Crop light as a controllable input

Valoya lighting shaped around biology and operations

Connect spectral power distribution, PPFD, photoperiod, canopy geometry, climate strategy, and control schedules in one horticultural lighting brief.

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Valoya controlled-environment crop lighting
SP45years in lighting
TM2,400+team members
MK45markets supported
PARPPFDcrop-plane planning

A shared measurement language

Move from fixture output to crop response conditions

Spectral power distribution

Describe photon distribution across wavelengths, crop stage, morphology objective, human-work requirements, and how spectrum is measured. CCT and CRI can help human observers but do not replace plant-relevant spectral data.

PPFD, DLI, and uniformity

Record target PPFD at the canopy, measurement grid, mounting height, photoperiod, daily light integral, crop spacing, and expected contribution from daylight.

Controls and environment

Coordinate dimming zones, schedules, sensor inputs, climate equipment, load constraints, commissioning, alarms, and fallback behavior.

Controlled-environment contexts

Different crops, facilities, and production rhythms

Vertical farms

Multi-layer geometry, HVAC loads, uniformity, recipes.

Greenhouses

Daylight integration, seasonal DLI, shading, climate.

Propagation

Close-canopy uniformity, sensitive stages, schedules.

Research

Repeatable treatments, zoning, logging, experiment controls.

Medicinal crops

Stage-specific spectrum, intensity, documentation, access.

Define the crop-plane target

Build the lighting and control brief around measurable growing conditions.

Start facility planning