Turning the mushroom growing environment
into a controllable, replicable industrial system
Built around intelligent environment control, SHANHAIRUO has developed a complete technology system covering precise environmental control, cultivation-process adaptation, engineered delivery and digital O&M — turning mushroom production from a weather-dependent practice into standardized, year-round, quality-stable output.
Technology System Overview
Precise Environmental Control
Closed-loop control of temperature, humidity, CO₂ and light — faithfully reproducing the ideal growing environment for mushrooms.
Smart Energy & Fresh Air
Mushroom-specific energy-saving heat pumps, CFD-simulated fresh-air systems and high-efficiency humidification keep the cabin at optimal conditions with low energy consumption.
Cultivation Process Adaptation
Editable control modes by species and growth stage enable one-tap smart cultivation of multiple mushroom varieties.
Digital O&M
Mobile APP remote monitoring plus data dashboards — worry-free O&M across countries and time zones.
Six Core Technologies
1 · Smart Cultivation Control
Through a high-precision sensor system and intelligent control algorithms, key growth factors — temperature, humidity, light and CO₂ concentration — are precisely controlled throughout the growing process. Automatic growth-control modes can be edited by species and growth stage for one-tap smart cultivation of multiple mushroom varieties.
2 · Mobile APP Remote Monitoring
Based on an industrial IoT control system, the mobile APP collects data remotely and monitors the operating status of the cabin and each device’s parameters in real time. It supports remote modification of target parameters and control modes, and provides operating-data analysis and push notifications for device faults.
3 · Smart Energy-Saving Heat Pump
A high sensible-heat-ratio air-source heat pump purpose-built for the high-humidity mushroom environment saves more than 20% energy compared with conventional heat pumps. With a proprietary large-pressure-ratio design based on full DC inverter and vapor-injection technology, it can operate at ambient temperatures as low as -35°C.
4 · Smart Fresh-Air System
Using CFD simulation, the CO₂ concentration inside the cabin is precisely controlled. Based on the CO₂ change rate and the mushroom growth process, the fresh-air system starts automatically at the right time to ensure proper oxygen levels.
5 · High-Efficiency Humidification
Ultrasonic or high-pressure micro-mist humidifiers can be configured by mushroom species, delivering high humidification intensity with fine, uniform droplets to reach the target humidity quickly. Intelligent time control or automatic target control is supported, with energy consumption per unit of humidification only 1/10 of other methods.
6 · Smart Lighting
Purpose-built LED grow lights offer high luminous efficacy, low energy consumption and an adjustable spectrum. They provide light of different wavelengths, duration and brightness for different species and growth stages, helping improve both yield and quality.
Key Technical Specifications
| Parameter | 20ft Cabin (Grid Rack) | 20ft Cabin (Shelf Rack) | 40ft Cabin (Grid Rack) | 40ft Cabin (Shelf Rack) |
|---|---|---|---|---|
| External dimensions | 6×2.5×2.9 m | 6×2.5×2.9 m | 12×2.5×2.9 m | 12×2.5×2.9 m |
| Power supply | 220V 50HZ | 220V 50HZ | 220V 50HZ | 220V 50HZ |
| Max input power | 7 kW | 6 kW | 13 kW | 13 kW |
| Mushroom log capacity | Approx. 1,800 | — | Approx. 4,000 | — |
| Growing area | — | 30–35 m² | — | 60–70 m² |
| Ambient operating temp. | -35°C to 45°C | -35°C to 43°C | -35°C to 45°C | -35°C to 43°C |
| In-cabin temperature | 10°C to 30°C | 10°C to 30°C | 10°C to 30°C | 10°C to 30°C |
| In-cabin humidity | 35–99% | 35–99% | 35–99% | 35–99% |
| In-cabin CO₂ control range | 400–5000 ppm | 400–5000 ppm | 400–5000 ppm | 400–5000 ppm |
| Supplemental lighting | White, blue, etc. | White | White, blue, etc. | White |
| Footprint | 15 m² | 15 m² | 30 m² | 30 m² |
| Color | White or other custom colors | White or other custom colors | White or other custom colors | White or other custom colors |
| Cabin weight | 3.5 t | 3.5 t | 6 t | 6 t |
Note: Yield depends on the cultivated species and is calculated from the actual number of mushroom logs and the yield per log. The above are configuration parameters of the selected models; SHANHAIRUO supports customized design, construction and delivery in various forms and sizes.
Extreme-Climate Adaptability
Challenge: high altitude, low air pressure and large day-night temperature swings; fresh mushrooms long depended on out-of-region supply.
Response: coordinated fresh-air and CO₂ control adapted to low-oxygen conditions, plus a dual-species zoned cultivation parameter package.
Challenge: severe winters; traditional greenhouses are costly to insulate and have a short fruiting season.
Response: our large-pressure-ratio heat pump operates at -35°C; the super-insulated cabin combined with the smart heat-pump unit effectively reduces thermal loss.
Challenge: hot, humid island climate with high mold and pest risk.
Response: calibrated cooling and dehumidification, clean fresh-air and high-efficiency humidification systems, and unattended remote O&M.
Cultivation Process & Production Efficiency
- Year-round continuous production: precise control of temperature, humidity, light and CO₂ frees mushroom production from seasonal constraints, enabling all-weather, off-season, modern large-scale production.
- Unaffected by the environment: the independent artificial environment avoids the impact of extreme weather such as rain and snow, drought and flood, cold waves and heat.
- High land-use efficiency: vertical farming and multi-layer space arrangement improve land-use efficiency by dozens of times compared with traditional agriculture.
- High yield, fast returns: explosive fruiting — about 10 days after loading the logs, the first harvest can be made, with 2–3 harvests per month. Compared with traditional greenhouses, the production rhythm is much faster and investment is recovered sooner. (Yield depends on species and is calculated from the number of logs and yield per log.)
- Ultra-low post-harvest loss: post-harvest loss of agricultural produce can be as high as 30%, mostly from long-distance transport and storage; on-site cabin production greatly shortens transport and storage time, reducing loss to a negligible level.
- Energy saving: the super-insulated container body combined with the smart heat-pump unit effectively reduces thermal loss; the micron-level mist humidifier saves 92%–95% of water.
- No pests, no pesticides, no heavy metals: the independent artificial environment with a green disinfection system needs no pesticides and blocks pests at the source; modern processes such as hydroponics and aeroponics ensure crop safety.
- Labor saving: the control system operates autonomously, providing suitable conditions at every stage and reducing on-site manual management and reliance on growing experience.
Engineered Delivery Capability
- Standard cabin: built in standard 20ft / 40ft container dimensions, unrestricted for sea and land transport, deliverable as a complete unit directly to the project site.
- Standard utilities: 220V 50HZ mains power with matching supply capacity and reliable grounding; external water source for humidification meeting municipal tap-water requirements at 2–3 bar.
- Installation: once the container is placed and grounded, it is ready to run; elevated-foundation installation adapts to different site conditions.
- Scalable by unit: each cabin runs and is controlled independently; capacity adds linearly with each unit, allowing phased expansion in line with market demand.
- Customized delivery: we support customized design, construction and delivery in various forms and sizes for different customers.
Technology Roadmap
Integrated PV & Energy Storage
Advancing the “PV-storage smart cultivation space station” to cut electricity costs for suburban and overseas projects with clean energy and improve off-grid adaptability.
Cultivation Parameter Library & AI Growth Models
Continuously accumulating operating data across species and climate zones, enriching the control parameter library and iterating AI optimization algorithms so new projects can call up proven schemes in one tap.
Species Adaptation Expansion
On top of validated species such as oyster mushroom, lion’s mane and golden tremella, expanding cultivation processes for more high-value edible mushrooms and specialty varieties.
Cross-Border Remote O&M Platform
Upgrading cloud O&M capabilities for overseas projects, enabling cross-time-zone device monitoring, fault alerts and remote diagnostics.
Want to talk technology, or build a solution?
Whether it is teaching and research equipment for universities, capacity planning for local industrial parks, or complete-unit export for overseas projects, we can provide a technical solution based on your specific climate and species.