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Air Conditioning of hockey arena
Zach, Daniel ; Uher, Pavel (referee) ; Blasinski, Petr (advisor)
The bachelor thesis deals with the design of the HVAC system for the hockey hall. In the building, which is divided into three parts, the hockey arena "A", the hockey arena "B" and the facilities are solved. The ventilation system provides forced ventilation and regulates the air that is supplied. The devices are designed to meet hygiene requirements.
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Ventilation and cooling of an office building
Čtvrtečka, Václav ; Adam, Pavel (referee) ; Šikula, Ondřej (advisor)
My bachelor thesis deals with a complex proposal of forced ventilation and cooling of an office building. The aim of the work is to provide a quality and functional system of ventilation and cooling equipment to ensure optimal microclimate inside the building. The theoretical part deals with cooling systems and their use in detail.
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Airconditioning of swimming pool in a family house
Čaniga, Patrik ; Blasinski, Petr (referee) ; Rubina, Aleš (advisor)
This bachelor thesis deals with the design of HVAC equipment for a family house with an indoor pool. The indoor pool will be air-conditioned, other parts of the building will be ventilated mostly with hot air system and partly naturally. The theoretical part is focused on internal microclimate of buildings, psychrometry of humid air and problematic of air handling pool units. Project and calculation parts are designed at the realization project level.
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Possibilities to reduce energy consumption of objects with controlled indoor temperature
Karmín, Luboš ; TROJAN,, Karel (referee) ; Šťastník, Stanislav (advisor)
The field of a research of this diploma thesis is building with controlled internal temperature. The research is focused on main heat fluxes at this type of buildings and how it contributes to the energy consumption of the building. The main objective of the analysis is heat loss caused by heat flux through the building envelope and air exchange at the building. As next it is described heat gain resulting from the operation inside of the building. To obtain the results of the research part is used software on the platform Delphi Pascal, temporarily called SIM_Chlad. The aim of this computer modeling is non-stationary heat fluxes from the mentioned heat sources in the building. The computed heat balance analyzes the energy consumption of the building for a period of one year. The diploma thesis evaluates impacts reflecting local weather conditions, the structural system of the building and the operation in the building. A cooling machinery analysis is not the subject of the research at this diploma thesis.
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Aircondition of schools gym
Sotolář, Lukáš ; Uher, Pavel (referee) ; Rubinová, Olga (advisor)
The thesis is devided to three parts. The first part is the theoretical part. The theoreti-cal part deals with the heat load of buildings, which also include buildings with a ge-neral location. The second part is the computational part. The computational part is focused on heating, ventilating and air conditioning (HVAC) of the gym. The last part of the thesis is the design part.
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Airconditioning of unit with intensive care
Halaj, Andrej ; Uher, Pavel (referee) ; Rubinová, Olga (advisor)
This bachelor thesis deals with design of hvac units for intensive care unit and its associated facilities. System is separated into two units. Primary device operates rooms with beds of intensive care unit and secondary device operates associated facilities. Terciary device deals with cooling with the help of fancoils. Theory focuses on air filtration, air filters and principles of particle separation.
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Aircondition of building with medical operation
Frčka, Lukáš ; Rubina, Aleš (referee) ; Rubinová, Olga (advisor)
This bachelor thesis is focused on a proposal of air-conditioning for operating rooms and hinterlands of adjacent clean spaces, clean corridors, rooms for patient preparation and cleaning etc. Air-conditioning units are designed according to functional, operational and hygienic requirements of microclimates of buildings. The theoretical part is focused on structural composition of air-conditioning units for spaces with high purity requirements. The calculation and project documentation part consist of designing three air conditioning devices for air-conditioning of operating rooms and adjacent clean spaces. The result of the thesis is detailed design and project documentation of these three devices.
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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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Ventilation catering operations
Havlátová, Kristýna ; Rubinová, Olga (referee) ; Formánek, Marian (advisor)
The master’s thesis deals with design of heat recovery and dehumification for the hotel´s kitchen. The design is made to fullfill functional, hygienic and operational ruqirements for the internal microclimate. The main task of air-conditioning systems is to drain away heat gains and intake of requirement minimum of fresh air. The theoretical part is about analysis of internal microclimate.
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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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