Where We Fit
Systems for three types of farm
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Leafy Greens Vertical Farming — multi-tier production for lettuce, kale, microgreens and similar crops, where turnaround and consistency drive the business case.
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Plant Factory — fully controlled, artificial-light facilities where layout, lighting, climate and automation have to be designed as one system.
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Container Farm — 40 ft high-cube container systems, engineered from the inside out: rack layout, lighting, HVAC, dehumidification, electrical load and irrigation.
Four systems, one scope
Most suppliers deliver one part of a farm. We integrate the parts that decide whether it produces.
Irrigation & Hydroponics
NFT, DWC, Ebb & Flow, drip and aeroponic circuits — circulation, filtration, disinfection and solution temperature, integrated with the rack structure.
Fertigation & Nutrient Dosing
A/B stock tanks, proportional dosing, online pH and EC control, solution temperature management and disinfection.
Energy Optimization
Lighting demand designed to the crop, HVAC load calculated to the room, and control strategies that cut peak demand — modelled before a single unit is bought.
Climate & Environment Control
Temperature, humidity, CO₂ and canopy airflow designed together, with dehumidification sized to the actual latent load.
Why Systems, Not Just Equipment
Why we scope the system, not the catalogue
A rack holds plants. A system produces them.
When irrigation, nutrition, climate and energy are specified separately, the interfaces become the problem — pipe runs that fight the rack layout, dehumidifiers sized to guesswork, lighting loads the HVAC was never designed to absorb.
We design those interfaces on purpose:
One load calculation
--Lighting, HVAC, dehumidification and electrical capacity sized from the same model
One control architecture
--Sensors, dosing, climate and lighting coordinated instead of competing
One accountable scope
--Design, equipment, installation, commissioning and training under one team
One operating model
--Energy and labour planned from the start, not discovered after start-up
How We Work
From concept to a farm that runs
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Feasibility & Concept — crop, capacity, site constraints and budget reality
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System Design & Energy Model — layout, irrigation, dosing, climate, lighting, electrical; energy and OPEX modelled before equipment is ordered
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Integration, Delivery & Installation — manufacturing, integration, factory testing, shipping and on-site installation
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Commissioning, Training & Support — parameter calibration, trial runs, operator training, documentation, and ongoing optimization
0.3 – 1 m/s
Canopy airflow design target
≈ 74 %
Nutrient saving with managed fertigation
Commonly Reported 90% +
Marketable yield in commercial leafy green lines
25 ~ 35 Days per Cycle,
Up to ~14 Cycles/year
Leafy green crop turnaround
≈ 82.5%
Lighting + air conditioning share of plant factory energy use
Who We Serve - Who we work with
Commercial leafy-green growers expanding or upgrading production
Plant factory operators and investors building new facilities
Controlled-environment agriculture developers and EPC partners
Research, education and demonstration facilities
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