Climate Systems for Optimal Crop Cultivation
Advanced Solutions for Controlled Greenhouse Environments
Achieving the ideal climate inside a greenhouse is crucial for the health and yield of any crop. The unique location and local climate conditions determine what indoor climate parameters are needed to support growth, and we work with you to create those conditions reliably.
Innovative Cooling Solutions
In warmer climates, cooling becomes as essential as heating for maintaining the right environment. An effective cooling system helps control temperature, even in extreme weather conditions. We provide several options tailored to meet diverse needs:
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Evaporative Cooling (Fan & Pad System) draws in external air, which is then cooled by water-soaked pads, creating a cooler airflow. However, this method is less effective in high humidity.
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Misting and Shading can be paired with evaporative cooling to enhance cooling in hotter climates.
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Mechanical Cooling or AVS-C (Active Ventilation System) offers a more powerful, although complex, solution for greenhouses in very hot regions.
Our team helps you select the most effective system, balancing costs and benefits for optimal climate control.
CO₂ Management – Boosting Growth with Precision
CO₂ is a vital component in the growth process, especially during the warmer months when crops need more CO₂ under high light intensities. By enriching the greenhouse atmosphere with controlled CO₂ levels, growers can often increase yields by as much as 30%. Key considerations include:
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CO₂ Sources: CO₂ can be generated by burning natural gas or sourced directly. It’s crucial to manage heat by venting excess when CO₂ is generated through combustion.
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Storage Solutions: Proper storage solutions ensure a steady supply of CO₂. Depending on your strategy, additional storage tanks may be recommended to allow continuous CO₂ dosing.
With the right strategy, we help you optimize CO₂ levels to meet crop needs, enhance yields, and control costs.
Efficient Heating Systems
Greenhouse heating is one of the most critical components of creating an optimal environment for crops. Advances in technology now allow for dynamic climate control, adapting to changes influenced by external factors. The two primary methods we employ are hot air and hot water heating systems.
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Hot Air Heating introduces warm air through the greenhouse, ensuring a balanced temperature.
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Hydronic (Hot Water) Heating uses a boiler to heat water circulated through pipes around the walls and plant rows, radiating heat efficiently.
These systems work together to provide the warmth needed for productive crop growth, with the flexibility to adapt as conditions change.