マツタケスマート培養キャビン
I. Product Overview
Matsutake (Tricholoma matsutake) is a precious ectomycorrhizal edible fungus. Traditionally it has relied on wild harvesting, with yields constrained by natural climate conditions and forest resources, making supply extremely unstable. The Henvic Matsutake Smart Cultivation Cabin (HVC-40 Series) adopts biomimetic substrate and mycorrhizal symbiosis cultivation technology, recreating the soil micro-ecology of a pine forest in a sealed, fully controlled environment to achieve stable year-round cultivation covering matsutake mycelium incubation, primordium formation and fruiting body growth.
The cabin is fitted with a biomimetic pine-needle humus substrate bed, a micro-mist humidification system, a low-light/darkness management module and a multi-parameter environmental control system. It automatically maintains the optimum combination of substrate temperature and moisture, air temperature and humidity, CO2 concentration and light, significantly improving both fruiting rate and product quality. The entire cabin is prefabricated in the factory and ready for use once lifted into place, making it suitable for industrial-scale production of precious edible fungi, scientific research and breeding, and premium food supply chain bases.
III. Core Features
- Mycorrhizal biomimetic cultivation: a pine-needle humus biomimetic substrate formula combined with symbiotic strain inoculation technology recreates a soil micro-ecology close to that of a wild pine forest, providing optimal conditions for matsutake mycorrhizal symbiosis.
- Precise micro-environment regulation: multi-point sensors monitor substrate temperature/moisture content, air temperature and humidity, CO2 and light in real time, automatically maintaining the optimal environmental curve for each growth stage.
- Intelligent humidification and moisture retention: a dual system of micro-mist spraying and ultrasonic humidification stably maintains humidity above 90% during the fruiting period, preventing the caps from cracking.
- Low-light and darkness management: automatically switches between darkness and low-light modes according to the growth stage, preventing light from inhibiting mycelial spread and primordium differentiation.
- Sterile environmental control: high-efficiency fresh air filtration combined with scheduled ozone/UV disinfection significantly reduces the risk of contamination by competing fungi, diseases and pests.
- Remote intelligent management: 10-inch touch screen for local control plus app/cloud platform remote monitoring, with automatic alarms for abnormalities and support for networked cluster management of multiple cabins.
- Modular rapid deployment: fully prefabricated and plug-and-play with no civil works required; the whole cabin can be lifted and transported as a unit, allowing rapid replication and capacity expansion.
IV. Main Technical Parameters
| Item | Specification |
|---|---|
| Model | HVC-40 (Matsutake Smart Cultivation Cabin) |
| Cabin Dimensions | 12192 × 2438 × 2896 mm (40 ft high-cube class) |
| Cabin Material | High-density insulated sandwich panel (PU polyurethane insulation layer) |
| Effective Cultivation Area | Approx. 120–150 m² (biomimetic substrate bed cultivation) |
| Cultivation Method | Pine-needle humus biomimetic substrate · mycorrhizal symbiosis cultivation |
| Temperature Control Range | 10–28 ℃ (accuracy ±0.5 ℃) |
| Humidity Control Range | 70–98% RH (accuracy ±3%) |
| Light Management | Dual darkness/low-light mode, adjustable 0–200 lux |
| CO2 Concentration Control | Automatic supplementation within 600–1500 ppm |
| Substrate pH Range | 4.5–6.0 (automatic online monitoring) |
| Humidification System | Micro-mist spraying + ultrasonic humidification dual system |
| Ventilation System | Dual mode: fresh air exchange + in-cabin circulation |
| Control System | PLC + 10-inch touch screen + app remote monitoring |
| Power Supply | 380 V / 50 Hz, three-phase five-wire |
| Rated Power | Approx. 20–30 kW |
| Daily Power Consumption | Approx. 50–100 kWh (varies with season and environment) |
| Reference Production Cycle | Mycelium incubation 60–90 days + fruiting 15–25 days |
| Operating Ambient Temperature | -20 ℃ – 45 ℃ |
Note: The above parameters apply to the standard configuration and can be customized according to cultivation scale and strain characteristics.
V. Matsutake Growth Stages and Environmental Recommendations
5.1 Cultivation Process
Substrate preparation and sterilization → inoculation with symbiotic strains and mycelium incubation → primordium induction and formation → fruiting body growth and harvesting → substrate rotation and cabin disinfection. The entire process is executed automatically by the control system according to the preset environmental curve.
5.2 Environmental Recommendations for Each Growth Stage (can be programmed and preset through the control system)
| Growth Stage | Substrate Temperature | Air Humidity | Light | CO2 Concentration |
|---|---|---|---|---|
| Mycelium incubation | 20–25 ℃ | 70–80% RH | Darkness (0 lux) | 800–1200 ppm |
| Primordium formation | 15–20 ℃ | 85–95% RH | Low light (50–100 lux) | 600–1000 ppm |
| Fruiting body growth | 15–22 ℃ | 85–95% RH | Low light (100–200 lux) | 600–900 ppm |
VI. Application Scenarios
- Industrial production of precious edible fungi: achieves stable year-round matsutake cultivation, eliminating dependence on seasonal wild harvesting.
- Scientific research and breeding: a platform for research into the symbiotic mechanism of ectomycorrhizal fungi, and for the selection, breeding and domestication of superior strains.
- Premium food supply chains: a direct-supply base for supermarkets, restaurants and e-commerce, ensuring stable supply and consistent quality.
- Extension of the under-forest economy: serves as a technical demonstration unit for pine forest resource protection and assisted artificial propagation.
- Fresh supply in special environments: a premium mushroom supply solution for plateaus, inland areas, islands and other non-pine-forest producing regions.
Henvic · Smart Plant Factory Solutions
The parameters contained in this product introduction are reference values for the standard configuration; the technical agreement confirmed by both parties shall prevail. Customized solutions are welcome — please contact us for details.
