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Business Development
Mlčoch, Zdeněk ; Rybka, Jindřich (referee) ; Bartoš, Vojtěch (advisor)
The present dissertation is the design of a company's business plan, with a view to the construction of an automobile paint shop, with all the important factors such as economic and non-economic factors, and legislative changes in the branch taken into consideration. Last but not least, the economic standing of the company is also evaluated. The project is simultaneously assessed from the viewpoint of potential implementation of the proposed solution.
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Assessment of Air Bank Performance and its Future Development Scenarios
Hejda, Lukáš ; Slezák, Martin (referee) ; Režňáková, Mária (advisor)
The aim of this Master’s thesis is to analyze the performance of Air Bank a. s. in the period 2012 – 2017 using indicators typical for the banking sector. The results are compared with three selected competing banks. Then from publicly available information assesment is made for the two scenarios of the future development of Air Bank a. s. on the basis of the results of the economic evaluation. In the discussion part the scenarios are evaluated and then deducted the implications of Air Bank a. s. in case of fulfillment of the scenarios. The merger scenario is more advantageous in terms of economic and long-term competitiveness.
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Economic and Technical Analysis of the Photovoltaic Facade System
Bónová, Kateřina ; Žák,, Antonín (referee) ; Hlavinková, Vítězslava (advisor)
This thesis comprehensively analyses photovoltaic power plants on facades both from economic and technical point of view. It also devotes to a broader view upon a photovoltaic power plants regarding their placement, its accessories and legislative. The thesis describes a calculation of energetic gains in details including evaluation of five solar radiation sources in order to assess energetic effectivity of the photovoltaic equipment. Furthermore, the thesis describes a means of determination of photovoltaic revenues which is closely related to its ability to sustain the energetic demand of the building. These calculations are presented in the conclusion of thesis where they are applied to four selected buildings. The thesis also contains a processed graph due to which it is possible to specify optimal size of photovoltaic facade. The size is depending on selected facade cardinal point orientation and also on floor area of the building, which serves to estimate future electricity consumption.
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Selected Stocks Fundamental Analysis at Czech Capital Market
Havránek, Dalibor ; Zerzánek, Ivan (referee) ; Sojka, Zdeněk (advisor)
The subject of this dissertation is to do a fundamental analysis based on chosen shares on the czech capital market. The chosen corporations are Telefonica O2 Czech Republic, a.s. and ČEZ, a.s. In this dissertation I have set the share value, the prediction of the progression of dividends and the amount of ratio index. Further I have made a recommendation for future investors and the timing of their commerce.
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Security Portfolio Optimalization
Roušavý, Jan ; Zerzánek, Ivan (referee) ; Sojka, Zdeněk (advisor)
Diploma thesis focuses on the issue of an appropriate selection of securities and the subsequent establishment of a portfolio of these securities. Follow detailed discussion about analysis of portfolio and investor’s preferences. Below is a description of the CAPM model, its assumptions and usage of this model to build a portfolio. Then there is the actual calculation of characteristics of securities traded on the Prague Stock Exchange and on the basis of these calculations is made the proposal of several portfolios and their evaluation.
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Integration of Photovoltaic Power Plants in the Electricity System
Michl, Pavel ; Paar, Martin (referee) ; Mastný, Petr (advisor)
The thesis discuses an integration of photovoltaic power stations to electric network. The first part describes connecting conditions of small sources to distribution system, including administrative requirements, feasibility study, and requirements to the energy meters, measuring, control devices, switching devices and protection. The second part is aimed to describe problems of the photovoltaic system. Solar radiation generating and reducing of its intensity incident upon the earth surface are described in this part. The quantum of produced electric power depends on climatic conditions in the fixed area, seasons, etc. This work also discusses the types of photovoltaic cells and their actual efficiency. Inverters are further important components of the photovoltaic system. The parameters of the inverters have a great influence on the total actual efficiency of the photovoltaic system. Different methods of the photovoltaic panels’ connection with the inverters and their advantages and disadvantages are also mentioned. The supporting structure of the photovoltaic panels and eventually transformer are further important components of photovoltaic system. The work also analyze the methods of connection of the photovoltaic power station to distributive low voltage and medium voltage network, electric energy accumulation and possibilities of the sale of produced electric energy. The large number of the connected photovoltaic power stations has negative influences to electric network. The third part contains the design of a photovoltaic power plant with a capacity of 516,24 kWp on the scoped area in southern Bohemia. The project documentation for the location where the power plant is designed is also made. It contains the design of photovoltaic panels, the design of the inverters to get an optimal power load. This part also contains a calculation of the photovoltaic system losses and the design of transformer and the cable junction calculation of the distributive system. The feasibility study of the power plant connected to distributive system is also conducted. Its delivery rate will be connected to the distribution point Řípov (110/22 kV). The calculation results show us that this photovoltaic power plant can be linked to the distribution system. The final part of this paper contains an economic estimate of the photovoltaic power plant operating and the calculation of the return. An Economic return is influenced by the wide range of values that affect the total return rate. The calculation of an operating economy is made for several variants. The return rate in refer to contemporary redemption price for 2010 with no consideration for a bank loan is 7 years. If we consider the bank loan it would be 12 years. The penetrative reduction of the redemption price is expected for 2011. Calculation works with the decline of 30 %. It would extend the rate of return to 11 years without a bank loan or to 22 years with the bank loan. The bank loan is considered to cover 80 % of the investment.
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Entrepreneurial Project of Business Development
Havlů, Monika ; Lhotský, Miroslav (referee) ; Bartoš, Vojtěch (advisor)
The present dissertation is the design of a company's business plan, with a view to the new monitoring system, with all the important factors such as economic and technical factors, and legislative changes in the branch are taken into consideration. Furthermore there is the view to the economic standing of the company is also evalua-ted. The business plan is simultaneously considered from a general view of potential implementation of the proposed solution.
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Economic and Technical Analysis of the Photovoltaic Facade System
Bónová, Kateřina ; Žák,, Antonín (referee) ; Hlavinková, Vítězslava (advisor)
This thesis comprehensively analyses photovoltaic power plants on facades both from economic and technical point of view. It also devotes to a broader view upon a photovoltaic power plants regarding their placement, its accessories and legislative. The thesis describes a calculation of energetic gains in details including evaluation of five solar radiation sources in order to assess energetic effectivity of the photovoltaic equipment. Furthermore, the thesis describes a means of determination of photovoltaic revenues which is closely related to its ability to sustain the energetic demand of the building. These calculations are presented in the conclusion of thesis where they are applied to four selected buildings. The thesis also contains a processed graph due to which it is possible to specify optimal size of photovoltaic facade. The size is depending on selected facade cardinal point orientation and also on floor area of the building, which serves to estimate future electricity consumption.
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Assessment of Air Bank Performance and its Future Development Scenarios
Hejda, Lukáš ; Slezák, Martin (referee) ; Režňáková, Mária (advisor)
The aim of this Master’s thesis is to analyze the performance of Air Bank a. s. in the period 2012 – 2017 using indicators typical for the banking sector. The results are compared with three selected competing banks. Then from publicly available information assesment is made for the two scenarios of the future development of Air Bank a. s. on the basis of the results of the economic evaluation. In the discussion part the scenarios are evaluated and then deducted the implications of Air Bank a. s. in case of fulfillment of the scenarios. The merger scenario is more advantageous in terms of economic and long-term competitiveness.
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