Large Smart Fruit & Vegetable Growing Pod HVC-40 | Henvic

Large Intelligent Fruit & Vegetable Growing Pod

I. Product Overview

The large-scale intelligent fruit and vegetable growing cabin (HVC-40 Series) is a mobile plant factory product developed by Henvic for large-scale fruit and vegetable production. The entire cabin uses a 40 ft high-cube-grade insulated container body, with a built-in multi-tier vertical hydroponic system, a full-spectrum LED supplementary lighting system, an intelligent environmental control system and a nutrient solution recirculation system, enabling efficient year-round production of leafy vegetables, fruit vegetables and berries inside a container.

The growing cabin does not depend on the natural climate. Intelligent control algorithms automatically regulate the five key factors of temperature, light, water, air and nutrients to provide the optimal growing environment for crops. The equipment is ready to use on arrival and can be transported by overall lifting, making it suitable for urban farms, protected agriculture parks, supermarket direct-supply bases, and fresh fruit and vegetable supply in plateau, polar, island and other special environments.

II. Product Photos

HVC-40 large intelligent fruit and vegetable growing cabin exterior HVC-40 growing cabin interior vertical cultivation system HVC-40 growing cabin crops and lighting system in operation

III. Core Functions and Features

  • Efficient vertical production: 4–6 tier vertical growing racks with an effective cultivation area of approx. 320–400 m², delivering yields up to 30–50 times those of open-field cultivation on the same footprint;
  • Full-spectrum intelligent supplementary lighting: dedicated plant growth LED chips with the spectrum automatically adjusted to crop type and growth stage, and light intensity continuously adjustable from 300–800 µmol/m²/s;
  • Precise environmental control: PLC core with multi-point sensors automatically regulating temperature, humidity, CO₂ and ventilation, supporting differentiated day/night and stage-specific environmental curves;
  • Integrated water and fertilizer management: automatic nutrient solution proportioning, recirculation and sterilization with online EC/pH monitoring, achieving water savings of over 90% and zero-discharge recycling;
  • Remote intelligent management: 10-inch touch screen for local control plus mobile app / cloud platform remote monitoring, automatic anomaly alarms, and networked cluster management of multiple cabins;
  • Modular rapid deployment: the entire cabin is factory-prefabricated and plug-and-play, requiring no civil construction work; it can be lifted and transported as a whole for rapid replication and capacity expansion;
  • Stable year-round production: unaffected by season, geography or extreme weather, enabling continuous harvesting throughout the year and a secure, stable supply chain.

IV. Main Technical Parameters

ItemSpecification
Product ModelHVC-40 (large-scale intelligent fruit and vegetable growing cabin)
Cabin Dimensions12192 × 2438 × 2896 mm (40 ft high cube grade)
Container MaterialHigh-density insulated sandwich panel (PU polyurethane insulation layer)
Effective Cultivation AreaApprox. 320–400 m² (multi-tier vertical cultivation)
Number of Cultivation Tiers4–6 tiers, adjustable
Temperature Control Range15–35 ℃ (accuracy ±1 ℃)
Humidity Control Range40–95% RH (accuracy ±5%)
Lighting SystemFull-spectrum LED, adjustable 300–800 µmol/m²/s
CO₂ Concentration Control400–1500 ppm automatic enrichment
Nutrient Solution SystemNFT/DFT dual mode with automatic EC/pH adjustment
Ventilation SystemFresh air exchange + in-cabin recirculation dual mode
Control SystemPLC + 10-inch touch screen + app remote monitoring
Power Supply380 V / 50 Hz, three-phase five-wire
Rated PowerApprox. 25–35 kW
Daily Power ConsumptionApprox. 60–120 kWh (varies with season and environment)
Suitable CropsLeafy vegetables, fruit vegetables, berries, herbs and more — 60+ varieties
Reference Batch CapacityLeafy vegetables approx. 400–600 kg per batch
Operating Ambient Temperature-20 ℃ – 45 ℃

Note: The above parameters refer to the standard configuration and can be customized according to the crop planted and project requirements.

V. Suitable Crops and Environmental Recommendations

5.1 Suitable Crops

Leafy vegetables: lettuce, bok choy, leaf lettuce, spinach, celery, crown daisy, etc.;

Fruit vegetables: tomato, pepper, cucumber, eggplant, strawberry, etc.;

Herbs: basil, mint, coriander, rosemary, etc.

5.2 Environmental Recommendations by Growth Stage (presettable via the control system programme)

Growth StageTemperatureHumidityRecommended Lighting
Seedling Stage22–25 ℃70–80% RH200–300 µmol/m²/s
Vegetative Growth Stage20–26 ℃60–75% RH300–450 µmol/m²/s
Flowering and Fruiting Stage (fruit vegetables)22–30 ℃55–70% RH400–600 µmol/m²/s
Pre-Harvest20–24 ℃55–65% RH300–400 µmol/m²/s

VI. Application Scenarios

  • Urban agriculture and community gardens: supplying fresh leafy and fruit vegetables locally and shortening the supply chain;
  • Protected agriculture parks: serving as a year-round production unit and a seedling propagation centre;
  • Supermarket / foodservice direct-supply bases: production planned against orders to guarantee quality and supply stability;
  • Vegetable supply in special environments: plateaus, deserts, islands, polar regions and post-disaster emergency scenarios;
  • Research and education: crop physiology research and smart agriculture teaching and demonstration platforms.

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