ANALYSIS OF THE IMPACT OF IMPLEMENTATION REMOTE CONTROL AND TECHNOLOGICAL OPTIMIZATION IN THE WATER SUPPLY

Glavni namen obnove, razširitve in posodobitve vodovodnih sistemov ter vodovodnih omrežij v okviru kohezijskih projektov na območju Republike Slovenije je doseči zmanjšanje vodnih izgub in izboljšanje kakovosti pitne vode in s tem povečanje stopnje oskrbe prebivalstva s čisto, pitno in neoporečno pitno vodo. Zamenjava dotrajanih cevovodov in obnova vodovodnih sistemov sta najpomembnejša dejavnika pri zmanjšanju vodnih izgub in izboljšanju kakovosti pitne vode. Posodobitev daljinskega nadzora in tehnološka optimizacija vodovodnih sistemov sta naslednja koraka, ki prav tako prispevata k zmanjšanju vodnih izgub in optimiziranju porabe pitne vode. Sistemi avtomatizacije in informacijsko-komunikacijskih tehnologij omogočajo celovito in kontinuirano daljinsko upravljanje, vodenje in nadzor dislociranih objektov vodovodnih sistemov. V diplomski nalogi je predstavljena tehnologija daljinskega nadzora s telemetrijo, SCADA-sistemom in programskim orodjem TEOVS, ki je bila razširjena in posodobljena v okviru kohezijskega projekta Celovita oskrba s pitno vodo v Šaleški dolini.The main purpose of reconstruction, expansion and modernization of water supply systems and water supply networks in the Republic of Slovenia is to reduce water losses and improve the quality of drinking water, thereby increasing the rate of supply of the population with proper and high-quality drinking water. Replacing of damaged water pipes and renewing of water supply systems is the most important factor in reducing of water losses and improving the quality of drinking water. Modernization of the remote control systems and improving of the technology is the next step, which also contributes to the reduction of water losses and optimizing the consumption of drinking water. Automation systems and information communication technologies enable comprehensive and continuous remote management, supervisory and control of remote objects in water supply systems. In Thesis is presented technology of a remote control system including telemetry, SCADA, and programming tools TEOVS, which was expanded and updated within the Cohesion Project Comprehensive supply of drinking water in the Šaleška valley