LED Knowledge

How ZigBee “follow-me” smart lighting keeps light ahead and behind people and vehicles automatically, customized to each site for safety and energy savings.

How ZigBee smart railway tunnel lighting uses speed and motion sensors to dim for fast trains and brighten for slow trains or stops, saving energy safely.

How ZigBee smart highway tunnel lighting uses microwave motion and daylight sensors to brighten tunnels for safety while cutting energy and carbon emissions.

How ZigBee mesh smart office lighting uses microwave motion and constant-illumination sensors to keep workspaces comfortable while cutting energy waste.

How ZigBee smart lighting uses daylight and infrared illuminance sensors to auto-adjust high-speed rail platform lighting based on natural light and train arrivals.

How ZigBee 3.0 mesh smart subway lighting uses occupancy sensors to brighten platforms to 100% when trains arrive and dim when empty, cutting energy.

How ZigBee 3.0 mesh smart warehouse lighting uses motion and daylight sensors to cut energy up to 70% and reduce carbon emissions.

How ZigBee 3.0 mesh smart classroom lighting uses one-touch scenes, daylight harvesting and occupancy sensing to cut energy and carbon emissions.

Indoor sports hall lighting guide – EN 12193 lux by sport, UGR 19 vs 22, gymnasium layout and multi-sport dimming scenes.

LED tunnel lighting design standards explained – EN and CIE requirements, tunnel zones, luminance vs lux and automatic dimming.