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Program " Green savings" and his efficiency in the city Milevsko
STUDENOVSKÁ, Monika
Program "Green savings" was initiated in April 2009. It was developed by the Czech Republic's Ministry of Environmental Affairs. The main governing body is the state fund for environmental affairs. The main objective of the program was the reduction of CO2 emmissions, encouragement of the use of renewable energy sources and the increase in energy efficiency. The program also supports the use of renewable energy sources for the purpose of heating and hot water production, as well as providing subsidies for partial or complete insulation of apartments or family homes. The program is divided into three parts which encompass Part A energy saving for the purpose of heating, Part B development in the passive energy standard and Part C the use of renewable energy sources for heating and hot water production. Subsidies are provided only to citizens of Czech Republic. By October 31st 2010, the program "Green savings" had documented 78 643 applications worth 22,53 billion Krowns. To this day, 64 136 applications have been approved, which represent 16.6 billion Krowns. Within different phases of completion were a further 14 507 applications representing 5,9 billion Krowns. The program has become very popular, and has had to be prematurely closed because the number of approved applications exceeded the program's designated financial budget. In the town of Milevsko, the program "Green savings" was most effective in Part A, primarily within the area of applications for family homes. The second most successful area was Part C. For Part B, there were no applications from the town of Milevsko. The level of financial support paid for all types of applications from Milevsko reached 38 134 708 Krowns , which is 8,27% of the total amount paid out in Czech Republic. Just as this example shows the effectiveness of the program ?Green savings? in Milevsko, this project can also help improve the overall consciousness with regard to energy saving, the use of renewable energy sources and the overall consciousness regarding the protection of the environment. If we want to improve our environment, it is important that not only do citizens change their way of thinking and their actions, but also that the State supports this new mentality with a positive momentum, for instance, such as supporting programs like "Green savings".
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Statisitcal models of the renewable energy market
Kozma, Petr ; Marek, Luboš (advisor) ; Coufal, Jan (referee) ; Hronová, Stanislava (referee) ; Janáček, Kamil (referee)
An efficient application and development of renewable energy sources is one of the most important contribution to the energetic balance of the human society. Anyhow, statistical model of the renewable energy market, which would fundamentally explain relevant economical rules related to these perspective energetic resources, is not clearly known up to now. Nevertheless, the relevant statistical data concerning application of solar energy (photovoltaic and thermo-solar heating) are available for the last twenty years. Based on the economic models, statistical data concerning sales of photovoltaic models and thermo-solar collectors sales have been analysed in this work. It has been shown that the model of constant elasticity predicts an exponential increase which will slow down when a certain level of annual cumulative sales was reached. The model of constant elasticity was found to be successful to interpret past sales data. In the approach of variable elasticity model the parameter of the elasticity has been modified as a function of variables such as market volume, price and time through the statistical evaluation. It enabled to calculate initial, saturation and competitive market conditions, as well. Whereas the constant elasticity demand model describes exponential growth of sales and installations, which was characteristic for the beginning of the application of these renewable resources of energy, the variable elasticity demand model describes a more realistic situation, where cumulative sales either increase or decrease and prices vary subsequently. Simple growth model of unlimited demand based on the growing sales is not realistic and could not be feasible in the long term. The market elasticity could be understood as a real economical parameter representing percentual market increase or decrease at a given time; in the variable demand elasticity model, the constant elasticity is replaced by a function of a market volume, price and time. In this case, we can estimate model parameters for the different market conditions: growth, saturation and decrease. The function representing the capital adequacy in the generalized market model has also been deliberated. Statistical models have been used to determine cumulative sales and market prices of photovoltaic modules and thermo-solar collectors. Moreover, model parameters have been used for the calculation of the realized photovoltaic and thermo solar projects' capital adequacy on the renewable energy market. By using model parameters, renewable energy market forecast up to 2020 has been estimated. We have used generalized market model to credibly estimate future renewable energy market until 2020; as well as extend model parameterization on other resources of renewable energy (water and wind, geothermal sources, biomass) and set prices of energy produced from these renewable sources. Potential energetic savings have been estimated for households (apartments and private houses), who can be relevant consumers of energy from renewable sources. We have performed statistical findings on randomly selected files, where we have reached a real energy consumption, to prove this. This research allowed us to perform a real estimate of a renewable energy contribution to the total energy balance. We have successfully proved that linearly growing capital adequacy function, with an annual growth between 2.5% and 3.0%, is reflecting the renewable energy market sufficiently and is fully in line with an average growth of the total energy consumption. Renewable energy share on the total energy balance will grow substantially to reach a level of 15% in 2015 on the world market and a level of 8% in the Czech Republic for the same period with a perspective to reach a level of 11% in 2020 respectively. Assuming this level of renewable energy on the total production will lead to a decrease of CO2 emissions by three million of tones in 2015 and by four million of tones in 2020. Final reach of this status quo is fully predicted by our statistical model for renewable energy market.
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Economic aspects of the production of electricity from the sun in the Czech Republic
Sikyta, Adam ; Ryvolová, Ivana (advisor) ; Zemplinerová, Alena (referee)
The member states of the European Union (including the Czech Republic) adopted the socalled indicative planning documents and so made a legally binding emission reduction commitment. Specific economic and political measures followed and the situation on the energy market started to change dramatically. The aim of this paper is to provide an overview and analysis of the structural changes in the Czech energy market with an emphasis on photovoltaic energy sources. This paper deals with all economic aspects affecting energy production in photovoltaic power plants in the Czech Republic. The primary method of this paper is comparing the economic and political measures linked with energies and emission reduction in the Czech Republic with statistic data of installed power output of photovoltaic arrays.
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The economy of renewable resources with orientation on photovoltaic power plants
Kollerová, Ivona ; Vošta, Milan (advisor) ; Němeček, Petr (referee)
The thesis deals with renewable resources, their history, development and support with special emphases on photovoltaics. The thesis turns to particular selected states, where the level and forms of support of renewables are analysed, again with emphases on photovoltaics. The thesis contains a chapter dealing with the support of photovoltaics in the Czech Republic, to which refers the applied part of the thesis -- the build-up of photovoltaic power plant in the Czech Republic in year 2008 in comparison with the one realised in 2010 from the cost-profit point of view.
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The Investment Project Analysis of the Biogas Power Station Construction
Hruška, Jan ; Smrčka, Luboš (advisor) ; Šašek, Josef (referee)
The aim of the thesis is to perform the anylysis of the investment project of the biogas power station construction which is considered by the company Agrospol Starý Pelhřimov spol. s r. o. The work has been divided into two parts. The first part has been focused on the possibilities of production of electric energy from renewable resources in the Czech Republic, their possible capacity potential, advantages, disadvantages, and current utilization in our country. Furthermore, the theory regarding investments and their evaluation has been stated there. In the second part the investment project itself has been introduced and subsequently evaluated by means of economic indexes.
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Analysis of renewable energy investment opportunities
Haňáková, Helena ; Brada, Jaroslav (advisor) ; Osička, Štěpán (referee)
The thesis deals with the assessing of investment opportunity in the field of renewable natural resources. Fundamental analysis is carried out on First Solar which is a company producing solar modules. Thus, the work is focused on the area of photovoltaics. To determine the company's value, the method of discounted cash flow is used. The overall situation of the company is analyzed by the implementation of global, industry and company analysis.
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Hybrid Lamps Installation in the Czech Republic
Malafová, Martina ; Dvořáček, Jiří (advisor) ; Pajer, Petr (referee)
The aim of the paper "Instalace hybridních lamp v České republice" is to reflect on the worldwide phenomenon of renewable energy and its usage in everyday life in the form of a street lighting. Hybrid lamps are particular for the combination of the wind and solar power they generate thanks to the wind turbine and photovoltaic panels they carry. In order to evaluate their possible installation in the Czech Republic the business plan is viewed from four different perspectives - technological, economic, ecological and legal.
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Tax aspects of selected corporate
Kotlaba, Drahomír ; Vančurová, Alena (advisor) ; Finardi, Savina (referee)
The subject of my bachelor thesis is tax duties of a company operating a photovoltaic power plant in the Czech Republic. Firstly, relevant taxes which the company is obliged to pay are identified and the basic parameters of these taxes are also described. Furthermore, tax risks resulting from changes of tax legislation in 2010 in respect of corporate tax (cancelation of tax holiday, specific rules for tax depreciation) and an introduction of a solar levy are also specified.
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