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  • Smart Hydroponics Shipping Container Farm Vertical Tower Farming Containers Hydroponic Growing Systems for Vegetable
  • Smart Hydroponics Shipping Container Farm Vertical Tower Farming Containers Hydroponic Growing Systems for Vegetable
  • Smart Hydroponics Shipping Container Farm Vertical Tower Farming Containers Hydroponic Growing Systems for Vegetable
  • Smart Hydroponics Shipping Container Farm Vertical Tower Farming Containers Hydroponic Growing Systems for Vegetable
  • Smart Hydroponics Shipping Container Farm Vertical Tower Farming Containers Hydroponic Growing Systems for Vegetable
  • Smart Hydroponics Shipping Container Farm Vertical Tower Farming Containers Hydroponic Growing Systems for Vegetable
Smart Hydroponics Shipping Container Farm Vertical Tower Farming Containers Hydroponic Growing Systems for Vegetable

Smart Hydroponics Shipping Container Farm Vertical Tower Farming Containers Hydroponic Growing Systems for Vegetable

  • 1 - 4 Sets
    $26,960
  • >= 5 Sets
    $24,100

Customization:

Logo/graphic design(Min.Order: 1 pieces)
Irrigation Type(Min.Order: 1 pieces)

Smart Hydroponics Shipping Container Farm Vertical Tower Farming Containers Hydroponic Growing Systems for Vegetable

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Space-Efficient Vertical Growth: Utilizes a shipping container with vertical racks to maximize plant yield in limited spaces, ideal for leafy greens and vegetables.
  • Integrated Hydroponic Systems: Combines artificial LED lighting, automated water/nutrient delivery, and temperature control for optimized plant growth without soil.

Key features

  • 1. Corrosion-Resistant Steel Construction

  • With a durable steel shipping container base, you can ensure long-term stability and resistance to environmental wear, outlasting plastic alternatives in harsh outdoor conditions*.

  • 2. Modular Vertical Rack System

  • With a customizable modular design, you can easily scale or reconfigure the vertical towers to adapt to different plant types and growth stages, offering flexibility unmatched by fixed-structure systems*.

  • 3. Energy-Efficient LED Lighting System

  • With optimized LED lighting and vertical space utilization, you can reduce energy consumption by up to 40% compared to traditional greenhouse setups*, while maintaining consistent plant growth.

  • 4. Urban & Disaster-Ready Scenario Solutions

  • With a vertical design optimized for compact spaces, you can maximize crop yields in cities or disaster zones where land is scarce, delivering fresh produce year-round in challenging environments.

  • 5. RoHS & CE Certified Safety Standards

  • With RoHS compliance and CE certification, you can ensure the system meets strict EU safety and environmental regulations, guaranteeing a toxin-free growing environment for food crops.

Product details

Smart Hydroponics Shipping Container Farm Vertical Tower Farming Containers Hydroponic Growing Systems for Vegetable

The Smart Hydroponics Shipping Container Farm is a modular vertical farming system designed to maximize space efficiency and yield in urban, disaster relief, or limited-space environments. Built with durable steel shipping containers and lightweight vertical racks, it integrates advanced hydroponic technology, automated nutrient/water systems, and adjustable LED lighting for optimal plant growth. Certified to RoHS and CE standards, this system ensures safety and reliability for commercial or residential use.

Technical specifications

FeatureSpecificationBenefit
MaterialSteel shipping container with modular plastic vertical racksDurable construction and lightweight, space-saving vertical design
Lighting SystemAdjustable LED panels with spectrum controlCustomizable light recipes for different plant growth stages
AutomationAutomated water/nutrient delivery and pH monitoringReduces labor by 50% compared to traditional hydroponic systems
ComplianceRoHS, CE-certifiedEnsures environmental and safety standards adherence
Temperature ControlAdjustable climate system (15°C–30°C)Maintains ideal growing conditions year-round
Space Efficiency20 sqm footprint with 8-tier vertical racks4x more yield per sqm than flatbed hydroponic systems

Customization guide

  • Adjustable Rack Height: Racks can be customized between 1–3 meters to accommodate plants of varying heights (e.g., herbs vs. leafy greens).
  • Lighting Configuration: LED panels can be repositioned or replaced with higher-intensity models for faster growth cycles.
  • Climate Settings: Temperature and humidity parameters can be fine-tuned via IoT sensors for niche crop requirements.

Get inspired

Turn underutilized spaces into high-yield farms! Whether repurposing urban rooftops, disaster-stricken zones, or remote areas, this system delivers fresh vegetables year-round. With automated nutrient delivery and vertical stacking, you can grow 10x more produce than traditional methods in the same area.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Energy Efficiency20% better than industry+30% efficiency+40% efficiency*
Plant Capacity500 plants800 plants1,200 plants
Automation LevelManual nutrient controlSemi-automatedFully automated
Lighting IntensityStandard LED panelsHigh-output panelsDual-spectrum panels
Temperature ControlManual override onlyIoT-enabled adjustmentsAI-driven climate control

Supplier's note

  1. Key Technical Breakthroughs:

    • Modular Steel Container: Enables rapid deployment in disaster zones while resisting corrosion (RoHS compliance).
    • Adjustable Vertical Racks: Accommodates 12 plant species tested, from microgreens to small shrubs.
    • AI Climate Control: Reduces energy waste by 25% compared to manual systems.
  2. Version Selection Guide:

    • Base Model: Ideal for small-scale urban farms or hobbyists needing a starter system.
    • Advanced Model: Perfect for commercial growers prioritizing scalability (e.g., 30% faster lettuce growth with high-output LEDs).
    • Pro Model: Best for disaster relief organizations or large enterprises requiring zero-maintenance operations (e.g., tripled durability in extreme climates).

*Pro Model’s energy efficiency surpasses industry benchmarks by leveraging solar-integrated panels and regenerative cooling systems.

Frequently asked questions

  • Which vertical farming model is best for urban rooftop hydroponic setups?

  • How do I maintain the LED lighting in hydroponic container farms?

  • Steel vs Aluminum Containers: Which is better for hydroponic farms?

  • Can I customize the vertical racks for herb gardens in container farms?

  • Are your hydroponic container farms CE and RoHS certified?

  • Which model suits disaster relief operations for quick crop production?

  • How to clean the automated water system in container farms?

  • Vertical vs Flat Systems: Which saves more space for hydroponic growing?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material ConstructionUrban farms, disaster reliefSteel container (ASTM A36 grade)
Polypropylene racks (ISO 9080 compliant)
High durability for harsh environments
Lightweight racks reduce structural load
Higher upfront cost compared to plastic-only systems
Lighting SystemIndoor vertical farms, commercial growersLED panels (120 μmol/m²/s PAR)
Adjustable spectrum (400–700 nm)
Energy-efficient growth optimization
Customizable light for plant stages
Requires electricity for 24/7 operation
Energy EfficiencyOff-grid locations, eco-conscious farmsIndustry Standard: Standard HVAC (1.5 kW/h)
Our Base: Improved insulation (1.2 kW/h) ▲
Our Advanced: AI climate control (1.0 kW/h) ▲▲
Reduced energy costs by 20–30%
Lower carbon footprint
Advanced version requires IoT infrastructure investment
ModularityDisaster relief, scalable operationsStackable design (ISO-certified containers)
Plug-and-play expansion
Rapid deployment in emergencies
Easy scalability for growing operations
Requires flat terrain for optimal stacking
Water/Nutrient ManagementWater-scarce regions, hydroponic farmsOur Base: Automated drip system (50 L/day) ▲
Our Advanced: Smart irrigation (40 L/day + sensors) ▲▲
Water savings of 20% (Advanced)
Real-time nutrient monitoring
Sensor maintenance adds operational complexity
Temperature ControlTropical climates, year-round farmingPassive cooling (±2°C accuracy)
Active HVAC (±0.5°C accuracy)
Maintains ideal growth conditions in extreme heat/cold
Reduces crop loss
Active systems increase energy consumption by 15%
Compliance & SafetyGlobal markets, regulatory complianceRoHS/CE-certified components
Fire-resistant lining (ASTM E84 Class A)
Meets EU/US safety standards
Reduces fire risk in enclosed spaces
Certification costs may raise base model pricing

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