Design industrial zones and factories for safety, recognition, and uptime. We deliver standards-aligned layouts for internal roads and outdoor work areas using EN 12464-2, EN 13201/IES RP-8, IES G-1 (CCTV recognition), and BUG TM-15 for glare/spill. Our solar and LED portfolios cover yards, gates, loading docks, camera corridors, and parking interfaces—with risk-based targets for horizontal, vertical, and semicylindrical illuminance, controlled CCT (3000–4000K), CRI ≥80, and smart dimming for real energy savings.
Set lighting classes and levels by traffic speed, conflict points and tasks, not road width alone.
Use EN 13201 / IES RP-8 for internal roads and EN 12464-2 for outdoor work areas; reference IES G-1 for security/CCTV needs.
Hit practical Uâ‚€/Uáµ¢ targets to avoid dark patches that cause visual fatigue and safety incidents.
Specify low-BUG optics (TM-15) and cut-off distributions to protect drivers, workers and neighbors.
Favor 4000–5000K, CRI ≥80 near task and camera zones; allow CRI ≥70 on low-risk roads.
Choose heights/offsets that clear trucks and cranes while maintaining spacings for uniformity.
Use schedules, sensors and adaptive dimming for off-hours energy savings without compromising safety.
Specify IP66/IK09+ luminaires, surge protection and anti-corrosion finishes for harsh sites.
Separate road, yard and entry tasks so each can be controlled and maintained independently.
Use back-light shields/zero-uplight optics to meet BUG limits and minimize spill.
Place poles outside impact zones and maintain even pole-to-pole rhythm to guide drivers.
Prioritize uniformity before raising average illuminance; it improves safety with less power.
Design for Ev targets and avoid glare in camera FOV to reduce motion blur and artifacts.
Step down levels when traffic drops; restore instantly on detection.
Favor tool-less access, standard drivers/LED engines, and local spare part availability.
Compare options by TCO (energy + maintenance + downtime), not fixture price alone.
Compact, plug-and-play solar lighting systems with integrated PV, Solar Battery, and controller. Designed for fast rollouts and traditional street lights replacement in housing estates, campuses and parks.
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A flexible system for wider arrays and higher autonomy. Ideal where panel orientation is critical, these solar streetlights suit highways, coastal roads and parking lot upgrades, offering energy saving operation and easy maintenance.
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A flexible system for wider arrays and higher autonomy. Ideal where panel orientation is critical, these solar streetlights suit highways, coastal roads and parking lot upgrades.
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Our LED street-lighting portfolio covers five models engineered for collector roads, local streets and large parking lots.
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TY-TGD16 LED Flood Light brings scalable output and precise aiming to outdoor projects. Its modular, linkable design delivers up to 120 W per module with 8°/20°/40°/60°/90°/100° beam options, an adjustable mounting bracket, and a durable die-cast aluminum body.
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The Multi-Function Pole stands 10–12 m and consolidates lighting, cameras, and signage for urban corridors. Its durable steel construction supports long-term reliability and safety in smart-city deployments. 
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The Multi-Function Pole stands 10–12 m and consolidates lighting, cameras, and signage for urban corridors. Its durable steel construction supports long-term reliability and safety in smart-city deployments. 
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