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Talk · IET conference proceedings. · July 1, 2026

Mathematical modeling and optimization of energy-efficient technologies for rational use of natural and energy resources in agriculture

D.T. Muhamediyeva, Narzillo Mamatov, B. N. Samijonov, B. A. Kobilov, B. M. Abdullayeva

Narzillo Mamatov
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Abstract

This article analyzes the rational use of natural and energy resources, their conservation, and modern energy-efficient technologies applied in soil cultivation and processing. Under conditions of global ecological and energy challenges, including land degradation, erosion, salinization, and declining productivity, the importance of innovative approaches to ensuring sustainable development and energy efficiency in agriculture is substantiated. The research explores ways to achieve energy-saving and resource-efficient soil processing technologies through the application of minimal and zero tillage systems, smart agriculture technologies, and remote monitoring systems. Special attention is given to reducing energy consumption, optimizing the use of fuel, water, and agricultural inputs, and improving energy efficiency in agricultural production processes. The balance between economic efficiency, energy efficiency, and environmental safety in the use of natural resources is also investigated. The study demonstrates that modern conservation agriculture technologies contribute to reduced mechanical energy use, improved soil fertility, and enhanced sustainability of agricultural systems. The results of the research form a scientific basis for developing effective strategies for energy-efficient land resource management, conservation of soil fertility, and improvement of ecological and energy sustainability in agricultural production.

Energy, Environment, Agriculture AnalysisSoil Management and Crop YieldAgricultural Engineering and Mechanizationenergy efficiency in agricultureconservation agricultureno-tillage

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