Abstract
The developed automated SCADA system of water supply to the soil and vegetation cover will allow to control and select the optimal mode of water supply in order to improve the yield and provide plants with water. The water supply system has a number of advantages: – system availability; – support for various industrial communication interfaces; – convenience in use; – universality; – possibility of developing graphic models . Currently, additional functions (tags) are connected in the system, which are responsible for collecting current information about the operation of the equipment with the darling alarms, the primary transformation of the collected information; presentation of current information in the form of histograms, tables, graphs; printing of reports and protocols on the operation of equipment units and organization of communication with devices connected to the information display of data archiving and possible revision on-line.
Highlights
IntroductionAn important task of irrigated agriculture is the introduction of environmentally safe, water-saving technologies for watering crops
An important task of irrigated agriculture is the introduction of environmentally safe, water-saving technologies for watering crops. The solution to this problem is impossible without the creation of perfect automated irrigation systems (AIS)
Studies on the search for optimal solutions in the design of gas stations, reconstruction, network identification, leak detection, unauthorized sampling, internally tubular corrosion formations with a lack or uncertainty of the original data have a particular importance. When solving this class of problems, the main problem is the construction of an automated system that takes into account a large number of factors, uncertainty conditions, and allows the development of scenarios for optimization planning tasks
Summary
An important task of irrigated agriculture is the introduction of environmentally safe, water-saving technologies for watering crops. Studies on the search for optimal solutions in the design of gas stations, reconstruction, network identification, leak detection, unauthorized sampling, internally tubular corrosion formations with a lack or uncertainty of the original data have a particular importance. When solving this class of problems, the main problem is the construction of an automated system that takes into account a large number of factors, uncertainty conditions, and allows the development of scenarios for optimization planning tasks. – saving a large amount of water due to the optimal setting of the irrigation process and the absolute absence of a «strait» of water; – constant monitoring of water flow; – protection from the prohibition of access to information collection and management; – real-time monitoring of water supply; – user-friendly interface
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