Greenhouse Large-Scale Greenhouse Climate Control
50-hectare protected cultivation across 12 independent climate zones. HOSMART deployed for temperature, humidity, and CO₂ management.
View case studyComplete Greenhouse Management Systems
Farmnet delivers integrated greenhouse management systems that coordinate climate, irrigation, and nutrition so crops grow under stable, predictable conditions.
50+ Commercial Operations Supported
14+ Years of Engineering
18+ Countries Deployed
facing the challenges of a greenhouse
Every Critical Layer of Greenhouse Production
Running a modern greenhouse means managing climate, irrigation, and nutrition simultaneously across every zone, every hour. When these systems operate independently, small misalignments accumulate: irrigation timing shifts, nutrient delivery adjusts, and climate corrections multiply.
Talk to an EngineerDisconnected Systems Create Compounding Errors
Climate, irrigation, and nutrition are often managed separately, but their effects aren't. A climate adjustment for temperature alters humidity and crop water uptake. If irrigation doesn't sense and respond to this shift instantly, the plant experiences a moisture imbalance. This loop of disconnected reactions creates instability that travels through every zone.
Independent Controls Mask the Real Problem
When environmental and delivery systems run on separate logic, the greenhouse loses equilibrium. A climate controller might call for cooling, increasing plant water demand. If irrigation isn't dynamically linked, it delivers on a static schedule, leaving the crop unsatisfied. The resulting stress signals are treated as isolated issues, when they are actually symptoms of a system-wide failure to coordinate.
Hidden Misalignments Drive Crop Variability
The most persistent yield gaps come from invisible friction between operational layers. An irrigation event timed for the average zone may be too late for a warmer microzone. A nutrient recipe mixed to a perfect EC can drift as it travels if water preparation isn't synchronized. These small misalignments prevent any single zone from reaching its full potential.
The Cost of Operating in Silos
Treating climate, water, and nutrition as separate challenges forces growers to constantly react. When humidity rises, the response is more airflow, which increases transpiration. The crop then depletes the root zone faster than the independent irrigation cycle can replenish it. This reactive cycle consumes labor while the crop experiences avoidable stress.
Our approach includes
One Greenhouse, One Control Strategy
Farmnet manages every critical layer of greenhouse production from a single operational platform so all subsystems work together, not alongside each other.
Climate Conditions
Temperature, humidity, CO₂, radiation, ventilation—managed by zone.
Irrigation Delivery
Timing, duration, and flow adapted to greenhouse layout and crop demand.
Nutrition Management
Coordinated EC and pH control aligned with irrigation behavior and crop stage.
Water Quality & Preparation
Conditioning, filtration, and treatment for predictable water behavior.
Monitoring & Validation
Continuous measurement to verify systems perform as intended.
Alarms & Operational Safety
Early detection before deviations affect crops or equipment.
how it works
Explore the Systems Behind Greenhouse Management
Each Farmnet greenhouse project is built from integrated control systems. Explore the core components that make the operation work as one.
Climate Control Systems
Multi-zone greenhouse climate management for temperature, humidity, CO₂, ventilation, and energy coordination.
Explore SolutionsFertigation Systems
Precision nutrient delivery designed for stable EC and pH across changing irrigation conditions.
Explore SolutionsIrrigation & Water Delivery
Coordinated irrigation control adapted to greenhouse layout and flow variability.
Explore SolutionsMonitoring & Control Platform
Centralized visibility, automation logic, alarms, and historical data.
Explore SolutionsWhat Greenhouse Operators Achieve
- Higher water and fertilizer efficiency
- More uniform crop development
- Reduced losses and rework
- Scalable control across multiple zones
- Lower dependence on manual decisions
Designed for
- Climate-controlled greenhouse production
- High-value crop cultivation requiring precise fertigation
- Multi-zone greenhouse developments
- Operations transitioning from manual to automated control
our projects
Integrated Intelligence Across the Entire Operation
From water treatment to greenhouses, indoor farms, and open-field operations, each project is engineered so every layer of the system works in concert—ensuring stable growing conditions, precise resource delivery, and long-term crop success.
Greenhouse 
Greenhouse Multi-Zone Fertigation Control
Tomato production facility with FISMART B. Closed-loop EC/pH control across 8 growing zones without drift.
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Greenhouse CO₂ Enrichment & Climate System
Bell pepper cultivation with HOSMART LINK. CO₂ enrichment control and multi-zone ventilation coordination.
View case studyFrequently Asked Questions
Will this work with my existing equipment?
Farmnet integrates with most valves, pumps, and sensors. We design for your infrastructure.
Is it complicated to operate?
One platform. One view. Your team manages by exception, not constant adjustment.
What about support and reliability?
Alarms trigger early. Remote support is standard. On-site service is available.
Can it scale when I expand?
From one zone to 100—architecture scales without losing coordination.
Define the control architecture for your next project
Want a Greenhouse That Runs as One System?
Tell us about your greenhouse size, crop type, and operational challenges. We'll define a management architecture—covering climate control, irrigation, and nutrition—that keeps the entire operation stable and predictable.
Talk to an Engineer