Within this thesis I elaborated a business project of a solar power station, which could be used both as a decision tool for realization or non-realization of this project in practice and as the documentation for an application for a bank loan. The thesis consists of two main parts: the theoretical and application part. The theoretical part describes the structure of the business project and the principles for its setup. The application part contains the real business project of the solar power station.

The restoring sources of energy and their development brings the question how these sources can be utilized in the best way. Master`s thesis deals with photovoltaic systems. It describes their history line, actual situation and also brings some expectations in the future. There are mentioned some materials and technologies which are used for its manufacture, conditions of using in practice, advantages and disadvantages and finally a real mobile application of photovoltaic which serves for a production of electricity that is saved in the battery.

The purpose of this dissertation is to discuss the engineering design of the supporting structure for solar photovoltaic panels with a total area of 200 metres square. The supporting structure is intended for implementation as part of a solar power station. The preamble of the dissertation examines photovoltaic power stations, their types, advantages and disadvantages. The focus of the second part is directed toward the project of constructing the supporting structure and it also deals with the tasks of attaching the photovoltaic panels and putting the panel’s supporting structure in place. This section will also propose methods of continuously monitoring both the panel and its support-structure once they have been constructed and brought into operation. The purpose of part three is to perform the calculations concerning the entire structure’s required load-bearing properties through the use of the Final Element Method in the program “ANSYS 11.0”. The conclusion of this dissertation is devoted to the evaluation and economic analysis of the construction.

This dissertation called The Analysis of Support of Solar Energy in Jihocesky Kraj by the European Union is focused right on one field of alternative sources of energy, which is very debated topic these days. The purpose of this dissertation paper is to describe the current situation in the exploitation of solar energy in Jihočeský kraj. Afterwards, the evaluation of photovoltaic power station to measure if the capital investment into alternative sources of energy presents profitable chance.

The graduation theses is concerned with elaboration of business plan whose theme is building of solar power station in locality of Velké Hamry. The aim of graduation theses is evaluation of building and operation of solar power station through the medium of methods which make for assessments of investment as well as entire business plan processing which should be used in application for granting of credit and in application for financial support of Operational program of Enterpreneurship and Innovation.

My thesis is focused on Project Financing of Investment Projects in the field of Renewable Energy Resources. The theoretical section, see Chapter Two, characterises the nature of project financing, parties, principles for successful project financing, types of capital invested in projects and their resources, risks, guarantees and securities. The practical (third) part of the thesis is oriented to specifics of project financing of Renewable Energy Resources. First of all principles for the assessment both of project bearers and projects in terms of quality are specified. Furthermore, principals for the assessment of financial terms of projects are given. The fourth and concurrently the final Chapter analyses a particular project in the field of renewable energy resources mostly from the financial point of view.

The aim of the master’s thesis is a design of double casing condensing steam turbine with gearbox, reheat and with power output 110 MW for solar power station. The steam turbine has an axial output to the air cooled condenser. The design of the turbine is developed on the basis of concept of Doosan Skoda Power company. It is the main reason this turbine has the impulse blading. There are heat calculation and calculation of heat balance diagram in the first part of the thesis. The system of regeneration consist of three Low Pressure Feedwater Heaters (L.P. FWH), deaerator, and two High Pressure Feedwater Heaters (H.P. FWH). The next part of the thesis is focused on a flow path section of turbine. There is a selection of profile of turbine blades at this part, too. The basic design and strength calculation are available only for high-speed high pressure (HP) part of turbine, as an assignment of the thesis says. There is heat balance diagram for 75 % of nominal power output at the end of thesis. The drawing of longitudinal section of HP part of turbine is the main appendix of this thesis.

The aim of this research is to develop an approach to the technical and economic justification of a photovoltaic station project in the territory of the Russian Federation, which lacks centralized energy infrastructure. / Целью исследования является разработка подхода к технико-экономическому обоснованию проекта реализации фотоэлектрической станции на территории Российской Федерации, не имеющий централизованной энергетической инфраструктуры.

The main aim of this dissertation is to suggest an application of unmanned aircrafts and to compare them with the currently used methods. In the introductory part the dissertation deals with the history and development of unmanned aircrafts. Further, it presents a theory essential to understand a principle of operation of the proposed methods and its analysis of the currently used methods and procedures. In the final part the dissertation explains a proposal of use of unmanned aircrafts in the industry and compares them with the methods currently used.

The target of this graduation thesis is to analyze options you have in order to ensure additional financial resources in retirement age. Public pension system is unsustainable. Pension replacement rates by earnings are unsatisfactory. It is necessary to create a financial reserve individualy. From a financial sphere life insurance and additional pension insurance are offered. It is a state contribution which makes them profitable. Also Life cycle fund is an interesting way especialy in long run. From real investment sphere alocation into real estates or small solar power station with state garanties seem to be very convenient. Investment into descendants are disappreciated nowadays, but it is historical tested way of creation added resources in retirement age.