Standalone Photovoltaic Systems for Boreholes Irrigation
11/04/2026
If you pay for fuel or electricity to irrigate your crop, read this. There is a solution that pays for itself in less than 2 years.
Why solar for boreholes?
- ✅ Zero fuel cost — no need for diesel or petrol
- ✅ Complete autonomy — works even in remote areas
- ✅ Low maintenance — instead of a generator
- ✅ 25-year warranty on panels
- ✅ Zero emissions — green agriculture
Applications
| Application | Power | Cost | Payback |
|---|---|---|---|
| Borehole pump | 2–5 kW | €3,000–€6,000 | 2–3 years |
| Drip irrigation | 5–10 kW | €6,000–€12,000 | 3–4 years |
| Agricultural plot | 3–8 kW | €4,000–€9,000 | 3–4 years |
Real-life example
Vangelis in Larissa had a borehole and was paying €2,400/year for fuel. He installed a 5kW system with Longi panels and Victron MPPT. Cost: €5,500. Payback: 27 months!
💡 Tip: If irrigation only occurs during the day, you don't need a battery. If you need night operation, add a Pytes LiFePO4.
FAQ
Do I need a battery for the pump?
Not if you only irrigate during the day. If you need night operation, add a storage battery.
Does it work in winter too?
Yes, with reduced efficiency. For winter irrigation, we recommend a system with a battery.
Can I get a subsidy?
Yes! The Rural Development Program covers up to 60% for agricultural installations.
👉 Request a free site inspection, study, and offer for your borehole now