What CEA 4.0 Demands: Rigor at Every Layer of the Greenhouse Stack
CEA 4.0 is not a buzzword. It is a demand for rigor across climate, structure, equipment, finance, and operations.
Gebbora is the full-lifecycle platform for controlled environment agriculture. Model greenhouse performance with real climate data, design with confidence, and make every growing decision count.
Purpose-built tools for greenhouse professionals, powered by real data and rigorous physics.
12+ engine modules. 8,760 hourly calculations per run. Radiation, heat transfer, crop transpiration, DLI, VPD, and energy load across every hour of the year.
Powered by PVGIS (using SARAH-2/3 satellite radiation), Open-Meteo, and ERA5 reanalysis. Location-specific hourly irradiance and 120+ meteorological variables for any site on Earth. Sentinel-2 multispectral imagery integration coming soon.
Five interactive report tabs (Overview, Climate, Plant Growth, Energy, Setup Summary) plus a 10-20 page PDF for stakeholders or the audit trail.
Built for greenhouse engineers, consultants, agronomists, and farm owners. Cited physics, 35+ cover & shading materials, 23+ crop species, 4 languages.
Every equation, material source, and crop reference is cited. No black boxes, no USD 10,000 consulting engagements; methodology you can hand to a reviewer or a regulator.
Used by greenhouse professionals from Morocco to Mongolia, from Senegal to São Paulo.
Real user cities plus a curated baseline of agriculture centers we're built for. Live data refreshes with each deploy.
From setup to results in four steps.
Define your greenhouse, location, geometry, cover materials, shading, crop, and climate systems.
Real hourly climate data meets 12+ physics engines running 8,760 hours of calculations.
Interactive charts, KPIs, and scored results across five report tabs.
Download a formatted PDF report with all results, charts, and configuration details.
Flagship Tool
Configure any greenhouse design, location, geometry, cover materials, shading, crop, and climate systems, then run a full-year physics simulation using real hourly weather data. Greenhouse Simulator models radiation, heat transfer, evapotranspiration, DLI, VPD, and energy loads across 8,760 hours to tell you whether your design will deliver the growing conditions your crop needs.
The Gebbora Greenhouse Simulator, measured.
The Gebbora platform expands beyond the Simulator. Get notified when each tool opens.
Daily decision-support on a phone, at low bandwidth, in your language.
Feasibility and financial modelling against real climate-driven energy loads.
BOQs, load analysis, and structural design for greenhouse builds.
Notes from the Gebbora team on greenhouse design, feasibility, and operations.
CEA 4.0 is not a buzzword. It is a demand for rigor across climate, structure, equipment, finance, and operations.
VPD, PAR, and DLI explained for glass houses, vertical farms, and open fields -- with the units, ranges, and citations the cannabis-tool literature skips.
A design day captures one hour of stress. The other 8,759 are where greenhouse economics, crop stress, and investor risk actually live.
Product launches, new simulation engines, and updates from the Gebbora team. No spam, just what matters for greenhouse professionals.