Multi Span GreenhouseIt Is A Large-scale Facility Composed Of Multiple Individual Greenhouses Connected Together, With The Following Main Characteristics:
High Space Utilization Rate: By Eliminating The Walls Between Individual Greenhouses, A Continuous Open Space Is Formed, And The Land Utilization Rate Is Increased By 20% -30% Compared To Traditional Greenhouses, Making It Convenient For Large-scale Agricultural Machinery Operations And Large-scale Planting, And Suitable For Intensive Production.
Accurate Environmental Regulation: Equipped With A Comprehensive Intelligent Control System, It Can Accurately Adjust Parameters Such As Temperature And Humidity, Light, CO ₂ Concentration, Etc. Through Shading, Ventilation, Heating, Humidification And Other Equipment, And Can Stably Maintain A Suitable Growth Environment For Crops Without Being Affected By Drastic Changes In External Climate.
Strong Functional Integration: It Can Integrate Irrigation (drip Irrigation, Sprinkler Irrigation), Fertilization (water Fertilizer Integration), Supplementary Lighting, Pest Control And Other Systems To Achieve Automated Management Of The Entire Planting Process, Reduce Labor Costs, And Improve Production Efficiency.
Wide Adaptability: With A Sturdy Structure And Strong Wind And Snow Resistance, It Can Be Designed According To The Climate Characteristics Of Different Regions (such As Adding Insulation Layers In The North And Strengthening Ventilation In The South). It Is Suitable For Various Scenarios Such As Vegetables, Flowers, Seedling Cultivation, And Scientific Research, And Has Both Production And Tourism Science Popularization Functions.
