A deep understanding of stringent regional codes and a commitment to energy efficiency — visualized before a single fixture is purchased.
We execute high-fidelity photometric calculations using DIALux, allowing clients to visualize luminous environments before purchase. Our designs guarantee complete compliance with AS/NZS 1680 standards, ensuring optimal visual comfort and workplace safety across all projects.
We also handle detailed lighting fixture selection, aligning perfectly with interior design requirements and architectural RCP plans to deliver visually stunning, energy-compliant spaces.
AS/NZS 1680 is the Australian/New Zealand interior and workplace lighting standard. We run high-fidelity DIALux photometric calculations to guarantee compliant lux levels, uniformity and glare control for visual comfort and workplace safety.
Yes. We produce rigorous Section J (J7) Lighting Power Density (LPD) calculations for residential and commercial properties to meet National Construction Code (NCC) energy-efficiency requirements.
Primarily DIALux for high-fidelity photometric simulation, letting clients visualize the luminous environment before a single fixture is purchased.
Yes. Luminaire selection is aligned to interior-design intent and the architect's Reflected Ceiling Plan (RCP) to deliver visually striking, energy-compliant spaces.
Drag the colour-temperature slider to warm or cool a lit space in real time — then flip on the simulated DIALux false-colour map to read illuminance (lux) across the floor, exactly as we deliver it in a photometric study.
Procedural demo — a 12-luminaire grid over a 12 × 8 m space at 3 m mounting height, illuminance by inverse-square law with cosine falloff. Real SYMATEQ studies use manufacturer IES files in DIALux / AGi32.
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