Design, supply and installation of drip-irrigation systems — EU-funding ready.
A complete system for cereals, vineyards, orchards or vegetables: hydraulic sizing, bill of materials, costing, turnkey installation. With soil-moisture sensors on a compatible controller, the system can water when the soil needs it instead of on a fixed timer.
The same 320 hectares in the Bărăgan plain, summer 2025: the water-stress map field by field, and the weather that caused it. Scroll: the map follows each step.
In June and July together the farm had 40 mm of rain, while the weather could have evaporated 368 mm.
On 18 June the growing fields still had water. Field A shows dry because it was harvested that week.
What you do: Know the water deficit before the crop shows it.
E and F went into water stress on 2 July; C and D followed on 12 July.
E and F, 95 hectares together, were short of water ten days before their neighbours.
What you do: Irrigate first where the map shows stress first.
B went into water stress only on 1 August. On 14 July, a heatwave day, it was 1–2 °C cooler than the fields around it.
Same weather, same farm: the soil and the crop make the difference, and the map shows it.
What you do: Don’t water every field the same: the map shows which ones hold their water.
Field E is 50.7 hectares, field F 44.5.
Enter a field’s length and width, the crop and the water source in the estimator below: it works out the water, the pump, the pipes and the solar power.
What you do: Get a first sizing, then a firm quote from our team.
Open the estimatorWeather: ERA5 reanalysis at the farm’s coordinates (Open-Meteo historical archive). Alerts: the app’s own rules and default thresholds applied to what happened; in the app they run on the forecast, a day or two ahead. Maps from 2025 Sentinel-2 and Landsat 9 images. Contains modified Copernicus Sentinel data 2025. Landsat: USGS.
Enter your field's length and width, the crop and the water source — the estimator returns the technical sizing: pump, pipes, zones, dripline, sensors. Pricing comes from our team after a site visit.
Field size
The driplines lie along the rows. Long rows need more feeding points and a longer main pipe.
Everything you need to make field decisions based on data — not assumptions. Features included in this solution:
How it works, step by step, from the first message to the result.
Right on this page, enter your field's length and width, the crop and the water source. The estimator returns the technical sizing instantly — pump, pipes, zones, dripline.
Our team takes hydraulic measurements, checks the water source and lays out the final plan.
You get the final costing and, if needed, a complete funding application file.
Trench digging, pipe installation, pump connection, pressure calibration. We deliver turnkey.
After installation we connect the soil-moisture sensors to the irrigation controller, so cycles can follow actual soil moisture. Irrigation cycles are not shown in the AGROGIS app yet.
For anyone who wants the exact numbers: sources, frequency, formats. For anything else, write to us.
Try it on your own parcels, or tell us what you need — we reply within one business day.
