We design, manufacture and commission the control layer of modern greenhouses. From a single dosing unit to a fully instrumented commercial glasshouse, every system ships with settings already validated for your crop.
Heating, venting, screening and humidification are solved as one coordinated strategy rather than four competing controllers.
Water and nutrients are measured and corrected continuously, with drain water cleaned and reused as standard.
Fixture layout is calculated from how much light the crop needs each day, spread evenly, not from a watts-per-square-metre rule of thumb.
Each system runs standalone or as part of an integrated growing strategy. Specifications below are the standard build; every unit is configured against your crop plan and local climate.
A compartment-level climate controller that resolves heating, ventilation, screening and humidification against one vapour pressure deficit target instead of four competing loops.
A six-channel fertigation skid that measures and corrects EC and pH inside each irrigation event, with dual-sensor verification before water reaches the…
A passively cooled horticultural LED bar specified by daily light integral and canopy uniformity rather than by installed wattage per square metre.
A rack-and-pinion screen installation with controlled gapping, letting a house hold heat at night while still exchanging enough air to keep humidity…
Suspended cultivation gutters that capture 100 % of drain water, adjust to ergonomic working height and keep the greenhouse floor clear for…
A pre-filtration and UV disinfection skid that makes full drain water recirculation safe, with dose validated against measured transmission rather than assumed.
A tomato compartment and a young-plant propagation house need opposite humidity strategies. We start from the crop, not from the hardware catalogue.
Tomato, pepper and cucumber compartments running long production cycles on hanging gutters.
Long cycles · Light and humidity focus
Lettuce and herb lines where short cycles demand very stable feeding and root-zone conditions.
Short cycles · Stable feeding
Elevated strawberry and raspberry troughs with precise feeding and careful night humidity control.
Night humidity control · Precise feeding
Seedling and cutting houses that need uniform light, high humidity and fast climate response.
Even light · High humidityWe treat a greenhouse as one system. Light, temperature, humidity and root-zone conditions are planned together before a single cabinet is built, so the delivered installation performs on the worst week of the year, not just in spring.
We start from long-term local weather records plus your production plan, and work out what the greenhouse really needs before selecting hardware.
Compartment layout, sensor placement, valve groups and dosing capacity are drawn as one schematic so nothing is sized in isolation.
Cabinets and units are assembled and fully tested in our workshop before delivery, then shipped as pre-commissioned modules.
On site we fine-tune the installation with the crop growing, then hand over clear documentation and train the people who will run it.
24/7
Continuous monitoring on every commissioned installation
Every reference below reports data pulled from the installed system, not from a brochure. Full commissioning reports are available under NDA.
Southern Europe
Replaced an ageing analogue climate loop with modern control cabinets, a new sensor grid and screen automation across nine compartments.
North America
New build with hybrid lighting zones, CO₂ distribution and closed-loop drain water recovery on a single control backbone.
Northern Europe
Independent climate, irrigation and lighting recipes per compartment, with full setpoint logging for trial reproducibility.
Short, practical write-ups on the parameters that decide whether a greenhouse hits its yield plan.
Recirculation saves water and fertiliser, and quietly changes the composition of your nutrient solution week by week. Here is what actually accumulates, and what…
Read note Keeping Nutrients in Balance When You Recycle Irrigation WaterTwo compartments at 80 % relative humidity can be completely different environments for the crop. Vapour pressure deficit removes the ambiguity — and it…
Read note Why Greenhouse Humidity Is About More Than a PercentageInstalled watts per square metre describes your electricity bill. Daily light integral describes what the crop actually receives — and it is the only…
Read note How to Plan Greenhouse Lighting Around Your CropSend the basics and our application engineers return a system outline, an indicative budget band and a delivery window. No account, no login, no sales sequence.
Share your crop, compartment area and target climate. An application engineer replies within one business day.
Tell us the compartment area, the crop and the target climate. An application engineer replies within one business day.
