INNOVO Light Lab · Exclusive Access
For Architects & Interior Designers
Experiment
with light.
A dedicated resource space for lighting professionals, designers and architectural practitioners.
Explore how real lighting parameters influence a space — using available INNOVO product specifications, photometric data and established lighting principles.
The Laboratory
Configure. Visualise. Analyse.
INDICATIVE SIMULATION · PHOTOMETRIC FILE: NOT AVAILABLE
01 — Select Space
02 — Room Dimensions
Floor area 20.0 m²
03 — Select INNOVO Product
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Light Performance
Select a product.
Indicative Illuminance
Data not available
Colour Rendering
TM-30 is shown only when spectral data exists; it is never derived from CRI.
Lighting Scenarios
Scenarios change quantity, layout, beam, CCT and dimming using only this product's available options. General Lighting targets ~300 lx by the lumen method.
Compare Setups
Save the current setup as A, change something, then save as B.
Product Data
Model, power, luminous flux, CCT, CRI and beam angle are read directly from the INNOVO catalogue. Missing values are shown as “Data not available”.
Calculated Results
Illuminance is calculated point-by-point (inverse-square and cosine laws) with a simple interreflection estimate, following principles published by CIE and IES.
Visual Simulation
The room render is shaded from those calculated values. It is an indicative visualisation, not a photometric rendering or laboratory measurement.
Simulation values are indicative and based on available photometric/product data. Final project calculations should be verified using project-specific geometry, surface reflectances and certified photometric files.
Lighting Science
The science behind the light
Lumens
How much light a source produces.
Lux
How much light reaches a surface.
Beam Angle
How concentrated or spread the light is.
CCT
How warm or cool the light appears.
CRI
How accurately colours are rendered.
Glare
Why visual comfort matters.
Don't just choose a light.
Understand what it does.
Wattage tells you what a fixture consumes — not how a space will feel. Optics, placement and the room itself decide the result.