Cooling Systems

Efficient temperature control is vital for plant growth. Evaporative cooling systems, using wet curtain pads with exhaust fans, lower greenhouse temperatures by evaporation. This energy-saving method prevents heat stress, improves crop quality, and works especially well in hot climates.

Ventilation and Exhaust Fans

Good air circulation keeps plants healthy. Exhaust fans remove heat, humidity, and gases while pulling in fresh air. Combined with cooling pads, they reduce disease risk and ensure uniform growth. Our push-pull fans boost airflow with lower energy use, cutting costs for large greenhouses.

Covering and Panel Systems

Covering materials affect both climate control and efficiency. Films are lightweight and affordable, while polycarbonate or glass panels offer insulation and durability. Options include UV-resistant films, rigid panels, and automated openings that work seamlessly with ventilation and cooling.

Electrical Control Systems

Automation improves precision and efficiency. Electrical control cabinets manage fans, pumps, and sensors, balancing climate factors with minimal labor. Smart controls reduce energy waste, extend equipment life, and allow growers to adjust performance easily to match crop and weather needs.

1. Stable Growing Conditions – Maintain optimal climate regardless of outdoor weather.

2. Higher Crop Yields – Better temperature and humidity control improves plant health.

3. Energy Savings – Modern fans and cooling systems reduce electricity and water use.

4. Disease Prevention – Proper ventilation minimizes fungal and bacterial outbreaks.

5. Extended Growing Season – Controlled environments allow year-round cultivation.

1. How do greenhouse cooling pads work?

Cooling pads use the natural process of evaporation. Water flows through the pad while warm air passes through, lowering the air temperature before it enters the greenhouse.

2. What size exhaust fan do I need?

Fan size depends on greenhouse volume and required air changes per hour. Generally, commercial greenhouses need 20–30 complete air exchanges every minute.

3. How long does a greenhouse film last?

High-quality polyethylene films usually last 3–5 years, while UV-stabilized versions can last longer with proper maintenance.

4. Can greenhouse systems be automated?

Yes, electrical control cabinets allow automation of fans, pumps, and vents, reducing labor and ensuring more precise climate control.

5. Are these systems suitable for all crops?

Yes, greenhouse systems can be adapted for vegetables, fruits, flowers, and even research crops, with adjustments for airflow, humidity, and temperature.