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National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Design and implementation of Quarter-Hour maximum controller
 Žiačik, Martin ; Baštán, Ondřej (referee) ; Kaczmarczyk, Václav (advisor)
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.
Detailed record
Design and implementation of Quarter-Hour maximum controller
 Žiačik, Martin ; Baštán, Ondřej (referee) ; Kaczmarczyk, Václav (advisor)
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.
Detailed record

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