Adaptive Greenhouse Design – Smart simulations for future-proof greenhouses
Benefits
In short- Optimise greenhouse design based on location, crop and strategy
- Reduce energy demand and improve climate stability
- Make informed investment decisions
- Accelerate innovation in greenhouse construction
Adaptive Greenhouse Design helps you design the best greenhouse for your location, market and resources. Combining economic and sustainability analysis, it delivers data-driven insights for profitable, future-proof investments in agricultural infrastructure.
About Adaptive Greenhouse Design
It can be tempting to simply copy successful high tech greenhouse systems to other places in the world. However, the chance of success is greatly increased if a protected cultivation system is adapted to local circumstances. With our integrated simulation models for greenhouse climate and crop growth, our experts help customers from all over the world to calculate optimal greenhouse production scenarios.
Adaptive Greenhouse Design is intended for:
- Greenhouse builders and designers
- Technology suppliers and installation partners
- Growers exploring new greenhouse concepts
- Investors and policymakers
The simulation tool helps you explore design options before you start building, using real-time data and expert knowledge.
What makes us unique?
- Integrated and visualised modelling of the effects of design choices on the use of area, water, fertilizers, energy, crop yield and climate control
- Interactive dashboard to compare greenhouse concepts
- Scientific foundation combined with practical experience
- Developed by WUR – independent and tailored to your needs
Designing a perfect greenhouse for your climate with the Adaptive Greenhouse Design Demonstrator.
Get in touch with our expert
Our Wageningen greenhouse experts can guide you in using the demonstrator or conduct the simulations on your behalf. Curious how Adaptive Greenhouse Design can help you innovate? Contact our expert.
dr.ir. JB (Jouke) Campen
International project manager
