Controlled cultivation infrastructure
Mushroom Grow Container System
A controlled growing room that turns ready fruiting bags into repeatable harvest schedules, with climate, airflow and sanitation engineered together.
One room, one crop plan, one controlled response.
This mushroom grow system combines an insulated enclosure, crop racks, air distribution, humidification, sensing and remote controls. It is designed for fruiting ready growing bags under a crop-specific operating recipe.
Matsutake cultivation
Matsutake requires a crop-specific protocol, carefully managed temperature and moisture, and a longer validation cycle before commercial scheduling.
Shiitake blocks
Longer maturation and controlled induction require stable scheduling and careful handling.
Lion’s mane
Side-fruiting bags need high humidity, clean air and enough spacing for natural form.
King oyster
Top-fruiting bags benefit from crop-specific air exchange, humidity and stem development targets.
Chestnut and pioppino
Wood-loving crops can be scheduled when incubation maturity and fruiting temperature are validated.
Explore the grow room in 3D.
Drag the model to rotate it. Select a numbered hotspot to view the component name, planning parameter and short description.
Loading the interactive system model.
Use equipment names that describe the function.
Clear naming improves tender documents, installation drawings, spare-parts lists and operator training across different markets.
Insulated growing enclosure
100 mm polyurethane insulated panels with a washable metal surface and insulated base assembly.
Inverter climate unit
Integrated cooling and heating capacity selected for local ambient conditions and crop load.
Low-velocity textile air duct
Fabric air distribution designed to reduce direct drafts and balance supply air across rack levels.
Retractable overhead misting system
Motorized lift, water lines, solenoid valves and fan-pattern nozzles controlled by the room system.
Environmental sensor package
Temperature, relative humidity and CO2 sensing, with optional substrate moisture and pH probes.
KSZK-01 environment controller
Local screen, control software, remote access module and camera monitoring for alarms and review.
Control is a loop, not a list of machines.
The room measures actual crop conditions, compares them with the active recipe, adjusts equipment and confirms the response.
Sense
Read temperature, humidity and CO2 at crop height.
Compare
Check readings against the recipe for the current growth stage.
Actuate
Modulate cooling, heating, misting, fresh air and circulation.
Verify
Confirm recovery time, record alarms and review crop response.
Temperature
Variable cooling and heating respond to room load, local weather and crop stage.
CO2 and airflow
A rated fresh-air path and 3,600 m³/h supply-air design distribute oxygen while avoiding harsh air velocity at the bags. Final airflow balance is commissioned with loaded racks.
Humidity
Retractable spray humidification supports a 60-95% RH operating range without making every surface permanently wet.
Sensors
Temperature, RH and CO2 readings feed the controller, alarms and remote production review.
Sanitation
Washable surfaces, drainage and an optional ozone cycle support between-batch hygiene.
Future interfaces
Lighting, water treatment, extra probes, energy metering and data export can be added to the specification after crop validation.
Read the system with the crop.
Equipment decisions become useful when they are connected to crop behavior, bag preparation and daily operating practice.
KS-JG162A Smart Mushroom Growing Module
Technical specifications, system functions and a practical configuration overview.
Read article
Songxiang No. 1 Shiitake Cultivation Guide
Block maturity, fruiting management and crop handling.
Read article
High-Efficiency Phoenix Oyster Cultivation
Bag preparation, environmental targets and harvest rhythm.
Read articleMaintenance follows the crop calendar.
Daily observation protects the current batch. Planned cleaning, calibration and service protect the next one.
Every shiftRoom and crop check+
Review temperature, RH and CO2 trends, inspect bags for contamination or drying, confirm drains are clear and listen for abnormal fan or pump noise.
Every weekAir and water check+
Inspect intake filters, clean nozzle strainers, confirm spray coverage, check fabric ducts and verify that loaded rack levels receive balanced airflow.
Between batchesWash, dry and reset+
Remove crop waste, clean racks and surfaces, flush water lines and document faults. Any ozone sanitation cycle must run in an unoccupied locked room, followed by verified ventilation before entry.
Planned serviceCalibrate and inspect+
Calibrate sensors, inspect electrical terminals, service the climate unit, review alarms and update preventive-maintenance records before seasonal load changes.
Plan growing bags by room residency.
These initial scheduling windows support layout and capacity discussions. Final cycles depend on strain, bag weight, substrate, inoculation quality and the harvest standard.
| Crop group | Typical incubation window | Typical fruiting-room window | Scheduling note |
|---|---|---|---|
| Oyster groups | About 2-4 weeks | About 3-6 weeks | Fast turnover. Multiple flushes need harvest and room-change planning. |
| Lion's mane | About 3-4 weeks | About 3-5 weeks | Side-fruiting cuts and spacing affect form and airflow. |
| King oyster | About 3-4 weeks | About 3-5 weeks | Top-fruiting bags need controlled humidity and air exchange. |
| Chestnut and pioppino | About 4-6 weeks | About 4-6 weeks | Confirm maturity and fruiting temperature with the strain supplier. |
| Shiitake blocks | About 6-10 weeks | About 4-8 weeks | Allow full browning and maturation before induction and first flush. |
Planning basis: Pen Tsao Ching crop documents and Cornell Small Farms guidance on indoor block production and cultivation stages. Validate every schedule with the selected strain and local substrate.
Start with crop load, not a container price.
The specification interface is ready for future capacity, energy, logistics, pricing and return-on-investment modules.
KS-JG162A
About 160 m² planning class for a standard commercial fruiting-room layout.
- External size
- 20.2 × 8.1 × 3.0 m
- Rated system power
- 18.8 kW
- Fresh air
- 970 m³/h
- Supply air
- 3,600 m³/h
KS-JG200A
A longer 25 m class option for projects that need additional rack length and crop capacity.
- Planning size
- 25 × 8.1 m
- Crop recipe
- Project specific
- Rack load
- To be engineered
- Site services
- To be confirmed
Post-harvest lines can be planned separately for drying, freeze drying, rapid freezing, slicing, conveyors, cold storage and washable handling equipment. Public pricing is intentionally omitted until crop capacity, destination, freight and local installation scope are confirmed.
Configure the room around the mushroom.
Tell us the crop, target output, site climate, utilities and preferred growing bag supply route.
Request configuration →