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System for Opening a Window Based on the Temperature and CO2 Concentration in the Room
Jůza, Tadeáš ; Bardonek, Petr (referee) ; Tisovčík, Peter (advisor)
The purpose of this work is to enable an automated maintenance of fresh air in a room. Using automated ventilation, so the smallest possible heat losses occur. The data from sensors of indoor and outdoor temperature, CO2, humidity, and window opening status have been collected and analyzed. Then a suitable algorithm has been selected to accomplish the required values. The program also contains an algorithm for predicting the system's behavior so the controlled appliances (window and heating) work together appropriately.
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Energy conservation in ventilation of buildings
Sláčík, Ondřej ; Kolbábek, Antonín (referee) ; Charvát, Pavel (advisor)
This bachelor’s thesis deals with various forms of building ventilation, especially energy conservation in ventilation. The first part focuses on the factors that influence the quality of indoor environment. The second section describes the concepts of ventilation and basic distribution of different ventilation methods. Another section deals with heat losses associated with ventilation. The last part deals with the various measures that leads to reduction of energy losses of ventilation, it is mainly controlled ventilation based on CO2 and heat recover.
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System for Opening a Window Based on the Temperature and CO2 Concentration in the Room
Jůza, Tadeáš ; Bardonek, Petr (referee) ; Tisovčík, Peter (advisor)
The purpose of this work is to enable an automated maintenance of fresh air in a room. Using automated ventilation, so the smallest possible heat losses occur. The data from sensors of indoor and outdoor temperature, CO2, humidity, and window opening status have been collected and analyzed. Then a suitable algorithm has been selected to accomplish the required values. The program also contains an algorithm for predicting the system's behavior so the controlled appliances (window and heating) work together appropriately.
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|
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Energy conservation in ventilation of buildings
Sláčík, Ondřej ; Kolbábek, Antonín (referee) ; Charvát, Pavel (advisor)
This bachelor’s thesis deals with various forms of building ventilation, especially energy conservation in ventilation. The first part focuses on the factors that influence the quality of indoor environment. The second section describes the concepts of ventilation and basic distribution of different ventilation methods. Another section deals with heat losses associated with ventilation. The last part deals with the various measures that leads to reduction of energy losses of ventilation, it is mainly controlled ventilation based on CO2 and heat recover.
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