Greenhouse internal circulation refers to creating a microclimate environment suitable for plant growth in the greenhouse through air flow, temperature regulation, humidity control and other means. The air flow in the greenhouse is regulated by equipment (such as fans, exhaust systems, heating or cooling devices) or natural ventilation to ensure that parameters such as temperature, humidity, and carbon dioxide concentration are within an ideal range.
Characteristics of greenhouse internal circulation
House circulation keeps even air flow:
House circulation ensures the flow of air in the greenhouse through equipment and natural ventilation to avoid local areas with excessively high or low temperatures.
Air circulation in house has automation control:
Air circulation in house is able to adjust wind speed, ventilation volume, etc. according to real-time environmental data (such as temperature, humidity, light intensity, etc.) to accurately control environmental conditions.
Whole house circulation fan has efficient energy management:
The whole house circulation fan can reduce energy waste and improve the energy efficiency of the greenhouse by optimizing air flow and temperature regulation.
House air circulator improves the stability of the plant growth environment:
Through an effective house air circulator, environmental conditions in the greenhouse remain stable, reducing temperature fluctuations and excessive humidity.
The use of greenhouse internal circulation
Agricultural production:
House air circulator is widely used in the production of vegetables, flowers, fruits and other crops to create suitable growth conditions and ensure efficient production of crops.
Scientific research experiments:
The improving air circulation in house system can provide a controlled environment, ensure the stability of scientific research experimental conditions, and avoid interference from external factors.
Seedling raising and cultivation:
During the seedling stage, the improving air circulation in house system can help provide balanced temperature and humidity conditions, accelerating seed germination and seedling growth.
