Agriculture · Protected cultivation

Precise water control under cover.

Irrigation designed for greenhouses, polyhouses and shade-net environments, supporting controlled delivery throughout the growing cycle.

Rows of protected crops growing inside a greenhouse

The opportunity

Control the growing environment—starting at the root zone.

Protected cultivation makes the growing environment more predictable, but irrigation still has to respond to crop stage, media, spacing and climate inside the structure.

We plan targeted delivery, filtration, zoning and controls as a connected system for consistent day-to-day operation.

What we bring

A considered approach, from plan to performance.

Each decision is connected to the realities of the site, the people operating it and the outcome the system needs to deliver.

  1. Root-zone precision

    Delivery is matched to crop, media, spacing and growth stage.

  2. Controlled dosing

    Zoning and automation support repeatable irrigation cycles.

  3. Clean delivery

    Filtration and component selection help protect fine emitters.

  4. Operational support

    Commissioning and guidance prepare the growing team.

Where it fits

Applications

  • Polyhouses
  • Greenhouses
  • Shade-net houses
  • Flowers
  • High-value crops

Selected work

Experience on the ground.

Representative assignments from the SquareRoots portfolio, showing how the approach adapts to different sites and operating needs.

Protected cultivation · Nelamangala

Dutch rose cultivation

A protected-cultivation system using DNPC dripline.

Your next step

Plan a protected-cultivation system

Share the crop, structure type, growing area and water information to begin.

Discuss your project