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Исследование и визуализация параметров промышленных систем водоснабжения
In this article the method of the industrial enterprises water supply system data analysis based on search of dependences of emergencies number on environmental parameters is considered and waters in system for the purpose of decrease in losses and providing conditions for energy resources saving. As an object of a research the large territorially distributed industrial enterprise which specializes in release of construction materials and uses a large amount of water for production needs is considered. The example of water supply system with a standard structure is given, possible places of accidents are shown. The mathematical models of the monitoring results analysis temperature indicators in order to identify the relationship of accidents in knots, piping lines, consumer systems for water supply and sanitation by external factors are proposed. Calculation of correlation function has shown dependence of number of accidents on water temperature in system more in relation to ambient temperature. Histograms of distribution of water temperatures in system and quantities of emergencies, graphics of the average values with use of the smoothing filters, dependence of temperature in the giving system of water from the number of accidents are constructed. Data visualization is carried out with using the energy monitoring OpenJEVis information system. The received results can be used for forming of observations statistics, an impact assessment of other parameters of system, accident rate forecasting and losses decrease of water. Research has been completed under the PNRPU grant No.2016/PI-2 «Methodology development of monitoring and heat flow utilization as low potential company energy sources»