The South Ethiopia Agricultural Research Institute (SEARI) is piloting small-scale solar-powered irrigation at the Areka Agricultural Research Center. Its 8 September 2026 impact story says the work is supported by the Food System Resilience Program and is intended to help farmers grow crops throughout the year.
The project’s stated purpose
SEARI describes solar energy as the source for pumping irrigation water, reducing reliance on rainfall and helping address drought and variable weather. The institute presents the pilot as a climate-smart technology demonstration rather than a completed national deployment.
The public update does not state the pump duty point, PV capacity, storage volume, irrigated area or measured crop yields. Those missing parameters matter when a pilot is translated into a procurement specification or a commercial system design.
Relevance to water-system design
Small-scale irrigation projects need more than a PV module and pump. Source recovery, head, flow, water storage, dry-run protection, filtration and a maintenance plan determine whether a system can deliver water reliably through changing seasons.
Aquasolar did not participate in the SEARI pilot. The practical lesson is to pair solar pumping with agronomic scheduling and local operating capacity, and to publish measured hydraulic and energy data when a pilot moves toward scale.
FAQ
Where is the pilot located?
SEARI says the pilot is at the Areka Agricultural Research Center in southern Ethiopia.
What programme supports the work?
The institute identifies the Food System Resilience Program as the supporting programme.
Where is the source?
SEARI impact story, dated 8 September 2026.
