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Heat sources for home heating
Drga, Pavel ; Špiláček, Michal (referee) ; Baláš, Marek (advisor)
This bachelor thesis deals with various heat sources for heating the family house. The first part of the thesis is a research, where the history of heating is summarized, energy sources and types of heating systems are divided and then traditional and unconventional heat sources used in domestic heating are compared. In the second part of this work are made designs of heat sources for heating a specific house. And in the end of the work is made an economic evaluation of the designs.
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Model Of Solar Heating in Outdoor Swimming Pool
Bartoň, Martin ; Malounek, Petr (referee) ; Chomát, Luděk (advisor)
This work deals with modeling of the technological process of heating the outdoor swimming pool. In the theoretical part are given the necessary information for resolving the simulation of heating process. Based on the theoretical background is elaborated a mathematical model of swimming pool and the technological process. This model is programmed in ANSI C language and implemented into the microcontroller ATmega8. There is also a model of the whole problem in Matlab Simulink. The result of this work is practicum model, which simulates the technological process of swimming pool heating. This model is connected to PLC B&R in which is implemented regulation and visualisation of the technological process.
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Design of warm air heating system for low-energy house
Koutník, Martin ; Krejčí, Vladimír (referee) ; Košner, Jan (advisor)
The diploma thesis deals with design of warm air heating and ventilating system for low energy house. Introduction of this thesis is focused on dividing residential buildings by their heat requirement. Then problems of residential building ventilation and possibilities of warm air heating systems including heat recovery are presented. In the next chapter summary of ventilating units with heat recovery and warm air heating units for residential low energy buildings and pasive family houses is presented. Calculation of low energy house heat losses, which is solved, is based on CSN 06 0210, CSN 73 0540 and CSN EN 12831 standards. Design and calculation of warm air heating and ventilation system and ground heat exchangers is also described. Floor heating system, fireplace insert and solar heating system are designed as supplementary systems. At the end of this thesis the control system is presented. Project documentation is enclosed in appendix.
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