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Design and implementation of Quarter-Hour maximum controller
Žiačik, Martin ; Baštán, Ondřej (oponent) ; Kaczmarczyk, Václav (vedoucí práce)
This bachelor thesis deals with the issue of regulation of the quarter - hour maximum applied in an industrial PLC. The value of the quarter-hour maximum significantly affects the customer's monthly payments, so the correct setting of this value is a very important prerequisite for savings. In order to avoid unintentional exceeding of the set quarter-hour maximum and subsequent penalties, large customers regulate their consumption appropriately. In the theoretical part of the thesis is an analysis of the problem with a focus on electricity meters and their various communication options suitable for connection to a PLC. Next, in the following chapters, the theoretical analysis continues with an introduction of battery systems and OZE regarding the regulation of quarter-hour highs. The main contribution of this bachelor's thesis is the definition of requirements for regulation and the base design of the algorithm for regulating quarter-hour maximum, which also disposes the possibility of using battery systems and OZE.
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Multiagent systems for distributed production
Žiačik, Martin ; Arm, Jakub (oponent) ; Kaczmarczyk, Václav (vedoucí práce)
Manufacturing companies today face a dynamic environment in which economic, technological, and customer trends are changing rapidly, requiring increased demands for flexibility and agility in production management and planning. The use of multi-agent systems that reflect these demands in their design can be a suitable alternative to traditional centralized production management. In this thesis I discuss the theoretical aspect of this issue and based on the obtained knowledge a model of such decentralized production is proposed. I then verify the suitability of the multi-agent approach to production management on the developed simulator. The outputs of the thesis can form the basis for the deployment of multiagent structures in real production enterprises. Also with the help of such conceptual changes in production, enterprises are moving closer to the modern principles of Industry 4.0.
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Design and implementation of Quarter-Hour maximum controller
Žiačik, Martin ; Baštán, Ondřej (oponent) ; Kaczmarczyk, Václav (vedoucí práce)
This bachelor thesis deals with the issue of regulation of the quarter - hour maximum applied in an industrial PLC. The value of the quarter-hour maximum significantly affects the customer's monthly payments, so the correct setting of this value is a very important prerequisite for savings. In order to avoid unintentional exceeding of the set quarter-hour maximum and subsequent penalties, large customers regulate their consumption appropriately. In the theoretical part of the thesis is an analysis of the problem with a focus on electricity meters and their various communication options suitable for connection to a PLC. Next, in the following chapters, the theoretical analysis continues with an introduction of battery systems and OZE regarding the regulation of quarter-hour highs. The main contribution of this bachelor's thesis is the definition of requirements for regulation and the base design of the algorithm for regulating quarter-hour maximum, which also disposes the possibility of using battery systems and OZE.
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