From modular splicing and seamless connection to layout planning and power distribution, this article covers the design essentials, visual effects, and project applications of continuous linear lighting systems — a one-stop design guide for large commercial spaces.

Linear lighting or traditional troffer lighting – which is better for commercial projects? This comprehensive comparison covers efficacy, energy consumption, installation methods, and long-term costs to help facility managers and procurement professionals make informed decisions.

Dark bathrooms, basements, and offices without windows? The Lumin Ultra-Thin Skylight H50 Series uses Rayleigh scattering to create a realistic blue sky in a 50mm slim profile. Read on to learn how it works, where to use it, and why it's different.

Commercial spaces, basements, or showrooms lacking natural light? Direct‑down blue sky lights feature Rayleigh scattering technology and an “artificial sun” design, delivering powerful illumination. Read on to understand the principle, suitable applications, and specification differences.

Dark bathrooms, basements, or offices? Angled wall-washing blue sky lights use Rayleigh scattering technology to simulate real blue sky and sunlight slanting through a window. Read on to understand the principle, scenarios, and specifications.

EPBD and ESPR are fully enforced in 2026, raising the EU market entry bar from energy efficiency to full lifecycle sustainability and smart integration. This guide covers key requirements and compliance pathways.