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Economics aspects of building and operation of heat power plant utilizing biomass
Špinar, Marek ; Pěcha, Jiří (referee) ; Mastný, Petr (advisor)
This work builds on a semester project where they were processed by the first two points of tasks, this the issue of the use of biomass in energy and needs quantification of biomass for energy production plant defined performance. Now the work is devoted to comparing plants using heat energy from biomass economically and possible future developments respectively. Recommendations for construction. Prior to the issue of technology are addressed aspects related to the implementation of production in terms of investment. Methods are provided solution investment opportunities and outlook on the implementation phase electricity works. The work is devoted to the assessment of value and comparison of different technologies to convert biomass into electricity. The paper compares the capital and operating costs of the considered types of power plants defined performance. The indicator is the ratio CZK / kWh. The important part is the processing recommendations for construction based on the information gathered. This section discusses the sources of electrical energy with a view to the future, therefore consideration of appropriate application of specific types of production with regard to regulation, for use as to the optimal mode of operation. At the end of the work is devoted to the issue of clean energy from biomass, which is the main point of interest in financial support from the state in the form of grants, which the state encourages individual entities in the construction of energy sources and bio establishments.
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PV plant performance evaluation and optimization
Špinar, Marek ; Ptáček, Michal (referee) ; Morávek, Jan (advisor)
The Master´s thesis deals with issues of operational performance of two photovoltaic power plants. In the thesis is stated the history of photovoltaics, description of photovoltaic effect, used materials and production technology of the most used material in PV industry – Silicon. The basic parts and parameters of photovoltaic power plant are described. Thesis also solves, how could be done the first and periodically control due to relevant directives. The ways of diagnostics potentional failures, methods of measuring and the exam of monitoring system are stated. Practice part is focused on measuring and comparing operational performance of FVE Kurdějov and FVE Šakvice II. Operational performance was calculated from exported data for years 2014 and 2015. The thesis also contains measuring of each string connected to inventors, which are installed on the power plant. The result is an identification of strings with decreased operational performance. Based on that was created recommendations for optimalization and increase of the performance. The last part is software for simulation of photovoltaic power plant. This SW calculates potentional energy, which could be produced in a day with available data export. The calculation is defined by parameters, which are assigned.
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Economics aspects of building and operation of heat power plant utilizing biomass
Špinar, Marek ; Pěcha, Jiří (referee) ; Mastný, Petr (advisor)
This work builds on a semester project where they were processed by the first two points of tasks, this the issue of the use of biomass in energy and needs quantification of biomass for energy production plant defined performance. Now the work is devoted to comparing plants using heat energy from biomass economically and possible future developments respectively. Recommendations for construction. Prior to the issue of technology are addressed aspects related to the implementation of production in terms of investment. Methods are provided solution investment opportunities and outlook on the implementation phase electricity works. The work is devoted to the assessment of value and comparison of different technologies to convert biomass into electricity. The paper compares the capital and operating costs of the considered types of power plants defined performance. The indicator is the ratio CZK / kWh. The important part is the processing recommendations for construction based on the information gathered. This section discusses the sources of electrical energy with a view to the future, therefore consideration of appropriate application of specific types of production with regard to regulation, for use as to the optimal mode of operation. At the end of the work is devoted to the issue of clean energy from biomass, which is the main point of interest in financial support from the state in the form of grants, which the state encourages individual entities in the construction of energy sources and bio establishments.
|
|
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PV plant performance evaluation and optimization
Špinar, Marek ; Ptáček, Michal (referee) ; Morávek, Jan (advisor)
The Master´s thesis deals with issues of operational performance of two photovoltaic power plants. In the thesis is stated the history of photovoltaics, description of photovoltaic effect, used materials and production technology of the most used material in PV industry – Silicon. The basic parts and parameters of photovoltaic power plant are described. Thesis also solves, how could be done the first and periodically control due to relevant directives. The ways of diagnostics potentional failures, methods of measuring and the exam of monitoring system are stated. Practice part is focused on measuring and comparing operational performance of FVE Kurdějov and FVE Šakvice II. Operational performance was calculated from exported data for years 2014 and 2015. The thesis also contains measuring of each string connected to inventors, which are installed on the power plant. The result is an identification of strings with decreased operational performance. Based on that was created recommendations for optimalization and increase of the performance. The last part is software for simulation of photovoltaic power plant. This SW calculates potentional energy, which could be produced in a day with available data export. The calculation is defined by parameters, which are assigned.
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