Greenhouse AccessoriesNeglected Technological Cornerstone, Silent Hero Of Smart Agriculture
When We Admire The Magnificent And Continuous Greenhouses In Modern Agricultural Parks, Our Gaze Is Often Drawn To Their Grand Structures. However, What Truly Endows These Buildings With Life And Intelligence Are The Seemingly Insignificant "accessories" Scattered Throughout Them. They Are The Joints, Blood Vessels, Nerves, And Muscles Of The Greenhouse, Working Together To Transform Cold Steel And Film Into A Precision Controlled 'crop Growth Paradise'. Understanding These Accessories Is Understanding The Essence Of Modern Facility Agriculture.
1、 Beyond 'Parts': Integration Of Accessories As Functional Systems
Greenhouse Accessories Should Not Be Viewed In Isolation, But Rather As Part Of Multiple Highly Collaborative Subsystems.
1. Structural Fastening System: The Cornerstone Of Safety
This Is The Fundamental Way For Greenhouses To Resist Wind And Rain. The System Includes:
Core Load-bearing Components: Hot-dip Galvanized Columns, Arches, Trusses, Whose Strength And Anti-corrosion Ability Determine The Lifespan Of The Greenhouse.
Key Connectors: Specialized Bolts, Spring Clamps, And Arch Tube Connectors. The Quality Of These Components Directly Affects The Stability And Wind And Snow Resistance Of The Overall Structure. A Poor Quality Bolt May Lead To Catastrophic Collapse.
Foundation Anchor: Spiral Ground Piles Or Concrete Foundation Embedded Parts, Like The Roots Of A Big Tree, Ensure That The Greenhouse Is Firmly Rooted In The Soil.
2. Environmental Control System: Director Of Climate
This Is The Most Technologically Advanced Part Of The Accessory, Equivalent To The "central Nervous System" Of The Greenhouse.
Perception Layer (sensors): Such As Temperature And Humidity Probes, Light Sensors, CO ₂ Concentration Meters, Soil Moisture Meters. They Are The "eyes" And "ears" Of The System, Collecting Environmental Data 24/7 Without Interruption.
Execution Layer (driving Mechanism): Such As Electric Film Coiler, Rack And Pinion Push Rod Window Opening Motor, External Sunshade Driving System, Circulating Fan, Solenoid Valve. They Receive Instructions And Are The "hands And Feet" That Perform Specific Actions Such As Ventilation, Shading, Irrigation, Etc.
Control Layer (brain): An Environmental Control Computer Or PLC Controller That Processes Sensor Data And Sends Precise Instructions To The Execution Layer Based On Preset Models, Achieving Fully Automatic Control.
3. Integrated Water And Fertilizer System: Nutritionist For Crops
This System Combines Irrigation And Fertilization To Achieve Precise Supply.
Purification And Mixing Unit: Laminated Or Mesh Filters, Venturi Fertilizer Applicator, Electric Fertilizer Pump, Mixing Tank, Ensuring Clean Water And Fertilizer And Uniform Mixing.
Precision Conveying Unit: PE Main Pipeline, PVC Branch Pipeline, Voltage Regulator, Solenoid Valve, Forming An Efficient And Stable Conveying Network.
End Of Pipe Execution Units: Drip Irrigation Belts, Drip Arrows, Micro Nozzles, Like "intravenous Injection", Directly Deliver Water And Nutrients To Crop Roots.
4. Internal Logistics And Support System: The Art Of Space
Maximize The Use Of Every Inch Of Space And Provide The Best Growth Posture For Crops.
Mobile Seedbed System: Composed Of Seedbed Frame, Rollers, And Aluminum Alloy Frame, It Can Achieve A Greenhouse Space Utilization Rate Of Over 80% And Facilitate Operations.
Plant Hanging System: Polyester Hanging Rope, Growth Clip, Vine Winding Device, Guiding Vertical Growth Of Vine Crops Such As Tomatoes And Cucumbers, Fully Exposed To Light And Conducive To Management.
