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Alternative Energy Resources for Family House
Němec, David ; Brázdil, Marian (referee) ; Špiláček, Michal (advisor)
This bachelor thesis is focused at an issue of thermal energy supply for family houses from renewable resources. The aim of this thesis is to provide a summary of possible thermal energy supplies from renewable resources (solar collectors, heat pumps). After that follows a draft and economic evaluation of these systems for individual sources of thermal energy. In introductory section a solar energy is described. It is a significant part of renewable energy. This part is followed by review with description, composition and principle of individual types of solar collectors and heat pumps. Next part is focused on draft of these systems. Conclusion is then dedicated to energy evaluation of individual designed systems.
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Effect of orientation on solar systems performance
Daněk, Tomáš ; Weismanová, Júlia (referee) ; Jaroš, Michal (advisor)
The work explains the influence of orientation and inclination on the performance of solarcollector. The first part shows how the formation of the solar energy and how it gets onEarth and in what form we are able to capture it. In the second part of the work focuses on the basic parameters of the solar collector and method of calculating theperformance and efficiency. The next section describes the most common types of solarcollectors and their field of application. In conclusion the results of the calculation andevaluation of the influence and orientation angle on the performance of a particular type of solar collector.
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Solar collectors of Viessmann Company – technical and economical assessment
Kábele, Pavel ; Bělka, Miloslav (referee) ; Jaroš, Michal (advisor)
This work is about technical and economical asessment of solar collectors by Viessmann company. In the first part there are general distribution, description each parts of collectors and parameters which affect a function of collectors. In the second part there are Viessmann company, description of present production. Suitability of use and technical parameters. The last part deals the effect of Viessmann, including basic energetic and economic calculation.
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Alternative Energy Resources for Family House
Němec, David ; Brázdil, Marian (referee) ; Špiláček, Michal (advisor)
This bachelor thesis is focused at an issue of thermal energy supply for family houses from renewable resources. The aim of this thesis is to provide a summary of possible thermal energy supplies from renewable resources (solar collectors, heat pumps). After that follows a draft and economic evaluation of these systems for individual sources of thermal energy. In introductory section a solar energy is described. It is a significant part of renewable energy. This part is followed by review with description, composition and principle of individual types of solar collectors and heat pumps. Next part is focused on draft of these systems. Conclusion is then dedicated to energy evaluation of individual designed systems.
|
|
|
Solar collectors of Viessmann Company – technical and economical assessment
Kábele, Pavel ; Bělka, Miloslav (referee) ; Jaroš, Michal (advisor)
This work is about technical and economical asessment of solar collectors by Viessmann company. In the first part there are general distribution, description each parts of collectors and parameters which affect a function of collectors. In the second part there are Viessmann company, description of present production. Suitability of use and technical parameters. The last part deals the effect of Viessmann, including basic energetic and economic calculation.
|
|
|
Effect of orientation on solar systems performance
Daněk, Tomáš ; Weismanová, Júlia (referee) ; Jaroš, Michal (advisor)
The work explains the influence of orientation and inclination on the performance of solarcollector. The first part shows how the formation of the solar energy and how it gets onEarth and in what form we are able to capture it. In the second part of the work focuses on the basic parameters of the solar collector and method of calculating theperformance and efficiency. The next section describes the most common types of solarcollectors and their field of application. In conclusion the results of the calculation andevaluation of the influence and orientation angle on the performance of a particular type of solar collector.
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