Greenhouse horticulture faces big choices. Energy security, smarter handling of CO2 and investing in sustainable systems are playing an increasing role in growers' business operations. During an interview with HortiBiz News Radio, Luuk Graamans on behalf of KUBO shared how we see these developments and how we are working with growers on future-proof cultivation. It's not just about technology but mainly about keeping a grip on energy, costs and yields.
1. Energy is no longer a consumption factor but a strategic control point
The energy market remains unpredictable. In our opinion, this calls for a broader view of energy. Not just reducing it but managing it strategically.
At KUBO we see that growers who approach energy integrally create more stability. They combine heat sources, buffer where possible and manage cultivation and climate at times with favorable energy rates.
Luuk put it clearly, "Growers who see energy as a strategic control point instead of a cost item create peace of mind in their operations."
Energy thus becomes not a risk but a powerful tool to balance plant quality and costs.
2. Reducing CO2 starts with smarter utilization
CO2 remains essential for photosynthesis but the way we deal with it is changing. Combining fewer emissions with sufficient availability in the greenhouse requires a new approach.
KUBO focuses on greenhouse concepts that capture CO2 better, distribute it more efficiently and limit losses. Think of high airtightness, economical ventilation strategies and smart combinations of screening and lighting. In this way, growers achieve more stable CO2 levels that both promote growth and reduce emissions.
3. Design determines success in extreme climates
Global food production is increasingly shifting to areas with extreme heat or strong irradiance. In such conditions, greenhouse design determines the cultivation result.
KUBO develops greenhouse concepts that deliver maximum energy efficiency precisely in these regions. Ultra-Clima® is a good example of this. The combination of insulation, air treatment, cooling and water management creates a stable growing environment with low energy consumption.
According to Luuk, the essence is simple: "A greenhouse must always perform, regardless of location. That's why we design for stability from the ground up."
Our starting point remains the same. A greenhouse must allow the grower to grow, whatever the conditions.
4. Innovation only accelerates when you do it together
Energy and climate are becoming increasingly complex. This is why at KUBO we work intensively with software specialists, cultivation system builders, researchers and growers.
By combining knowledge, innovations are tested, improved and applied in practice more quickly. Linking climate software to screen technology and energy management creates a greenhouse that optimizes more and more independently.
For growers, this means fewer risks and predictable results.
5. Continuous development makes companies future-proof
The sector must produce more with less energy and less water. This requires flexibility and well-founded choices.
This is why we are investing in digital support within KUBO. Data provides insight into consumption, climate and yield. It makes it possible to calculate scenarios and better plan investments.
In addition, we closely follow international developments. New cultivation strategies, energy sources and regulations. That knowledge helps growers to make timely adjustments and take advantage of opportunities.
Conclusion
Energy and investment are not separate themes. Together they form the basis of a future-proof greenhouse. Managing energy more intelligently, using CO2 more efficiently, basing designs on climate challenges, strengthening cooperation and continuous development will keep the sector agile and profitable.
Those who make choices today are building a greenhouse ready for the future.
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