Innovation science and technologiy 2-jild 1-son (2026)
ESTIMATING ELECTRICITY CONSUMPTION OF PUMPING PLANTS IN IRRIGATION SYSTEMS.
Urishev, Omadjon, Ersin, Akyuz, Metin, Gul, Quvondiqov, Quvonchbek
Annotatsiya
This study presents a crop-focused approach to understanding electricity use in drip-irrigated farming systemssupported by photovoltaic pumping. By linking crop water needs with irrigation efficiency, hydraulic conditions, andpump operation, the framework captures energy demand at both plant and system levels. The findings show that energyrequirements vary notably across crop types, mainly due to differences in biological water demand and cultivation patterns.When applied to a mixed-crop irrigation layout, the approach confirms that total energy demand is largely shaped by cropcomposition and irrigated area. Solar-based pumping was found to be technically capable of meeting irrigation energyneeds, while drip irrigation demonstrated clear energy-saving advantages over traditional surface methods.
drip irrigation; crop-based energy assessment; photovoltaic pumping; LCOE; Water–Energy–Food Nexus
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