Fruit, Vegetable & Mushroom Growing Container
Fruit, vegetable and mushroom growing container
Fruit, vegetable and mushroom container — image 2
Fruit, vegetable and mushroom container — image 3
I. Product Overview
The Henvic large-scale smart fruit and vegetable growing container is a new-generation modular plant factory system from Hangzhou Henvic Intelligent Technology Co., Ltd. Built on a converted standard shipping container, it integrates hydroponic and aeroponic cultivation systems, a full-spectrum LED plant lighting system, an intelligent environmental control system and a remote cloud management platform, enabling year-round, high-efficiency production of leafy greens, fruiting vegetables, strawberries and culinary herbs in a fully enclosed environment.
A single 40-foot standard container forms a self-contained micro plant factory, and multiple units can be linked in parallel to build a large-scale production base quickly. The system is suited to urban farms, modern agricultural industrial parks, extreme environments (deserts, plateaus, islands) and research and teaching applications.
II. Product Gallery
Figure 1 — Exterior Overview of the Growing Container
Exterior view of the plant factory converted from a standard 40-foot shipping container, with a stainless steel and thermal insulation structure and an HVAC environmental control unit mounted on the roof. With the side door open, the interior reveals multi-tier hydroponic growing racks and LED supplemental lighting, giving the unit a modern industrial agricultural appearance.
Figure 2 — Interior Growing Area
The interior is fitted with a multi-tier NFT (Nutrient Film Technique) hydroponic channel system growing lettuce, kale, basil, strawberries and other crops. Each tier is equipped with full-spectrum LED grow lights, while white reflective wall panels and an epoxy floor maintain a clean, sterile environment. Environmental sensors and ventilation ducts are distributed along the walls.
Figure 3 — Intelligent Control System
The touchscreen control terminal displays key parameters in real time, including temperature, humidity, nutrient solution EC/pH values and photoperiod. It is equipped with physical buttons, indicator lights and an emergency stop switch, and supports remote management via mobile app and web browser.
III. Core Technical Parameters
| Parameter | Specification |
|---|---|
| Container material | Standard shipping container + 304 stainless steel inner wall + polyurethane insulation layer |
| External dimensions (40 ft) | 12192mm × 2438mm × 2896mm |
| External dimensions (20 ft) | 6058mm × 2438mm × 2896mm |
| Temperature control range | 15°C – 30°C (±0.5°C accuracy) |
| Humidity control range | 50% – 90% RH (±3% accuracy) |
| CO₂ concentration control | 400 – 2000 ppm |
| Lighting system | Full-spectrum LED grow lights, PPFD ≥ 200 μmol/m²/s |
| Photoperiod | Programmable 0–24h with simulated sunrise and sunset |
| Cultivation system | NFT hydroponics / DWC deep water culture / aeroponics (optional) |
| Nutrient solution circulation | Automatic recirculating supply + online EC/pH monitoring and adjustment |
| Control system | PLC programmable controller + 10-inch touchscreen |
| Remote management | Wi-Fi / 4G / Ethernet, mobile app & web browser |
| Power supply | 380V / 50Hz three-phase five-wire |
| Rated power | 10 – 18 kW |
| Number of growing tiers | 4 – 6 tiers (customizable) |
| Daily output per container | Approx. 50–80 kg/day of leafy greens (40 ft) |
| Ambient operating temperature | -10°C – 45°C |
IV. Core Functional Advantages
1. Fully Enclosed Precision Environmental Control
- High-precision temperature, humidity and CO₂ sensors combined with PID intelligent regulation
- Positive-pressure air filtration system with HEPA filters to block pests and diseases
- Independent zone control to match the growth requirements of different crops
2. Hydroponic Cultivation System
- NFT (Nutrient Film Technique) with a nutrient solution recycling rate of ≥ 95%
- Online EC/pH monitoring and automatic adjustment for precision fertigation
- Optional DWC deep water culture or aeroponic mode
- UV sterilization system for the nutrient solution
3. Full-Spectrum LED Lighting
- Professional plant growth spectrum with adjustable red, blue and white ratios
- Independent light intensity adjustment and scheduled programming for each tier
- Simulated natural sunrise and sunset to reduce plant stress
- High energy efficiency, saving more than 50% energy compared with conventional fixtures
4. Remote Cloud Management Platform
- Real-time monitoring via mobile app or PC web browser
- Historical data storage, trend analysis and report export
- Alarm push notifications (temperature/humidity out of range, equipment faults, nutrient solution anomalies)
- Centralized management of multiple containers — monitor an entire growing base from a single screen
5. Modular Plug-and-Play Design
- Standard container module, truck-transportable and deliverable worldwide
- Ready to run once water and power are connected on site; deployment completed within 2 days
- Multiple containers can be linked in parallel for flexible capacity expansion
- Stackable design saves land area (optional)
6. High Yield and Efficiency
- Hydroponic yields are 5–10 times those of conventional field cultivation
- Year-round production, unaffected by season or climate
- Water savings of over 90%, ideal for arid and water-scarce regions
- No pesticide residues — safe and healthy produce
V. Product Specifications and Models
| Model | Container size | Growing tiers | Growing area | Daily output (leafy greens) | Application |
|---|---|---|---|---|---|
| HVC-PF20 | 20 ft | 4 tiers | ~30 m² | 20–30 kg | Small farms / restaurant supply |
| HVC-PF40 | 40 ft | 5 tiers | ~60 m² | 50–80 kg | Medium farms / supermarket supply |
| HVC-PF40H | 40 ft high cube | 6 tiers | ~70 m² | 60–100 kg | Large production bases |
| HVC-PF-Dual | Two containers in parallel | 5 tiers | ~120 m² | 100–160 kg | Large-scale industrial parks |
| HVC-PF-Custom | Custom size | Custom | Custom | Custom | Customized for special applications |
VI. Suitable Crops
| Crop type | Representative varieties | Recommended growing method | Growth cycle |
|---|---|---|---|
| Leafy vegetables | Lettuce, spinach, kale, arugula | NFT hydroponics | 25–35 days |
| Culinary herbs | Basil, mint, coriander, perilla | NFT hydroponics | 20–40 days |
| Fruiting vegetables | Tomato, cucumber, pepper | DWC / substrate culture | 50–80 days |
| Berries | Strawberry | NFT / substrate culture | 60–90 days |
| Sprouts and microgreens | Pea shoots, radish sprouts, alfalfa | Shallow flow | 7–15 days |
| Medicinal plants | Dendrobium officinale, Anoectochilus roxburghii | Substrate culture | 6–12 months |
VII. Application Scenarios
- Large fruit and vegetable production bases — multiple containers linked in parallel to build plant factory clusters with annual output of several hundred tons
- Urban farms and vertical farming — container farms on city outskirts shorten the distance from farm to table
- Modern agricultural industrial parks — smart agriculture technology demonstration and agritourism display
- Extreme environments — localized supply of fresh vegetables in deserts, plateaus, islands and frigid regions
- Restaurant and retail supply — on-site growing and harvest-on-demand for hotels, restaurants and supermarkets
- Research and education — plant factory experiment platform for agricultural universities and research institutes
- Military and marine applications — self-sufficiency in fresh vegetables for border outposts and ocean-going vessels
VIII. Service and Support
- Pre-sales service: free site survey, cultivation plan design and return-on-investment analysis
- Installation and commissioning: professional engineers install on site, with commissioning completed within 48 hours
- Cultivation training: hydroponic technology training, cultivation SOP manuals and variety selection guidance
- After-sales service: 2-year whole-unit warranty, lifetime technical support and 7×24 response
- Consumables supply: long-term supply of nutrient solution concentrates, LED light panels, sensors and other consumables
- Software upgrades: lifetime free cloud platform upgrades with continuous feature updates
IX. Company Profile
Hangzhou Henvic Intelligent Technology Co., Ltd. is a high-tech enterprise specializing in the R&D, manufacturing and sales of intelligent agricultural equipment. With deep expertise in plant factories and protected agriculture, the company is committed to delivering modular, intelligent and scalable container plant factory turnkey solutions to customers worldwide.
- Website: www.henvic.net
- Address: Hangzhou, Zhejiang Province, China
- Core business: container plant factories, smart mushroom cultivation cabins, agricultural IoT systems
The product images and parameters shown above are for reference only. Actual products may vary depending on configuration and customization requirements. Please contact the Henvic sales team for details.
