretical part is about analysis of internal microclimate. It defines parts of internal microclimate and how to determine PMV and PPD accordig to ČSN EN ISO 7730. The practical part includes design of two air-conditioning systems of hot air rating and climatization for kindergarten. The result of the work is the implementing documentation of two air-conditioning systems for the object.
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Air - conditioning of office building
Balcar, Petr ; Košner, Jan (referee) ; Janotková, Eva (advisor)
The main goal of the submitted thesis is the design of central conditioning system used to ensure the required internal microclimate of office space and meeting rooms on the 2nd floor of office building, located in the city of Brno. The first part provides an overview of air conditioning systems and the appropriate central air conditioning system is selected. In the next part is designed the devices for air conditioning by building layout, properties of building structures, equipment and office space occupied. The work also submits drawing documentation, technical report and specification of materials used.
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Air-conditioning system for the base of football stadium
Hepner, Andrej ; Blasinski, Petr (referee) ; Rubinová, Olga (advisor)
The bachelor thesis deals with application for design of air-conditioning system for the first floor of the base of football stadium. This work is devided into three parts. The first part is theoretical, which is dedicated to the meteorological bases, the impact of the direct solar radiation on the course of heat gains and on the shading theory. The calculation part deals with the project of two air-conditioning units into two functional units of the object. The ventilation system provides forced ventilation in the building's premi-ses and adjusts the air supply to ensure the required temperature and humidity of the indo-or climate. The last part is the project documentation of ventilation
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Airconditioning for multistorey detached house
Tupcová, Tereza ; Blasinski, Petr (referee) ; Rubina, Aleš (advisor)
The bachelor’s thesis deals with design of airconditioning systems for living rooms in multistorey detached house. The design is made to fullfill functional, hygienic and operational ruqirements for the microclimate of interier. The main task of airconditioning systems is to cover heat losses in the winter, heat gains in the summer and intake of requirement minimum of fresh air. The theoretical part deals with acoustics, mainly with sound transmition and possibilities of reduction sound intensity in rational way or by physical-technical device. The practical part includes design of two airconditioning systems of hot air rating and climatization for detached house. The result of the work is the implementing documentation of two airconditioning systems for the object.
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Ventilation of Cultural Centre
Hodula, Jakub ; Uher, Pavel (referee) ; Rubinová, Olga (advisor)
This thesis describes the design of ventilation for the cultural center, located in Prague 6 - Dejvice. The center consists of entrance hall, restaurant, conference room, sanitary facilities, restaurant facilities, facilities for performers and from the main hall with a vestibule. I solved the zone in detail the main hall and vestibule zone of sanitary facilities in the first basement floor. The main hall is air-conditioned vestibule with central air-conditioning equipment. Sanitary hot air is ventilated with air-conditioning equipment installed under the ceiling structure. The vestibule is partially air-conditioned central air handling units and fan coils partially located in the lower ceiling. Hall capacity is 173 persons and 68 persons foyer. The cooling source is a block unit. In winter, the hall, lobby and sanitary hot air ventilation. The building is heated with central heating converters in the hall and vestibule with radiator in hygienic facilities. In the theoretical part of the topic I worked in air distribution components, where I discussed the types of distribution of elements, their location and distribution of the type and scope of the current.
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