Solar Irrigation & Solar Pumping
Solar irrigation uses photovoltaic power — either direct-drive or hybrid with grid/generator/battery — to lift, pressurise and distribute water for commercial agriculture, cutting fuel OPEX and carbon.
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Role in the project
Solar is transforming irrigation economics in high-irradiation regions — a decade of falling PV cost has made solar competitive with diesel and often grid.
Typical applications
- Solar drip for orchards and vegetables
- Solar pivot pumping
- Greenhouse fertigation feed
- Solar reservoir filling
Selection criteria
Direct-drive for reservoir filling; hybrid battery + grid/genset for on-demand irrigation.
Tier-1 modules and irrigation-rated inverters.
Engineering considerations
Design against local irradiance and crop calendar.
Commercial considerations
Typically 3–6 years vs. diesel pumping in sunbelt geographies.
Procurement considerations
25-year panel, 10-year inverter as baseline.
Common mistakes
- •Sizing solar for average rather than peak-day irrigation demand
FAQ
- Can solar power a pivot?
- Yes — direct or hybrid with a small battery, engineered against crop peak days.
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Scope a solar irrigation & solar pumping RFQ
Share crop, scale and country. A specialist scopes suppliers, engineering and financing.
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