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Climatisation retrofit use case
Many Manna MIND projects do not start with a blank site.
01 · The problem
An existing room that is not repeatable
They start with an operator already running BSF, already producing larvae, and already seeing the same problem every few cycles:
the room looks fine from the outside, but the batches are not repeatable.
One week the trays run too hot near the end of the cycle. Another week the surface dries before the larvae are big enough to mix the substrate. One corner of the room performs differently from another. The operator changes a fan setting, opens a door, adds heat, turns on dehumidification, and learns to manage the room by habit.
That can work at pilot scale. It does not scale well.
This is the typical retrofit case for Manna MIND.
02 · The retrofit
Mapping the room into controllable parts
The customer already has a production space and climate equipment: AC, heaters, fans, humidifiers, dehumidifiers, sometimes lighting. Manna does not need to replace all of it with one proprietary box. The retrofit starts by mapping the room into controllable parts.
Sensors measure the real conditions: temperature, humidity and CO2 at minimum, with more sensors where the space needs them. MIND then drives existing or locally sourced equipment through relays. Each device has one job. The software decides when it should run.
03 · The biology
Climate that moves with the cycle
That matters because BSF climate is not one fixed setpoint.
Early in the cycle, wet substrate self-cools. Late in the cycle, larvae and drying substrate generate heat. Good climate control has to move with that biology, not hold a warehouse-style steady average.
04 · What changes
What the operator sees after the retrofit
After a MIND retrofit, the operator-visible change is not just "automation."
It is:
- fewer manual climate decisions during the day
- alarms when power, sensors, network or climate drift
- a dashboard showing what the room actually did
- climate profiles for breeding, nursing, rearing or hybrid use
- equipment that can still be sourced and serviced locally
- a system that can expand from one module to several rooms
The value is not that Manna ships a more expensive climate machine. The value is that the existing climate problem becomes measurable and controllable.
05 · Scaling
One control logic across different sites
That is why MIND can run across very different sites: a single container, a warehouse room, a greenhouse, or a multi-room industrial facility. The hardware changes. The control logic stays the same.
For an existing operator, the practical path is often simple: keep what can be used, replace what is undersized, add the missing sensors and control channels, and turn the room from daily babysitting into data-managed production.
Manna MIND is not only for new builds. In many cases, the first gain is understanding why the current room is inconsistent, and then giving the operator the control layer to fix it.
Keep exploring
Related topics and pages
- Manna MIND: the BSF production software explained — the software that drives existing climate equipment through relays
- Climate control showdown: the right system for BSF farms — how Manna MIND compares with tunnels, containers and vertical farms
- BSF technology course — the course on controlled production rooms and monitoring
Read next
- Manna MIND: the BSF production software explained — the software that drives existing climate equipment through relays
- Climate control showdown: the right system for BSF farms — how Manna MIND compares with tunnels, containers and vertical farms
- Monitoring and automation in BSF production — why visibility and climate control feedback loops come before heavy automation
- Our AI stack, demystified — how Manna documents and runs its own internal stack with AI agents
Next step
Plan a retrofit around the room you have
Manna can map an existing production space, identify the climate equipment worth keeping and show what the control layer would need.