Vendor Teardown 09 — Pricing Offer + Red Flags

Source: 07_pricing_offer.pdf — Green Jungle offer for "Association 3" dated 12.03.2026

The headline number

€ 82 583.92 total, exclusive of VAT (assumed).

Breakdown by category

What's in the number

Every line in the pricing offer PDF has been mapped to the nine vendor-teardown documents (01–08). Nothing is un-accounted for inside the €82 584.

What's missing from the number (hidden scope)

The pricing offer is marketed as a turnkey build, but nine categories of necessary equipment / materials / services are not inside the €82 584 and the customer will discover them during install:

Net realistic cost for a functioning facility built on this vendor offer: €100 000–115 000, not €82 584.

The customer needs to go into the decision with that adjusted number.

Top-level red flags summary

🚩 RED FLAG 1 — HVAC under-sized at peak ambient

Flowering rooms get 15 kW nameplate each; derated for 38 °C Malta summer + SHR = ~9.6 kW effective sensible. Real load is 13.7–21.7 kW depending on whether dehumidifier hot side is ducted outdoors (unclear from the offer). In the worst case, the room hits 35 °C canopy on summer days and the customer loses a crop. See 06_hvac_cooling.md.

🚩 RED FLAG 2 — Flowering HVAC has zero redundancy

Each flowering room has one UCHA60-TDC. Failure mid-cycle → crop dead in 4–8 hours. Replacement lead time on a Chinese commercial unit in Malta: 4–6 weeks. One failure costs ~€15 000–30 000 of lost yield on a €3 200 unit.

🚩 RED FLAG 3 — No-name Chinese LEDs priced at Kingbrite money

€399 per "800 W top light" with no brand, no chip, no efficacy, no DLC listing, no warranty disclosure. At that price point the customer could have genuine Samsung LM301H EVO boards with spectrum graphs and 2-year warranty — instead they're getting an unidentified Epistar / LM281B+ board. See 03_lighting.md.

🚩 RED FLAG 4 — Growlink + Autogrow are two un-integrated cloud-dependent control islands

The facility has two automation vendors running in parallel: Growlink for climate + sensing + CO₂, Autogrow for fertigation. Neither integrates with the other. Both are cloud-dependent. Neither has a local fallback. If either vendor shuts down its cloud, that subsystem dies. This is a fragile architecture for a 5–10 year facility life. See 08_sensors_controls.md.

🚩 RED FLAG 5 — Dehumidifiers in flowering rooms have zero headroom

276 L/day sizes to the upper bound of expected moisture load. The first humid week in July / tight-VPD mid-flower / or defrost cycle push the dehu into saturation → humidity climbs → botrytis. See 05_dehumidification.md.

🚩 RED FLAG 6 — CO₂ enrichment implied but hardware not included

"Climalink with CO₂" controllers billed but no CO₂ tanks, regulators, solenoids, or PPM sensors. The customer is paying for controls that have nothing to control. See 03_lighting.md + 08_sensors_controls.md.

🚩 RED FLAG 7 — No carbon filtration / odour control anywhere

Cannabis flowering rooms require scrubbed exhaust. None on the bill. Malta licensing + neighbour complaints will force this before month 2.

🚩 RED FLAG 8 — No backup power

Grid outage of 4+ hours during flowering = irreversible crop damage. Malta summers have outages. Not a hypothetical risk.

🚩 RED FLAG 9 — No security / cameras / access control

Malta's cannabis production licensing requires tamper-evident physical security. Not on the bill.

🚩 RED FLAG 10 — Drip lines and main water pipes are "buy locally"

The customer thinks they're buying a turnkey grow; they're actually buying 80 % of one and assembling the rest on a deadline.

What the vendor got right

Not everything is wrong. Three line items are genuinely well-specced and worth keeping in any counter-proposal:

• ✅ Nanobubble oxygenation at €3 900 — premium, appropriate, hard to DIY cheaper. Keep. See 07_irrigation_and_water.md.
• ✅ RO at 250 L/h, €4 499 — oversized correctly. Keep. Possibly swap to a cheaper Chinese commercial unit but the sizing logic is right.
• ✅ Fan density (7 per flowering room) — correct. Keep the count; swap the brand from €79 generic to €120 AC Infinity Cloudline for reliability.
• ✅ Dehumidifier quantity (1 × 276 L/day per flowering room) — correct minimum, though we'd add a backup unit for headroom.
• ✅ Autogrow IntelliDose + Peripod M4 dosing skid — legitimate commercial mid-tier, the best-chosen component in the whole offer. Keep. See 07_irrigation_and_water.md.
• ✅ Growlink Terralink root-zone probes — correct type and count for drain-to-waste commercial monitoring. The Growlink ecosystem is the problem, not the Terralink probes themselves. (In the DIY build we replace them with TrolMaster RTI-W or METER TEROS 12 probes on a Home Assistant ESPHome bridge.)

Missing from the vendor documents entirely (both approaches need these)

These are things the customer has to address regardless of vendor vs DIY. They're gaps in the vendor offer, not gaps in our DIY proposal:

1. Malta cannabis licensing framework compliance — production licensing, GMP traceability, tamper-evident packaging, security.
2. Incoming 3-phase service capacity (80–100 A target) verification with landlord / EPD.
3. CO₂ enrichment hardware.
4. Backup power.
5. Mechanical room / condenser placement.
6. Carbon filtration for odour.
7. Security cameras + access control.
8. Water supply capacity + RO concentrate disposal.

Total 5-year TCO estimate for the vendor build

Capex €82 584 is just the start. Realistic 5-year total cost of ownership:

The capex line is 18 % of the 5-year cost of operating this facility. The customer should not be optimising the wrong 18 %.