How does a solar borehole work?

Solar panels power a pump that draws water from the borehole during daylight, often into a storage tank for use around the clock. There is no diesel and no grid connection required.

Can solar irrigation really save water?

Yes. Smart irrigation delivers measured water directly to crops, cutting the waste of flood or manual watering while improving yields — and solar makes running it affordable.

What is well recharge?

Well recharge captures rainwater and directs it back into the aquifer or well, helping maintain groundwater levels so supply is more reliable through the dry season.

Which SDG does this support?

Primarily SDG 6 — Clean Water & Sanitation — alongside SDG 2 (food security through irrigation) and SDG 7 (clean energy doing the pumping).

Water Access & Management

Water Access & Management.

Clean, reliable water — pumped, harvested and managed with solar. Worldtech brings water to underserved communities and helps farms use every drop, without the fuel and grid dependence of conventional pumping.

In brief

Worldtech delivers solar-powered boreholes and pumping for clean, reliable water to underserved communities; smart irrigation that cuts waste while boosting productivity; rainwater harvesting and greywater reuse; and well recharge. Solar removes the fuel and grid dependence of conventional pumping, supporting SDG 6 (Clean Water & Sanitation).

Solar boreholes and pumping

A solar-powered borehole pumps clean water using sunlight — no diesel, no grid connection, no fuel runs. For communities far from reliable infrastructure, it is the difference between a daily walk for water and a tap that simply works.

Smart irrigation that cuts waste

Smart irrigation delivers water where and when crops need it, cutting waste while boosting productivity. Paired with solar pumping, a farm can irrigate reliably through the dry season without burning fuel.

Harvesting and recharge

We design rainwater harvesting and greywater reuse systems and well recharge measures — capturing water in the wet season and putting it back into the ground, so supply holds up when the rains stop.

What we offer

Solar-powered boreholes & pumping
Smart irrigation (less waste, more yield)
Rainwater harvesting & greywater reuse
Well recharge
Clean, reliable water for underserved communities
Fuel-free, grid-independent operation

Smart Agriculture Cold storage & solar irrigation Solar & Renewable Energy The power that pumps the water The WEF Nexus Water, energy & food connected

Questions

Frequently asked.

How does a solar borehole work?: Solar panels power a pump that draws water from the borehole during daylight, often into a storage tank for use around the clock. There is no diesel and no grid connection required.
Can solar irrigation really save water?: Yes. Smart irrigation delivers measured water directly to crops, cutting the waste of flood or manual watering while improving yields — and solar makes running it affordable.
What is well recharge?: Well recharge captures rainwater and directs it back into the aquifer or well, helping maintain groundwater levels so supply is more reliable through the dry season.
Which SDG does this support?: Primarily SDG 6 — Clean Water & Sanitation — alongside SDG 2 (food security through irrigation) and SDG 7 (clean energy doing the pumping).

Get in touch

Talk to Worldtech.

Tell us about your site and needs — we’ll come back with next steps. Your enquiry is pre-tagged “Water Access & Management”.