РОЗРОБКА СИСТЕМИ АВТОМАТИЧНОГО КЕРУВАННЯ ВОДОПОСТАЧАННЯМ ВІДДАЛЕНОГО СЕЛИЩА

Abstract

Purpose. Modernization of existing solutions for automatic control of water supply in a remote village. Methodology. The integrated approach to analyze the design object, to choose of the concept of building a water supply management system, to use mathematical methods for the study of operations, and the description of the control and management system have been used for the research. Results. The article provides a critical analysis of existing modern solutions for water supply in remote villages. Water consumption and water supply sources for the population, namely water intake wells, and calculation of the volume of the water tower, have been determined. Frequency regulation of pumping units and principles of automation of pumping stations have also been given. Priority directions for further research to improve the efficiency of water supply has been established. An algorithm for monitoring and controlling of autonomous water supply has been developed, and a SCADA system has been created to monitor the status of the pumping station. Scientific novelty. A unique water supply system has been proposed instead of the centralized one. A SCADA system to control the current state of the complex has been created. Practical significance. Optimization model of the automatic control system of the water supply of a remote village with a backup power supply and real-time control of the system. This solution has been designed for the full cycle of water supply, to reduce costs. It ensures uninterrupted water supply, optimize the operation of pumping stations and adapt the existing infrastructure to changing water quality requirements.