Solar pump design
Pump and solar-array recommendations are matched to borehole depth, tested yield, daily demand and operating hours.
Solar irrigation systems Kenya
Turn reliable groundwater into efficient, year-round irrigation.
We connect borehole yield, solar pump sizing, water storage and crop-specific irrigation design so farmers can reduce rainfall dependence and plan production more confidently.
Integrated agricultural support
Designed around a productive, finance-ready farm.
Water storage
Storage capacity and distribution are planned to improve reliability and reduce pressure on the borehole.
Efficient irrigation
Drip, sprinkler or other delivery options are selected according to crop, acreage, soil and available water.
Agronomy integration
Irrigation scheduling is connected to soil health, crop nutrition and expected market requirements.
How it works
A clear path from enquiry to execution.
01
Assess the farm, crops, acreage and current water source.
02
Confirm borehole potential or test an existing water source.
03
Design the solar pumping, storage and irrigation system.
04
Prepare the project budget and suitable finance application.
05
Install, commission and train the farmer on responsible use.
Frequently asked questions
What farmers ask us.
What type of irrigation is best for a borehole farm?
The right choice depends on tested borehole yield, crop, acreage, soil and pressure requirements. Drip irrigation is often considered where water efficiency is a priority, while other crops may need sprinklers or different systems.
Can solar pumping be included in farm financing?
It may be included in the total project proposal submitted to an appropriate finance partner, subject to that institution’s independent assessment and terms.
Can HydroHarvest upgrade an existing borehole?
Yes. An existing borehole can be assessed for pumping equipment, solar conversion, storage and irrigation improvements, subject to its condition and tested performance.
Reliable water. Productive farms.