Climate Control Systems
A greenhouse climate control system is the integrated hardware and software stack that manages temperature, humidity, VPD, CO₂, radiation and airflow inside the greenhouse — from a central climate computer to actuators (heating, vents, screens, cooling).
Independent, supplier-neutral guidance. Vendor identities, price bands and shortlists are released only through the RFQ flow.
Role in the project
Climate control is what turns a structure into a production facility. Above ~0.5 ha and any year-round programme, a full climate computer is mandatory.
Typical applications
- High-wire vegetables
- Berries and specialty crops
- Cannabis
- Nursery propagation
Selection criteria
Multi-zone, VPD control, radiation-sum scheduling, open-protocol integration.
Gas, biomass, CHP, heat pump, geothermal — chosen with local energy pricing.
Ventilation, fan-and-pad, high-pressure fog or active dehumidification.
Engineering considerations
Heating and cooling sized to design-day peaks, not averages.
Thermal, shade and blackout screens integrated with vent and heating logic.
Commercial considerations
Modbus/MQTT support so buyers retain integration flexibility.
Procurement considerations
Ensure the supplier provides on-site setpoint tuning across at least one growing season.
Common mistakes
- •Sizing heating on average outdoor temperature instead of design-day minimum
- •Closed-protocol computers that lock the buyer into one integrator
FAQ
- Do I need active dehumidification?
- Increasingly yes for high-tech projects — passive ventilation loses energy and CO₂. The energy calculator models both.
Related supplier categories
Related project types
Related calculators
Related buyer guides
Financing & procurement tools
Scope a climate control systems RFQ
Share crop, scale and country. A specialist scopes suppliers, engineering and financing.
Sourced through vetted breeding partners worldwide.