Geothermal energy is an important source of clean and renewable energy. This project deals with the study of deep geothermal power plants for the generation of electricity. The design involves the extraction of heat from the Earth and its conversion into electricity. This is performed by allowing fluid deep into the Earth where it gets heated due to the surrounding rock. The fluid gets vaporized and returns to the surface in a heat pipe. Finally, the energy of the fluid is converted into electricity using turbine or organic rankine cycle (ORC). The main feature of the system is the employment of side channels to increase the amount of thermal energy extracted. A finite difference computer model is developed to solve the heat transport equation. The numerical model was employed to evaluate the performance of the design. The major goal was to optimize the output power as a function of parameters such as thermal diffusivity of the rock, depth of the main well, number and length of lateral channels. The sustainable lifetime of the system for a target output power of 2 MW has been calculated for deep geothermal systems with drilling depths of 8000 and 10000 meters, and a financial analysis has been performed to evaluate the economic feasibility of the system for a practical range of geothermal parameters. Results show promising an outlook for deep geothermal systems for practical applications.

This dissertation systematically classifies and shortly describes all available funds to get a flat in Czech Republic. The main subject is a cost analysis. There is not only cost analysis and evaluation of motgage and loan, but this work contains method, how to evaluate the aggregate combinations with assets, tax savings and government benefits. There are analysed 4 usual used methods for evaluation mortgages and loans and also 2 new innovative methods, that lost weaknesses and maintain strengths. The goal of the work is achieved by creating of the general method, that manages the aggregate solution, keeping the lowest available economic costs.

Travel time savings are usually the most important utility component of transport projects. This paper shows estimation of the value of travel time savings (VTTS) with particular focus on random parameter models. Employing these models commuters’ VTTS in the German City Dresden is estimated. Results show that travel time savings of motorised and non-motorised modes are valued differently, VTTS derived in this study are higher than values currently used in Germany’s federal transport infrastructure plan and VTTS are dependent on travel time.

This diploma thesis deals with a project management issue. The aim of the thesis is to propose a project for the implementation of information system in a selected company with the use of theoretical knowledge discussed in the second chapter. The third chapter contains information about this company and the analysis of ice hockey statistical systems. In the fourth part of the thesis is presented the proposal of project documentation for the implementation and the benefits of suggested solutions.

The diploma thesis deals with a problematics of project management. The major point is to create a project that is aiming on expanding field of aktivity in selected company with the use of theoretical knowledge of project management. This knowledge is desribed in first chapter of the diploma thesis. The second chapter contains basic informations about company and the analysis of company surroundings. The last part of the thesis solves proposals and desribes benefits created by these solutions in monitored company.

The diploma thesis focuses on costs optimization in a selected company. The first part of the thesis describes the theoretical background, which contains mainly analyses of the internal and external environment of chosen company and environmental issues. At the end of analytical part when all the analyses are executed, a SWOT analysis is performed in which are summarized all discovered findings. The last part of this diploma thesis tries to optimize costs in the company via investments.

Diploma thesis deals with evaluation of company performance. The opening part describes the theoretical points, which is followed by introduction of the company. Using the financial analysis methods the financial condition of the company is evaluated. The results are compared to other five competitors. In the closing part are suggested recommendations to improve company performance.

The content of the master’s thesis is the plan for setting a Ltd. company using project management methods. The project will include the development e-shop’s design, programming of main page, time costs, budget revenues and expenses, and preliminary calculation of return on investment.

The first part deals with the issue of overhead costs in a construction company. The theoretical part describes the project management, the issue of pricing and costing in civil engineering. In the practical part of the analysis is performed management overheads construction company and prepared a draft optimized management overheads. Subsequently been developed analysis of the selected company in terms of costs, revenues and profits. A questionnaire survey regarding calculations in construction companies on the basis of these analyzes was performed proposals for new surtax mode of construction company. Subsequently, the construction budget was drawn artwork using the old regime extras to construction companies as well as the budget has been prepared based on the works of new extras to directing construction company. Subsequently, the two budgets compared.

The aim of this thesis is to compare the costs for the construction of various construction systems wooden buildings. The first part deals with the historical and contemporary construction systems wooden structures and materials that are used in these buildings. Details are discussed in the work of the wood, its properties and uses in the construction industry. Another chapter deals with the pricing, kinds of budgets and costs. In the end of the technical characteristics listed buildings. Practical work in the introduction describes the layout and construction of selected timber, which is then compared with log technology. The comparison is done from several perspectives. First they are compared and evaluated their quality characteristics. A chapter about the cost of delivery and installation of individual houses from the perspective of works HSV and PSV. As the last are compared to the cost of individual construction and then the total cost of construction, operation and disposal of buildings. The conclusion is a summary evaluation of the results obtained.