Our Dialux Lighting Design Services deliver advanced and accurate lighting simulations for both interior and exterior spaces. With the help of Dialux evo, we develop realistic 3D lighting models that integrate seamlessly with architectural plans, allowing clients to experience and assess illumination quality before installation. Our team ensures every project meets global lighting standards, optimizing for performance, aesthetics, and energy efficiency. From residential and commercial spaces to industrial and infrastructure projects, we provide tailored lighting layouts, fixture recommendations, and sustainable solutions designed to enhance comfort, functionality, and visual appeal.
We develop complete lighting designs using Dialux, integrating photometric data and luminaire specifications to simulate real-world performance.
Each design is tailored for visual comfort, energy efficiency, and compliance with lux-level requirements as per project standards.
- Indoor, outdoor, roadway, and façade lighting design.
- Lux level calculation and uniformity analysis.
- Fixture placement and beam angle optimization.
- Emergency lighting and escape route design.
- Energy consumption and lighting power density analysis.
- 3D visual rendering of lighting scenes.
Once the design is finalized, we prepare detailed lighting layouts and technical documentation suitable for construction and approval processes.
Each drawing and schedule is generated directly from Dialux outputs and refined for integration into BIM or CAD workflows.
- Lighting layout drawings with fixture tagging.
- Room-wise and area-wise lighting schedules.
- Fixture selection sheets with manufacturer data.
- Cable and switching layout coordination (if required).
- Export options for integration into Revit or AutoCAD.
Our lighting analysis services ensure that the proposed design meets illumination, glare, and energy criteria defined by standards such as IS, EN, CIBSE, and LEED.
We also provide value engineering support to optimize fixture count, spacing, and wattage without compromising performance.
- Daylight and artificial light analysis.
- Luminance and glare (UGR) evaluation.
- Comparison between design options and fixture types.
- Compliance reports with international standards.
- Optimization for cost, energy, and maintenance efficiency.
