Crop & Process
Crop recipe, capacity, production calendar, zoning, flows and biosecurity boundaries.
Initial AssessmentCONTROLLED ENVIRONMENT AGRICULTURE
Crop-led engineering for predictable production performance.
FN AgriSolutions integrates biology, climate and humidity, water, lighting, energy, automation, quality and investment economics into one controlled-production architecture.
Defined performance basisBalanced technical systemsMeasurable acceptanceOperational readiness
Project requirement
Technology is selected after the production and business case are defined.
Greenhouse, indoor and hybrid facilities succeed when crop requirements, local resources and operating capability are resolved together—not when independent equipment packages are assembled.
- Market, crop, quality and production-cycle assumptions
- Site climate, water, power, logistics and expansion
- Sensible and latent loads across operating modes
- CAPEX, OPEX, redundancy and life-cycle serviceability
Engineering scope
A single design basis across six connected disciplines.
HVACD & Humidity
Sensible/latent load modelling, air distribution, dehumidification, filtration, pressure and condensation control.
Water & Fertigation
Source-water analysis, treatment, dosing, EC–pH, drainage, disinfection and recovery.
Light & Energy
PPFD, DLI, spectrum, photoperiod, uniformity, electrical infrastructure, heat load and energy scenarios.
Automation & Data
Sensors, control sequences, alarms, trends, recipe management, remote access and data integrity.
Quality & Operations
SOPs, maintenance, calibration, hygiene, training, staffing and performance governance.
Decision matrix
Choose the production environment against the decision criteria.
The correct typology depends on crop, climate, quality, capital and operating capability; no platform is universally superior.
| Typology | Best fit | Primary value | Critical control |
|---|---|---|---|
| High-tech greenhouse | Daylight-compatible crops and suitable climate | Daylight utilisation and scale | Weather loads, screens, HVACD and water |
| Indoor vertical | High-value, precise and year-round production | Environmental repeatability | Energy, cooling, dehumidification and workflow |
| Hybrid / modular | Phased growth, R&D or segregated processes | Flexibility and risk isolation | Interfaces, expansion logic and unit economics |
Delivery pathway
Project management that defines scope, responsibility and acceptance criteria at every stage.
Discover
Confirm the crop, market, capacity, site, resources, compliance path and investment boundary.
Design
Translate requirements into process, layout, loads, controls, specifications and acceptance criteria.
Deliver
Govern tendering, technical interfaces, site quality, testing, training and documented handover.
Optimise
Track product, resource and uptime KPIs; convert deviations into prioritised improvement.
Project deliverables
Decision-, procurement- and implementation-ready technical documents.
- Production and capacity basis
- Area schedule, zoning and process flows
- Climate and load criteria
- Water/fertigation and lighting basis
- Automation and alarm philosophy
- CAPEX–OPEX and phasing inputs
- Commissioning and acceptance plan
Frequently asked questions
Questions to resolve before an investment decision.
Do you supply a fixed technology brand?+
No. We define performance and interface requirements first, then compare technically suitable suppliers.
Can you review an existing facility?+
Yes. We analyse climate, humidity, fertigation, energy, alarms, production and operating records to identify root causes and priorities.
At what stage should we contact you?+
Before site or equipment commitments is ideal, but we can also support design review, commissioning and optimisation.
Project assessment
Let us clarify your technical scope and next investment decision.
We establish a practical starting framework around crop, capacity, location, resources, market and quality targets.