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- Title
Integrated software and hardware system for power consumption and supply automated control in food industry enterprise.
- Authors
Baliuta, Serhii; Kopylova, Liudmyla; Kuievda, Iuliia
- Abstract
Introduction. The research of power consumption and supply controlling process of the food industry enterprise (FIE) was conducted in order to increase the efficiency of transmission and use of electricity resources. Materials and methods. The research is based on information systems design methods and modern technical equipment for automation of power system elements. Results and discussion. To design the information structure of the control system an information data model is used, which is constructed according to the object-oriented principle. The decomposition of the power supply and power management processes is performed then the control functions, the interaction between them and the users of the system are established. The tasks of power consumption and supply control are realized with the help of the integrated software and hardware system (ISHS) of power consumption and supply automated control system in FIE (PCSACS FIE). The software part of the ISHS includes algorithms for solving the problems of operational control of power consumption and supply, the tools of system components interaction with the database and operating system (OS), as well as the graphical user interface of interaction of the information computation system with the power system dispatcher. Links between top-level PCSACS FIE devices are organized as Ethernet local area network using TCP/IP protocol with a transmission rate at least 10 Mbps. Communication channels between the upper PCSACS FIE level and the lower level controllers should be as a rule fiber-optic, providing absolute noise immunity. The design of the ISHS takes into account the conditions for the information security assurance. Conclusions. The use of integrated software and hardware system created on the basis of information structure, developed in accordance with the UML methodology, ensures high efficiency of the power supply and consumption automated control system in the food industry enterprises.
- Subjects
INTEGRATED software; POWER resources; FOOD supply; AUTOMATIC control systems; SYSTEMS software; LOCAL area networks; TCP/IP
- Publication
Ukrainian Journal of Food Science, 2019, Vol 7, Issue 1, p114
- ISSN
2310-1008
- Publication type
Article
- DOI
10.24263/2310-1008-2019-7-1-13