Grow Room Controller
Controls air temperature, humidity, CO₂ and fresh-air mixing in each cropping room, automatically following the stage of the crop.
BANDHUJA MYCHO AI
Plant AI AutomationSmart climate control & farm audits for mushroom plants
Grow Room 3 · Pinningsample data
Air temp17.2 °C
Humidity90.4 %
CO₂920 ppm
Compost24.8 °C
What’s in every BANDHUJA MYCHO AI system
One connected system for grow rooms, tunnels and HVAC — designed for Indian mushroom farms and supported by our own engineers.
Tunnel & Compost Controller
Manages Phase II and Phase III tunnels: compost temperature probes, air recirculation and pasteurisation / conditioning programmes.
Motorised Damper Actuators
Precise fresh-air and recirculation damper positioning, driven directly by the controller for stable room climate.
Mobile Dashboard
See every room live on your phone, get alerts when a reading drifts, and change setpoints from anywhere.
HVAC Integration
Works with the farm's chillers, air-handling units and heaters so cooling, heating and humidification run as one system.
AI Crop Profiles
Ready-made climate programmes for each crop stage, refined over time using your own farm's data and yields.
Climate profiles for every crop stage
The controller switches profiles automatically. Typical button-mushroom ranges are shown — each farm is fine-tuned during commissioning.
Mycelium colonises the compost. Room kept warm and closed.
Compost temp24–26 °C
Air RH90–95 %
CO₂High (closed room)
Fresh airMinimal
What “smart” means at BANDHUJA MYCHO AI
Real-time Monitoring
Temperature, humidity, CO₂ and compost probes are logged every minute for every room.
Automatic Setpoint Control
The controller moves dampers, fans and HVAC to hold each setpoint — no manual adjusting.
History & Trends
Compare crops, rooms and seasons to see exactly what produced your best flushes.
Smart Alerts
Instant phone alerts for out-of-range readings, power cuts or equipment faults.
On our AI roadmap
Being developed and tested — not yet part of the standard system:
- Yield prediction from climate and compost history
- Camera-based pin count and harvest-readiness detection
- Energy optimisation that shifts cooling to cheaper hours
30 days of measured data from your farm
Before changing anything, we measure. Our engineers instrument your rooms, tunnels and compost for a full crop cycle and show you exactly where yield and energy are being lost.
Compost Diagnostics
- Moisture content
- pH
- Residual ammonia (NH₃-N)
- Total nitrogen
- C : N ratio
- Bulk density
Energy Diagnostics
- Power use per room and per tonne
- Chiller and AHU efficiency
- Insulation and air-leak checks
- Peak-load analysis
Yield Diagnostics
- Yield per tonne of compost
- Flush-by-flush output
- Quality grade split
- Climate vs. yield correlation
Audit timeline
- Day 1
Site visit & sensor install
Wireless sensors placed in rooms, tunnels and compost.
- Days 2–30
Data logging
A full crop cycle is recorded without disturbing your operation.
- During cycle
Compost sampling
Samples are tested at our laboratory.
- Week 5
Audit report
Findings, scores and a prioritised improvement plan.
- Week 6
Review meeting
We walk you through results and upgrade options.
Audit packages
Price on request — based on farm size and location.
Small Farm
Up to 4 grow rooms
- Climate & energy logging
- Compost sample tests
- Summary report
Medium Farm
5 – 12 grow rooms
- Everything in Small
- Tunnel diagnostics
- Detailed yield analysis
Large Facility
12+ rooms with composting
- Everything in Medium
- Full compost-yard audit
- On-site review workshop
Frequently asked questions
It keeps every room on the right climate for its crop stage, day and night, and records everything. That means fewer crop losses, more consistent quality and less dependence on manual checks.
Talk to a BANDHUJA MYCHO AI engineer
New plant or existing farm — tell us your rooms and crop plans, and we will suggest the right automation and audit package.