Greenhouses

Fully managed environments

Controlled-environment agriculture is not a building type, it is a way of working. The structure, the climate system, the irrigation, and the data all serve one goal: putting the grower in charge of the environment instead of reacting to it.

Photo: fully managed environments
Fully managed environments

Designed as one system

Structure, climate, and irrigation constrain each other. Designing them separately is how facilities end up fighting themselves.

  • Ventilation capacity matched to the covering and the solar load
  • Irrigation strategy matched to the climate the house can actually hold
  • Control system specified alongside the hardware, not after it

Steer to a crop target

The setpoint is not a comfortable number, it is the condition the crop needs in order to transpire and grow steadily through the day.

  • Vapour pressure deficit held in the crop's working range
  • Root zone and canopy managed together, not in isolation
  • Strategy adjusted by crop stage rather than left fixed

Data at the centre

Continuous measurement is what turns a growing season into something you can review, explain, and improve.

  • Climate, root-zone, and light logged continuously
  • Non-destructive plant measurement to catch stress early
  • Season reviews where the data sets the next plan

Predictable output

The commercial value of control is not only higher yield, it is being able to promise a buyer a volume and a grade on a date.

  • Year-round production independent of the season
  • Consistent grade and quality that holds contracts
  • Planning that a cold chain and a buyer can rely on

Ready to talk it through?

Bring us the crop, the site, and the goal. We will tell you what a controlled environment can realistically deliver.

Discuss a project