Container Farm Systems
A complete farm inside a 40 ft or 45 ft high-cube — engineered from the inside out.
01
Why a container
A container farm is transportable, replicable and scalable in phases — you can start with one unit and add more as demand grows. It is a standard platform for a controlled environment, delivered where a building is not ready.
02
Designed From the Inside Out
Everything is laid out against the container's interior: rack layout, lighting, HVAC, dehumidification, air distribution, electrical load and irrigation — each sized to the others, within the fixed envelope. The enclosed volume makes air distribution and heat rejection the make-or-break details, so they are designed with the layout rather than added afterwards.
03 Specification Basis
The design basis
The 40 ft high-cube platform is specified around plant spacing, tier spacing, light level and spectrum, temperature and humidity, CO₂, irrigation, HVAC and electrical load. Detailed figures are confirmed per project.
04 Fit for Purpose
Where a container farm fits
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Proof-of-concept and pilot production
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Distributed production close to demand
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Research and demonstration facilities
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Phased expansion before committing to a building
05
What we deliver
A container farm scope: interior layout, lighting, climate, irrigation and control — delivered, installed and commissioned as a working unit.
FAQ.
Q: How many plants can one container produce?
A: It depends on crop, spacing and cycle time — which is why we model it per project rather than quote a fixed number.
Q: Can I add more containers later?
A: Yes — that is one of the platform's main advantages. Units replicate and scale in phases.
Q: What is the hardest part of a container farm?
A: Air distribution and heat rejection in a sealed volume. The enclosed space amplifies any sizing error, which is why we design airflow and cooling with the layout rather than add them afterwards.