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Optimized Power Factor Compensation Using Capacitor Banks
Kseňak, Ján ; Hammer, Miloš (oponent) ; Poliščuk, Radek (vedoucí práce)
The aim of the thesis is the design of a power factor controller for the power grid, including HMI. The theoretical part of the thesis is divided into two logical units. The first unit explain the problem of power factor correction in a linear electrical environment, without considering harmonic distortion. The second theoretical unit describes the technologies, applied in cooperative simulation environment. A virtual commissioning of the whole system was performed in the simulated environment. The empirical part of the thesis describes the architecture of the Mosaik simulation framework. Then folows description of the controller, its integral components and the HMI. In the last chapter, the whole system was put into virtual operation, in order to perform function tests. The controller was tested on change of the power factor setpoint and to test the reaction on system change, without losing the power factor compenation.
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Tool for easier automation visualisation creation in mapp View technology
Kseňak, Ján ; Lang, Stanislav (oponent) ; Poliščuk, Radek (vedoucí práce)
The aim of the bachelor thesis is create a program that will simplify development of automation visualizations using mappView technology in the development environment B&R Automation studio. The theoretical part of thesis contains more detailed description of mappView technology and its necessary components. At the beginning of the practical part is mentioned a selection of technologies that were used in development of the application, which should simplify development of mappView visualizations. Furthermore, in the practical part, we describe the architecture of application, the process of creating application, the design of a graphical user interface of application and the integration of application in the development environment B&R Automation studio. The last chapter shows the whole process of developing mappView visualizations in the development environment B&R Automation studio and the use of application in this process.
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Tool for easier automation visualisation creation in mapp View technology
Kseňak, Ján ; Lang, Stanislav (oponent) ; Poliščuk, Radek (vedoucí práce)
The aim of the bachelor thesis is create a program that will simplify development of automation visualizations using mappView technology in the development environment B&R Automation studio. The theoretical part of thesis contains more detailed description of mappView technology and its necessary components. At the beginning of the practical part is mentioned a selection of technologies that were used in development of the application, which should simplify development of mappView visualizations. Furthermore, in the practical part, we describe the architecture of application, the process of creating application, the design of a graphical user interface of application and the integration of application in the development environment B&R Automation studio. The last chapter shows the whole process of developing mappView visualizations in the development environment B&R Automation studio and the use of application in this process.
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