Fully Integrated Container Hydroponics System for Seamless Indoor Farming Automation

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Product Description

Basic Specifications

Cultivation Method
Nft / Dwc / Aeroponics / Vertical Hydroponics
Heating Method
Unheated
Layer
Double
Location
Indoor
Size
Small
Span
Container
Suitable
Vegetables
Usage
Commercial Greenhouse
Product Type
Greenhouse Hydroponics System
Material
Food-Grade PVC Channels + Aluminum Frame
Water Supply
Circulation Tank + Automatic Water Pump
Control Method
Smart Controller / APP Remote / Manual Control
Nutrient Control
Ec/pH Automatic Adjustment
Daily Output
20-150 Kg (Depending on Configuration)
Plant Density
60-300 Plants / M²
Specification
40ft / 20ft
Origin
China

Product Description

Container Planting Layout

Container Planting System Layout

The fully automated 40-foot containerized mobile factory is equipped with a state-of-the-art plant growth rack system. The built-in hydroponic system supports NFT, DWC, drip, or aeroponic methods. Plants grow without soil, directly absorbing nutrients from a recirculating solution, minimizing pests and water use.

NFT System 1 NFT System 2
Smart Hydroponic Container - Vertical Growing System
MaterialFood-grade PVC Channels + Aluminum Frame
Container Size20 ft HQ / 40 ft HQ Container
DimensionsLength: 12m | Width: 2.3m | Height: 2.7m (Customizable)
Planting Holes2,400 holes (Ø: 50 mm, Center Distance: 150 mm)
NFT Channel Size118 × 50 mm (With Removable Cover)
Customizable Sizes

Different sizes can be customized according to your needs!

Intelligent Control System

Control System Interface Monitoring Hardware

The container hydroponic system is equipped with an intelligent control module that automatically manages the environment, nutrient solution, and lighting conditions. It continuously monitors temperature, humidity, light intensity, water level, EC, and pH values.

Remote Access Control: Mobile app or PC management for fully automated operation.
Automated Circulation: Scheduled pump operation for steady nutrient flow.
Real-Time Alerts: Immediate notifications for any system irregularities.
Cloud Management: Data storage and intelligent analysis for smarter decisions.
AI Energy Management: Optimized lighting and irrigation to boost output and lower consumption.
Leafy Greens 1 Leafy Greens 2

Application Scenarios & Packaging

Application 1 Application 2 Transportation

Production Facilities & Quality Control

Our production base specializes in the design, manufacturing, and testing of hydroponic systems and smart agricultural equipment. The factory integrates R&D, precision fabrication, and intelligent assembly.

Advanced Manufacturing Zones:

  • Steel Structure & Insulation Fabrication Zone
  • Hydroponic Rack & LED Module Production Line
  • Climate Control & Environment System Integration
  • Smart Control & Sensor Integration Lab
  • Comprehensive Testing & Quality Validation
Factory Testing

Every system undergoes rigorous inspection, including thermal resistance, airtightness, nutrient flow calibration, and environmental stability tests to ensure 100% operational reliability.

Frequently Asked Questions

Does the smart hydroponic container require installation?
No on-site construction is needed. All electrical and piping systems are pre-installed. Simply connect water and power - it's plug and play.
What crops can be grown in the container?
It supports leafy greens, strawberries, herbs, tomatoes, peppers, and fodder crops. Modules can be customized for different plant types.
What is the production capacity of a 40ft container?
For leafy greens, around 2,000-2,400 plants per cycle, with a 25-30 day harvest cycle - allowing year-round continuous production.
How does the system control the environment and nutrients?
The intelligent control system automatically monitors temperature, humidity, light, CO2, pH, and EC, then adjusts fans, lighting, and pumps accordingly.
Is the power consumption high? How is it powered?
It uses energy-efficient LEDs and inverter devices. Optional solar panels and battery storage enable partial self-supply, reducing energy use significantly compared to traditional greenhouses.
Can it be operated remotely?
Yes. You can access the system remotely via mobile app or PC to monitor data and control operations in real time.

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