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Electromobility, today and vision
Valíček, Roman ; Kracík, Petr (referee) ; Milčák, Pavel (advisor)
The main target of this bachelor thesis is to create an overview of current and future status of electromobility in the Czech Republic, including an analysis of possible impacts of this developing field to other sectors, especially energy industry and ecology. This work is divided into several sections. The first part is research and it deals with general knowledge related to electromobility at first and then it analyzes the current situation in our country. The electric vehicle charging and electromobility support are discussed in detail. The second part of the thesis focuses on the influence of electromobility growth on the power system and on the electromobile emission footprint. These chapters are based on self calculations and the results are evaluated at the end. The conclusion summarizes the findings and there is a comment about upcoming development of electromobility in the future.
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Modern hybrid drive of passenger vehicles
Švoma, Jan ; Blaťák, Ondřej (referee) ; Vančura, Jan (advisor)
This bachelor thesis deals with the current hybrid-drives in passenger cars. The thesis contains the categorization of hybrid systems according to structure and use. It also discusses the analysis of individual components and describes their suitability for use in different situations. It is focused on current offering of hybrid vehicles and development opportunities. At the end of are evaluated economic aspects and prospects for the use of these systems in the future.
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Design of Robotic Golf Ball Picker
Myška, Miroslav ; Bukvald, Jiří (referee) ; Sládek, Josef (advisor)
The main aim of this master's thesis is create golf ball picker with charging station. These two components create the system, which automates process of golf ball collection on driving range. The robot replaces human manual activity in this branch and it eliminates injury. On the other hand, robot respects functional, psychological, ecological and aesthetic demands. It demarcates standard principles of these days and new way how to collect balls on driving range.
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Electric cars heating systems
Kolomazník, Milan ; Fišer, Jan (referee) ; Hejčík, Jiří (advisor)
The object of this bachelor thesis is a research concerned the electric vehicle interior heating ways. The basic terms connected with the electromobilism general problems are described at the beginning. The following part outlines the current problems that impede the wide expansion of these vehicles. The thesis sums up the direct methods of the heating using electricity and the alternative way, which is a self-sufficient heating using an internal combustion engine. It also assesses the applicability of heat loss emerging in the electric components, such as an electric motor, a frequency converter or an accumulator. Based on these findings, the various constructional drafts were created including a list of their strengths and weaknesses. The conclusion draws a comparison between each of these constructional solutions.
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Rozšiřování sítě dobíjecích stanic pro osobní elektromobily v městě Brně
Vejmělková, Eva
The master thesis Expanding the network of charging stations for passenger electric vehicles in Brno focuses on the development of public charging infrastructure. Within the thesis, the market of public charging service providers is mapped together with the relevant factors, which include density and availability, existing competition, type of charging stations and the price per charge. Finally, recommendations are provided for operators considering entering this market.
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Solární dobíjecí stanice a možnosti jejich využití v ČR
Deml, Jan
DEML, J. Solar charging stations and possibilities of their use in the Czech Republic. Bachelor thesis. Brno: Mendel University in Brno, 2023. The further development of electromobility and the growth of the number of electric cars is connected with the demand for charging stations, both public and domestic. It is therefore necessary to deal with the issues of their construction with the maximum use of ecological energy sources, including solar. In the research part of the thesis, it summarizes knowledge about solar charging stations and the possibilities of their use in the Czech Republic. Furthermore, using examples of good practice, a study of the opportunity for the construction of a public solar charging station is prepared, using which the key factors for the construction of solar charging stations and the possibilities of their support in the Czech Republic are defined.
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Assessment of electromobility possibilities in the South Bohemian Region
DUCHOŇOVÁ, Eva
This diploma paper evaluates the possibilities of the current state and development of electromobility in the South Bohemian Region in connection to other alternative ways of transport using the knowledge and resources for the development of elec-tromobility worldwide and in the Czech Republic. It further describes the usage in countries whose development affects the electromobility and predicts future devel-opment in the Czech Republic. The possibility of using subsidy titles and state sup-port of electromobility in the Czech Republic is compared to the evaluation of local specifications influencing this development - demands on the distribution system, engineering requirements in the form of partial demands of charging stations (port-folio, service, etc.). At the same time, barriers and support for this life trend are indicated, including the assessment of the pros and cons concerning electric cars in the Czech Republic and in the South Bohemian Region using SWOT analysis and Porter's model. At the end of the paper to support my hypothesis there are used the results of a questionnaire survey among business and non-business residents of the South Bohemian region.
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Electromobility, today and vision
Valíček, Roman ; Kracík, Petr (referee) ; Milčák, Pavel (advisor)
The main target of this bachelor thesis is to create an overview of current and future status of electromobility in the Czech Republic, including an analysis of possible impacts of this developing field to other sectors, especially energy industry and ecology. This work is divided into several sections. The first part is research and it deals with general knowledge related to electromobility at first and then it analyzes the current situation in our country. The electric vehicle charging and electromobility support are discussed in detail. The second part of the thesis focuses on the influence of electromobility growth on the power system and on the electromobile emission footprint. These chapters are based on self calculations and the results are evaluated at the end. The conclusion summarizes the findings and there is a comment about upcoming development of electromobility in the future.
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