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Utilization biogas for combined heat and power
Fojtík, Martin ; Baxant, Petr (referee) ; Mastný, Petr (advisor)
This bachelor’s thesis is specialized on the solution of actual problems dealing with the exploitation of biological wastes usány combined heat and power. The task is to suggest and valorize the running of combined heat and power system cooperating with a bio-gas station. The first part is devoted to the rise of biogas and biomass which is fit for the production of biogas, further also to the biogas technology. The second part of of this work deals with the principle of combined heat and power, as well as with the comparation of single prime units. The running of biogas combined heat and power is reviewed in the final part.
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Proposal of the reconstruction of 0,4 kV distribution network in a specific area
Fojtík, Martin ; Beneš, Jan (referee) ; Blažek, Vladimír (advisor)
This Master’s thesis deals with the problem of distribution electrical network with a focus on solving the steady operation of the electrical distribution network for E.ON Brno - Lisen. The calculation is made by using BIZON PAS Off-Line. The first part of thesis is specialized on the distribution of individual LV and MV networks.The second part of thesis is specialized on the general calculation of the steady operation distribution network and describe criteria for the design and evaluation of this network. In the practical part is calculate existing network in selected area in which is located 53 distribution transformers. In the final part is evaluate the status of existing network and perform design optimization and assessment of this network.
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Assessment of connectivity of the new source to the 110 kV network
Kopečný, David ; Fojtík, Martin (referee) ; Orságová, Jaroslava (advisor)
This thesis focuses on the connectivity problems of the new sources to the electrical network. The first part of the thesis deals with the description of the new source and the method of its connection to the electrical network. Furthermore, in work, there are elaborated the blocking conditions for substation TR Neratovice expanded distribution point. A distribution network operator must receive an attachment application for connecting before the actual connection. The attachments consist of study cases of conjunction that values the inverse influence on the distributional network and informs the operator about the required measures for the reliable service with the new source. PSS Sincal computer software was used to survey the inverse influences on the distributional network. Based on processed data, the evaluation of conjunction of the synchronous generator to the grid at TR Neratovice substation was reconsidered.
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Utilization biogas for combined heat and power
Fojtík, Martin ; Baxant, Petr (referee) ; Mastný, Petr (advisor)
This bachelor’s thesis is specialized on the solution of actual problems dealing with the exploitation of biological wastes usány combined heat and power. The task is to suggest and valorize the running of combined heat and power system cooperating with a bio-gas station. The first part is devoted to the rise of biogas and biomass which is fit for the production of biogas, further also to the biogas technology. The second part of of this work deals with the principle of combined heat and power, as well as with the comparation of single prime units. The running of biogas combined heat and power is reviewed in the final part.
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Assessment of connectivity of the new source to the 110 kV network
Kopečný, David ; Fojtík, Martin (referee) ; Orságová, Jaroslava (advisor)
This thesis focuses on the connectivity problems of the new sources to the electrical network. The first part of the thesis deals with the description of the new source and the method of its connection to the electrical network. Furthermore, in work, there are elaborated the blocking conditions for substation TR Neratovice expanded distribution point. A distribution network operator must receive an attachment application for connecting before the actual connection. The attachments consist of study cases of conjunction that values the inverse influence on the distributional network and informs the operator about the required measures for the reliable service with the new source. PSS Sincal computer software was used to survey the inverse influences on the distributional network. Based on processed data, the evaluation of conjunction of the synchronous generator to the grid at TR Neratovice substation was reconsidered.
|
|
|
Utilization biogas for combined heat and power
Fojtík, Martin ; Baxant, Petr (referee) ; Mastný, Petr (advisor)
This bachelor’s thesis is specialized on the solution of actual problems dealing with the exploitation of biological wastes usány combined heat and power. The task is to suggest and valorize the running of combined heat and power system cooperating with a bio-gas station. The first part is devoted to the rise of biogas and biomass which is fit for the production of biogas, further also to the biogas technology. The second part of of this work deals with the principle of combined heat and power, as well as with the comparation of single prime units. The running of biogas combined heat and power is reviewed in the final part.
|
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|
Utilization biogas for combined heat and power
Fojtík, Martin ; Baxant, Petr (referee) ; Mastný, Petr (advisor)
This bachelor’s thesis is specialized on the solution of actual problems dealing with the exploitation of biological wastes usány combined heat and power. The task is to suggest and valorize the running of combined heat and power system cooperating with a bio-gas station. The first part is devoted to the rise of biogas and biomass which is fit for the production of biogas, further also to the biogas technology. The second part of of this work deals with the principle of combined heat and power, as well as with the comparation of single prime units. The running of biogas combined heat and power is reviewed in the final part.
|
|
|
Proposal of the reconstruction of 0,4 kV distribution network in a specific area
Fojtík, Martin ; Beneš, Jan (referee) ; Blažek, Vladimír (advisor)
This Master’s thesis deals with the problem of distribution electrical network with a focus on solving the steady operation of the electrical distribution network for E.ON Brno - Lisen. The calculation is made by using BIZON PAS Off-Line. The first part of thesis is specialized on the distribution of individual LV and MV networks.The second part of thesis is specialized on the general calculation of the steady operation distribution network and describe criteria for the design and evaluation of this network. In the practical part is calculate existing network in selected area in which is located 53 distribution transformers. In the final part is evaluate the status of existing network and perform design optimization and assessment of this network.
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