Agro by Naasson
Controlled environments: from growbox to farm
Climate, light, plant nutrition and protection in one description. Agronomic arithmetic — vapour pressure deficit, daily light integral, fertiliser dosing — is calculated where the controller firmware is built.
The growbox already runs on real hardware: pH, EC and CO₂ sensors, generated firmware, control on live readings. The cabinet, ventilation and CO₂ balance can be modelled and stress-tested before anything is built.
What's inside
Growbox
A closed control loop on real sensors and actuators.
Hydroponic room
Racks, nutrition, ventilation and power in one project.
Container farm
A modular farm with a 3D model, mass, centre of gravity and bill of materials.
Crop science
Growth regimes, nutrient solutions and measurement metrology.
Safety firmware
A controller whose rules fail towards the safe side.
What you get
- A growing-environment project with climate and nutrition calculations
- Controller firmware and a sensor diagram
- A model and stress tests before buying equipment
- A log of readings and decisions
Discuss a task
Describe the task in a couple of lines — by email or Telegram. We will say honestly what we can do and where it makes sense to start.
Articles
A 1.75-metre clearance decides what you will grow
A growing bed at 700 mm, an LED frame at 2.55 m. What is left between them is not a layout detail but a constraint on the whole crop range.
The fertigation unit: a tank, two pumps and one number
400 litres of solution, dosing at 250 ml per minute and a target EC of 1.8. Why the unit looks the way it does, and what fails in it first.
A VPD corridor instead of degrees on the display
Temperature and humidity alone say little about the plant. We hold a value derived from them, vapour pressure deficit, in a 0.4–1.6 kPa corridor.