Design & Engineering
Overview
Transforming concepts into high-performance, practical solutions that seamlessly integrate innovation, efficiency, and real-world feasibility, ensuring every design meets the highest operational and technical standards.
Heating Systems
Heating systems stabilize the greenhouse climate, prevent condensation, and support precise crop control.
We design and combine:
Pipe Rail Heating
Provides uniform heat distribution at crop level and supports internal logistics.
Grow Pipe Heating
Stimulates root activity and improves the microclimate around the plant.
Upper and Gable Heating
Enhance air circulation and reduce humidity and cold zones.
Table and Propagation Heating
Ensures consistent growth conditions for young plants.
Climate Engineering
A high-performance greenhouse requires more than heating. True climate control combines heating, cooling, and air management into one integrated system.
At Horti XS, we design complete climate solutions tailored to your crop, climate zone, and energy strategy. The objective is to maximize yield, ensure uniformity, and optimize energy efficiency.
Cooling Solutions
Cooling is essential in warm climates and high-radiation environments.
Mechanical Cooling
Delivers stable temperature control and improves production predictability in high-tech systems.
Pad-Wall Cooling
A cost-efficient solution using evaporative cooling, especially effective in dry climates.
Advanced Climate Systems
For maximum control, Horti XS designs semi-closed greenhouse systems that improve climate stability and efficiency.
These systems support:
• Higher CO₂ levels
• Better humidity control
• Reduced energy loss
• Improved crop consistency
Integrated Approach
All climate systems are engineered as one complete solution, including heating, cooling, energy use, and control systems.
This ensures reliable performance, efficient energy use, and consistent crop results.
