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Nadgradnja centralnega nadzornega sistema za vodenje črpališč s pitno in odpadno vodo
ID PODOBNIK, ŽAN (Author), ID Blažič, Sašo (Mentor) More about this mentor... This link opens in a new window

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Abstract
V diplomskem delu je predstavljena avtomatizacija sistema za vodenje črpališč s pitno in odpadno vodo, zahteve, ki jih moramo upoštevati in problematika, s katero se srečujemo pri tovrstnih sistemih. Opisane in razložene so faze razvoja, vodenja, nadzora, zajemanja, hranjenja in pošiljanja podatkov omenjenega sistema. Uvodni del naloge se nanaša na opis obravnavanega sistema in njegovih enot. V nadaljevanju je predstavljen programirljivo logični krmilnik, uporabljen na objektih, aktuatorji in ostala krmilna oprema, potrebna za pravilno delovanje sistema. Poleg krmilne opreme je opisan program, ki se izvaja na programirljivih logičnih krmilnikih, struktura le-tega in glavne zahteve, ki jih je potrebno upoštevati. Opisana je avtomatizacija centralnega nadzornega sistema za vodenje črpališč s pitno in odpadno vodo, uporabniški vmestnik, ki ga sestavljajo, alarmiranje, beleženje zgodovine in ostale potrebne funkcije, ki jih uporabimo za pravilno delovanje in nemoteno vodenja omenjenega sistema. V zaključnem delu naloge se seznanimo s komunikacijo, uporabljeno v omenjenem sistemu izpostavimo, prednosti in slabosti različnih komunikacijskih protokolov ter potrebne nastavitve strojne opreme za varno pošiljanje in sprejemanje podatkov. Predstavljene so možne izboljšave in spremembe za še večjo učinkovitost in boljšo kakovost delovanja sistema s pitno in odpadno vodo. Cilj diplomske naloge je bila nadgradnja obstoječega sistema s pitno in odpadno vodo tako na nivoju programske logike programirljivega logičnega krmilnika kot tudi na prikazu, obdelavi in pošiljanju podatkov v centralni nadzorni sistem. Poleg tega je bilo v omenjeni sistem dodanih precej novih objektov.

Language:Slovenian
Keywords:Programirljivi logični krmilnik, Centralni nadzorni sistem, SCADA, avtomatizacija, komunikacija, črpališča s pitno in odpadno vodo
Work type:Bachelor thesis/paper
Organization:FE - Faculty of Electrical Engineering
Year:2019
PID:20.500.12556/RUL-110787 This link opens in a new window
Publication date in RUL:19.09.2019
Views:1260
Downloads:207
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Secondary language

Language:English
Title:Upgrade of the supervisory control system for the management of drinking and wastewater pumping stations
Abstract:
The diploma thesis presents a system for managing drinking and waste water pumping stations, requirements which we need to take into consideration with these systems, and problems encountered. Described and explained are stages of developing, managing, controlling, capturing, storing and transmitting data on these systems. In the introductory part, system and its units are described. Then, a programmable logic controller which was used on the facilities is described, together with actuators and the rest of controlling equipment needed for the system in order for it to function properly. In addition to the program that is carried out on a programmable logic controller is described, together with its structure and main requirements which we need to take into account. The control system for managing drinking and waste water pumping stations is described, together with user interface, alarming, recording of history and other necessary functions, which are used in order for the system to run properly and enable undisturbed managing. The final part of the diploma thesis presents the communication used on the system, strengths and weaknesses of various communication protocols settings of hardware required in order to securely send and receive data. Possible modifications for greater efficiency and quality of drinking and waste water system are presented. The aim of the diploma thesis was to upgrade the existing drinking and waste water system, both at the level of program logic of the programmable logic controller as well as on display, processing and sending data to the central control system. In addition, new facilities were added to the system

Keywords:Programmable logic controller, SCADA, automation, communication, pumping stations with drinking and waste water

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