Energy transition in greenhouse horticulture

About this expertise

In short
  • Sustainable energy systems for a future-proof sector
  • Balancing crop quality, energy use and CO₂ through integrated climate control
  • Smart application of geothermal energy, residual heat, aquifer thermal energy storage and electrification
  • Innovations in greenhouse materials, screens and electricity-generating greenhouses
Get in touch with us

WUR supports growers, technology companies and policymakers in the transition to energy-efficient, fossil-free greenhouses. Using data, simulation models and applied research, we develop feasible strategies for a climate-neutral greenhouse sector,  while maintaining crop quality and economic performance. 

The energy transition in greenhouse horticulture requires a systems approach: a sustainable greenhouse depends on more than just renewable energy sources. Design, materials, climate control, CO₂ supply and infrastructure all form an interconnected system. WUR integrates these components into practical solutions.

We develop climate-smart cultivation systems, optimise lighting and greenhouse cover strategies, and simulate heat, electricity and CO₂ flows. Our experts combine advanced modelling tools (such as KASPRO) with experimental research in facilities like the LightLab, testing scenarios under real-world conditions.

We provide growers, suppliers and policymakers with insight into energy consumption, grid load and CO₂ emissions, helping them make well-informed decisions. Together, we accelerate the transition to a climate-neutral greenhouse sector that remains economically viable. 

Get inspired (1)

Get inspired
Minister Adema opent Innovation and Demonstration Center CO2 from outside air
News

Greenhouse horticulture is taking an important step in energy transition by capturing CO2 from outside air

The greenhouse horticulture sector is conducting research into how the CO2 needed to grow plants in greenhouses can be captured from the outside air. Currently, greenhouse growers often use CO2 that is released during the combustion of natural gas in the boilers and cogeneration units that heat the greenhouses. Because more and more greenhouse horticulture entrepreneurs are moving away from natural gas and growing in a sustainable and climate-neutral greenhouse, new CO2 sources are needed. CO2 from outside air can be an important option.

Related products, services and facilities (2)

Products, services and facilities
Facility

LightLab – Independent measurements for greenhouse cover and screen materials

The world-leading LightLab provides advanced, independent measurement services for greenhouse cover materials, screens, films and nets. Our equipment precisely maps light and heat properties – essential for energy-efficient and productive cultivation.

Product

Software for plant research

Reliable software is essential for professional plant research. Our tools support data analysis, modeling, and decision-making and are designed for researchers and companies working on innovation in plant science. Discover the available software below and download what you need now.

Get in touch with our expert

Contact

Do you have questions or would you like to collaborate on the energy transition in greenhouse horticulture?
 

dr.ir. JB (Jouke) Campen

Programme Manager Energy Transition in Greenhouse Horticulture