Efficient Ventilation Systems: Optimal Greenhouse Climate

Natural Ventilation: Relies on natural forces such as wind and temperature differences to ventilate the greenhouse.

● Components:

1.Temperature Control

● Function: Expels hot air to prevent heat stress on plants.

2.Humidity Regulation

● Function: Reduces humidity to prevent fungal growth and diseases.

3.Improving Air Circulation

● Function: Enhances airflow to support healthy plant growth.

4.Increasing CO2 Levels

● Function: Adjusts CO2 levels for optimal photosynthesis.

5.Preventing Water Accumulation and Haze

● Function: Removes excess water and haze to maintain a clean environment.

6.Reducing Heat Accumulation

● Function: Removes excess heat to keep temperatures stable.

7.Handling Extreme Weather

● Function: Adapts the environment to protect plants from extreme conditions.

1. High-Temperature Plants

● Examples: Tomatoes, peppers, cucumbers, eggplants

● Needs: Regulate temperature to prevent heat stress.

2. Humidity-Sensitive Plants

● Examples: Lettuce, spinach, strawberries

● Needs: Lower humidity to reduce disease risk.

3. Plants Requiring Good Air Circulation

● Examples: Beans, herbs (such as mint, basil)

● Needs: Ensure adequate airflow for healthy growth.

4. High Photosynthesis Plants

● Examples: Grain crops (such as wheat, corn)

● Needs: Adjust CO2 levels to enhance photosynthesis.

5. High-Density Plants

● Examples: Hydroponic crops (such as lettuce, cilantro), dense greenhouse vegetables

● Needs: Maintain good air circulation in densely planted environments.

6. Cold-Tolerant Plants

● Examples: Spinach, kale, radishes

● Needs: Stabilize temperatures and prevent condensation and frost.

7. Disease-Prone Plants

● Examples: Roses, orchids

● Needs: Reduce humidity and improve airflow to lower disease risk.

Ventilation systems in greenhouses adjust environmental conditions and enhance air circulation, ensuring healthy plant growth and improving yield and quality.