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Information × Registration Number 0225U001004, (0123U101826) , R & D reports Title Innovative energy-saving technologies in irrigated agriculture systems in post-war recovery popup.stage_title Модернізація дощувальної машини Head Fedorchuk Mykhailo I., Доктор сільськогосподарських наук Registration Date 22-01-2025 Organization Mykolayiv National Agrarian University popup.description1 Development and implementation of complex energy- and resource-saving technologies for circular sprinkler machines aimed at the use of: a solar power plant for powering traction electric motors, automation systems, preparation and application of agrochemicals with irrigation water, automatic determination of soil moisture, differentiated irrigation rates, increase efficiency of the diesel generator, which will ensure the intensification of irrigated agriculture in the conditions of post-war recovery. popup.description2 Research report: 17 p. List of keywords: solar power plant; sprinkler; fertilizer application, yield forecasting, industrial crops, grain crops, information and statistical multidimensional models. Innovative energy and resource-saving technologies for sprinklers have been developed and analyzed, taking into account the integration of renewable energy sources and optimization of the application of agrochemicals. In particular, a mathematical model of the operation of a sprinkler using the energy of solar power plants, as well as fertigation technology - supplying fertilizers with irrigation water, has been created. Experimental studies have been conducted to determine the energy needs of the systems and their compliance with the climatic conditions of Southern Ukraine. Integration of solar panels into the design of sprinklers, in particular Zimmatic-354M, has reduced dependence on centralized energy sources, increased autonomy and reduced the cost of non-renewable resources by 24%. The parameters of solar power plants were optimized, taking into account local climatic conditions, which ensured stable operation of the system even in adverse weather conditions. The systems for preparing and introducing water-soluble agrochemicals were improved, which contributed to the uniform distribution of fertilizers, an increase in yield by 20% and water savings of up to 20%. Product Description popup.authors Atamaniuk Ihor P. Hruban Vasyl A. Sadovyi Oleksii S. Fedorchuk Valentyna H popup.nrat_date 2025-01-22 Close