農場植物育成コンテナ
I. Product Overview
The HVC-40 Farm Plant Cultivation Container is a modular smart plant factory independently developed by Hangzhou Henvic Intelligent Technology Co., Ltd. Built on a standard 40 ft shipping container, it integrates a multi-tier vertical hydroponic growing system, full-spectrum LED plant grow lights, an intelligent environmental control system and a remote IoT monitoring platform. It can be deployed rapidly on farms, in greenhouses and on the urban fringe, delivering stable, clean and efficient year-round production of leafy vegetables.
The container body adopts a high-insulation polyurethane sandwich panel structure that is sealed and clean. A solar photovoltaic power supply system is available as an option, making the unit green and energy-saving and freeing production from seasonal, regional and climatic constraints — an ideal choice for the modernization, standardization and intelligent upgrading of agricultural facilities.
II. Product Features
- Modular deployment: standard 40 ft container dimensions for convenient road transport; ready for use on arrival with no civil works required.
- Efficient vertical cultivation: 4–6 tiers of NFT (nutrient film technique) hydroponic growing racks, providing an effective cultivation area of 120–150 m².
- Intelligent environmental control: fully automatic regulation of temperature, humidity, light and CO2 concentration for stable year-round production.
- Integrated water and fertilizer management: automatic EC / pH detection and dosing, saving water and fertilizer while achieving high nutrient solution utilization.
- Remote IoT monitoring: view and control the system from a smartphone or computer, with automatic alarms for abnormal conditions.
- Green and clean production: the sealed, clean environment requires no pesticides, delivering safe products with consistent quality.
- Energy saving and environmental protection: an optional solar photovoltaic system combined with a high-efficiency insulation structure reduces operating energy consumption.
III. Core Technical Parameters
| Item | Parameter |
|---|---|
| Model | HVC-40 |
| External Dimensions (L×W×H) | 12192 × 2438 × 2896 mm (40 ft high cube) |
| Internal Dimensions (L×W×H) | 12032 × 2352 × 2698 mm |
| Container Structure | High-insulation polyurethane sandwich panel, sealed and clean |
| Growing Method | NFT nutrient film technique hydroponics (DFT deep flow technique optional) |
| Number of Growing Tiers | 4–6 tiers |
| Cultivation Area | Approx. 120–150 m² (calculated on 5 tiers) |
| Temperature Control | Adjustable 15–30 ℃, temperature control accuracy ±1 ℃ |
| Humidity Control | Adjustable 40%–90% RH |
| Lighting System | Full-spectrum LED plant grow lights with adjustable red/blue ratio, light intensity 0–300 μmol/㎡·s |
| CO2 Control | Fresh air system + automatic CO2 supplementation (adjustable 300–1200 ppm) |
| Water and Fertilizer System | Automatic integrated water and fertilizer management; EC 0.5–3.5 mS/cm and pH 5.5–7.0 automatically regulated |
| Power Supply | AC 220V / 380V 50Hz (solar photovoltaic system optional) |
| Control System | IoT remote monitoring (temperature and humidity, light, CO2, EC, pH, liquid level) |
| Reference Daily Output | Approx. 30–60 kg/day for leafy vegetables (depending on variety and planting density) |
IV. Vertical Cultivation System
Multi-tier vertical hydroponic growing racks are arranged along both sides of the container interior, using NFT nutrient film technique cultivation: the nutrient solution is delivered by a circulation pump to the growing channels on each tier, and the crop roots absorb water and nutrients from the shallow flowing nutrient film. Each tier is fitted with full-spectrum LED plant grow lights whose light quality, light intensity and photoperiod can all be programmed to suit the crop, ensuring healthy and rapid plant growth.
V. Intelligent Control System
- Environmental monitoring: real-time data acquisition from multi-point sensors for temperature, humidity, light, CO2, EC, pH and nutrient solution level.
- Automatic regulation: coordinated automatic operation of the air conditioner, fresh air system, humidifier/dehumidifier, supplemental lighting and water/fertilizer pumps.
- Remote management: remote viewing, parameter setting and historical data query via mobile app or PC.
- Intelligent alerts: automatic push notifications for out-of-range parameters, equipment faults, power failures and other abnormalities.
- Data management: growing environment data is automatically recorded and archived, supporting traceability and optimization analysis of the cultivation process.
VI. Applicable Crops
- Leafy vegetables: lettuce, leaf lettuce, spinach, celery, bok choy, kale and more.
- Specialty leafy greens: ice plant, arugula, basil, mint and other aromatic leafy vegetables.
- Sprouts and microgreens: pea shoots, wheatgrass, radish sprouts and more.
- Others: low-growing fruit vegetables such as strawberries (optional growing program).
VII. Application Scenarios
- Facility-based cultivation at modern farms and agricultural parks.
- Supplementary planting alongside greenhouse structures.
- Urban agriculture, community gardens and rooftop farms.
- Vegetable supply in special environments such as plateaus, islands, deserts and polar regions.
- Direct-supply bases for restaurants, supermarkets and group catering enterprises.
