Large-scale Farm Mushroom Cultivation Container
I. Product Overview
The Henvic Large-Scale Smart Fruit and Vegetable Cultivation Container is a next-generation modular plant factory system developed by Hangzhou Hengyu Intelligent Technology Co., Ltd. The product is designed as a retrofit of standard maritime containers and 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 vegetables, fruit and vegetable crops, strawberries, medicinal herbs, and other crops within a fully enclosed environment.
A single 40-foot standard container can serve as an independent micro-plant factory; multiple containers connected in parallel can be used to rapidly establish large-scale production facilities. These products are suitable for urban farms, modern agricultural industrial parks, regions with extreme environmental conditions (deserts, high-altitude areas, islands), as well as for research and educational applications.
II. Product Image Gallery
I. Product Overview
The Henvic Large-Scale Smart Fruit and Vegetable Cultivation Container is a next-generation modular plant factory system developed by Hangzhou Hengyu Intelligent Technology Co., Ltd. The product is designed as a retrofit of standard maritime containers and 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 vegetables, fruit and vegetable crops, strawberries, medicinal herbs, and other crops within a fully enclosed environment.
A single 40-foot standard container can serve as an independent micro-plant factory; multiple containers connected in parallel can be used to rapidly establish large-scale production facilities. These products are suitable for urban farms, modern agricultural industrial parks, regions with extreme environmental conditions (deserts, high-altitude areas, islands), as well as for research and educational applications.
II. Product Image Gallery
Figure 1 — Container exterior panoramic view
The exterior of this plant factory, converted from a standard 40-foot ocean container, features a stainless steel body with an insulation layer and an HVAC environmental control unit installed at the top. The side doors open to reveal multiple-tier hydroponic planting racks and an LED supplemental lighting system; the overall design embodies a modern, industrial agricultural aesthetic.
Figure 2 — Establishing an interior container cultivation area
The unit features a multi-layer NFT (Nutrient Film Technology) hydroponic pipeline system, suitable for growing crops such as lettuce, kale, basil, strawberries, and other plants. Each layer is equipped with full-spectrum LED plant growth lights; white reflective walls and an epoxy floor ensure a clean, sterile environment. Environmental monitoring sensors and ventilation ducts are installed along the walls.
Figure 3 — Intelligent Control System
The touchscreen control terminal displays real-time key parameters such as temperature, humidity, nutrient solution EC/pH value, and light cycle. It features physical buttons, indicator lights, and an emergency stop switch, and supports remote management via a mobile app or web interface.
III. Core Technical Specifications
Parameter Term | Specifications & Performance Parameters |
Enclosure material | Standard shipping container + 304 stainless steel inner wall + polyurethane insulation layer |
External dimensions (40 feet) | 12192mm × 2438mm × 2896mm |
External dimensions (20 feet) | 6058mm × 2438mm × 2896mm |
Temperature control range | 15°C – 30°C (±0.5°C accuracy) |
Humidity control range | 50%–90% RH (±3% accuracy) |
CO₂concentration control | 400 – 2000 ppm |
Lighting System | Full-spectrum LED plant lighting – PPFD ≥ 200 μmol/m²/s |
Light cycle | Programmable 0–24 h; analog sunrise/sunset display |
implant system | NFT hydroponics / DWC deep water culture / Aeroponics (optional) |
Nutritional solution circulation | Automatic cyclic fluid supply + Online EC/pH monitoring and adjustment |
Control System | PLC (Programmable Logic Controller) + 10-inch touchscreen |
telemanagement | Wi-Fi / 4G / Ethernet; Mobile App & Web Interface |
power requirement | 380 V / 50 Hz – Three-phase, five-wire system |
power rating | 10 – 18 kW |
Number of planting layers | 4–6 floors (customizable) |
Single-box daily production volume | Leafy vegetables: approximately 50–80 kg per day (40 feet) |
operating ambient temperature | -10°C – 45°C |
IV. Core Functional Advantages
1. Fully enclosed precision environmental control system
● High-precision temperature, humidity and CO₂ sensors + PID intelligent regulation
● Positive-pressure air filtration system + HEPA filter – effectively prevents pests and diseases
● Independent zone control – tailored to the growth requirements of different crops
2. Hydroponic Planting System
● NFT Nutrient Film Technique – Nutrient Solution Recycling Rate ≥ 95%
● Online EC/pH automatic monitoring and adjustment – precise fertilization
● Optional DWC (Deep Water Culture) or aeroponic mode
● UV Ultraviolet Sterilization System for Nutrient Solutions
3. Full-spectrum LED lighting
● Professional plant growth spectrum – adjustable red-blue-white light ratio
● Independent light intensity adjustment and timing programming for each layer
● Simulates natural sunrise and sunset to reduce plant stress.
● High efficiency and energy savings – saves over 50% more electricity than traditional lighting fixtures.
4. Remote Cloud Management Platform
● Mobile App / PC Web Interface – Real-Time Monitoring
● Historical data storage, trend analysis, and report export
● Abnormality Alert Push (Temperature/Humidity Threshold Exceedance, Equipment Failure, Nutrient Solution Abnormality)
● Supports centralized management of multiple boxes – monitor your entire cultivation base from a single screen.
5. Modular plug-and-play
● Standard container modules – truck transport – global reach
● Upon arrival at the site, simply connect the water and power supply to begin operation; deployment is completed within 2 days.
● Multiple boxes connected in parallel – flexibly scale production capacity
● Stackable design – saves space (optional)
6. High yield and high efficiency
● Compared to traditional open-field cultivation, hydroponic yields increase by 5–10 times.
● Continuous year-round production, unaffected by seasonal or climatic conditions
● Water conservation rate exceeds 90%; ideal for arid and water-scarce regions.
● No pesticide residues – safe and healthy.
V. Product Specifications and Models
model | Case specifications | Number of planting layers | plant area | Daily production (leafy vegetables) | applicable scene |
HVC-PF20 | 20 feet | 4 layer | ~30 m² | 20–30 kg | Small-scale farm /餐饮配套服务 |
HVC-PF40 | 40 feet | 5 layer | ~60 m² | 50–80 kg | Medium-sized farms / Supermarkets – Supply |
HVC-PF40H | 40-foot high cabinet | 6 layer | ~70 m² | 60–100 kg | Large-scale production base |
HVC-PF-Dual | Dual-box parallel connection | 5 layer | ~120 m² | 100–160 kg | Large-scale industrial parks |
HVC-PF-Custom | Custom dimensions | custom made | custom made | custom made | Customized special scenarios |
VI. Suitable Crops
agrotype | Representative varieties | Recommended planting method | growth cycle |
leaf vegetables | Lettuce, spinach, kale, and arugula | NFThydroponics | 25–35 days |
Vanilla-based products | Basil, mint, coriander, perilla | NFThydroponics | 20–40 days |
Fruits and vegetables | Tomatoes, cucumbers, chili peppers | DWC / Substrate Cultivation | 50–80 days |
berries | strawberry | NFT / Substrate Cultivation | 60–90 days |
Sprouted vegetable seeds | Pea seedlings, radish seedlings, alfalfa | Surface flow | 7–15 days |
medicinal plant | Dendrobium officinale, Cymbidium japonicum | Substrate cultivation | 6–12 months |
VII. Application Scenarios
Large-scale fruit and vegetable cultivation base
● — Multiple boxes connected in parallel to form a plant factory cluster, with an annual output of up to several hundred tons.
Urban farms and vertical agriculture
● — Container farms located on the outskirts of cities shorten the distance from farm to table.
Modern Agricultural Industrial Park
● — Smart Agricultural Technology Demonstration and Sightseeing Exhibition
Extreme environment regions
● — Localized supply of fresh vegetables for desert, plateau, island, and extremely cold regions
Catering and supermarket support services
● — On-site cultivation and immediate use for hotels, restaurants, and supermarkets
Research and Teaching
● — Plant Factory Experimental Platforms for Agricultural Colleges and Research Institutions
The Military and the Open Sea
● — Self-sufficiency in fresh vegetables for border defense outposts and远洋 vessels
VIII. Service and Support
pre-sale service
● Free site survey, planting scheme design, and return on investment analysis
installation and trial run
● Our professional engineering team will perform on-site installation and complete system commissioning within 48 hours.
Planting Training
● Provide hydroponic cultivation training, a planting SOP manual, and guidance on variety selection.
after-sale service
● 2-year full-device warranty, lifetime technical support, and 24/7 response service
Consumables supply
● Long-term supply of consumables such as nutrient solution concentrate, LED light panels, and sensors.
software upgrading
● The cloud platform offers lifetime free upgrades and continuous integration of new features.
IX. Company Profile
Hangzhou Henvic Intelligent Technology Co., Ltd. is a high-tech enterprise specializing in the research and development, production, and sales of intelligent agricultural equipment. The company has a strong presence in the fields of plant factories and facility agriculture, and is committed to providing global customers with modular, intelligent, and scalable integrated container plant factory solutions.
official website
● :
www.henvic.net
address
● Hangzhou, Zhejiang Province
main business
● Container-based plant factories, intelligent mushroom cultivation chambers, and agricultural IoT systems
