Our approach from engineering to launch

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Your journey

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Feasibility

Pre-engineering assessment and co-design: objectives, requirements, and risks → environmental specifications (light, climate, airflow, water), initial design options, and budget.

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Engineering & Integration

Detailed design, component selection, interfaces & integration (mechanics, HVAC, water/fertigation, lighting & controls). Documentation forms the basis for validation.

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Build & Commissioning

Implementation and testing are followed by precise climate and light calibrations. The handover includes acceptance criteria along with measurement and commissioning reports.

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Lifecycle & Support

Preventive maintenance includes recalibrations, system updates, and operator training. Optional remote monitoring via Mission Control ensures ongoing performance insights.

Quality assurance & validation

PPFD range: 200 to +1,000 µmol/m²/s (crop- & objective-dependent)
Spectrum: 350–750 nm (broad & tunable)
DLI requirements: 5–35 mol/day

Climate from +6°C to +30°C with a deviation of +/- 1°C
Relative humidity control from 40 to 100%
Addition of CO2, whether or not extracted directly from the ambient air.

Light report: PPFD map, spectrum verification, uniformity analysis
Commissioning report: equipment tests, control tuning, safety checks
Final sign-off matrix aligned with predefined acceptance criteria

Keep your downtime low with remote monitoring
Response time for support: <4 h during business hours
Yearly or quarterly health check with recommended adjustments

Ready to get started?