Product Features:
Adaptive Structural Engineering
Modern lighting systems transcend fixed-form solutions through precision-engineered modularity. Consider highway interchange lighting where swivel-base poles reorient fixtures to eliminate tunnel vision effects during curved night driving, or sports complexes requiring asymmetrical arm configurations to avoid field-of-play shadows. The underlying system employs universal slip-fit couplings with IP66-rated seals, enabling ground crews to reconfigure heights from 6m to 12m using only standard torque wrenches - no welding or hot-dip galvanizing required. This reconfigurability proves critical when retail plazas expand: existing poles accept additional cross-arms to illuminate new parking sections without pouring fresh foundations. The true innovation lies in load-calibrated components; each knuckle joint bears laser-etched load ratings so engineers can safely create cantilevered arrangements for bridge deck illumination or angled configurations for historic district preservation where vertical clearance is constrained. This transforms static infrastructure into responsive lighting assets.
There is no need to touch the power supply, and there are no threats from high temperatures or voltages.
Specification：
| Color Temperature(CCT) | 4000K |
| Lamp Luminous Efficiency(lm/w) | 140LM/W |
| Solar Panel | Monocrystalline silicon cell |
| Battery | Lithium battery 12V |
| Discharge time | Saving model: 3-5 rainy days |
| Working Mode | PIR sensor |
More details：
Usage:
Urban Arterial Illumination
Modern street lighting systems address complex municipal challenges through adaptive photometrics. Along curved bypass routes, Type III optics maintain 15-lux uniformity while preventing over-spill into adjacent residences-critical when illuminating elevated highway sections near apartment complexes. Secondary road deployments utilize networked controls: motion sensors dim fixtures to 30% during low-traffic periods, recovering full intensity as buses approach stops, achieving 63% energy savings versus dusk-to-dawn operation. The engineering extends to pedestrian safety; crosswalk luminaires incorporate asymmetric lenses that boost vertical illuminance to 20 lux at face height, enabling drivers to identify pedestrians 2.3 seconds faster than standard cobraheads. This isn't mere visibility-it's dynamic light management reconciling safety, efficiency, and light pollution mitigation across ever-changing urban grids.
Off-Grid Rural Resilience
Rural installations transform energy constraints into reliability advantages through self-sustaining architectures. Photovoltaic-integrated poles store daylight in lithium-iron-phosphate batteries, delivering five consecutive cloudy nights of runtime at 40-lux service levels-proven along mountainous farm access roads where grid connections prove cost-prohibitive. The systems incorporate voltage-agnostic drivers (90-305VAC input range) that withstand generator fluctuations common in agricultural areas, maintaining constant output despite ±25% voltage swings. Crucially, thermal management prevents cold-weather failures: phase-change materials in battery compartments maintain optimal temperatures at -30°C, while passive heat-siphoning from LED modules prevents snow accumulation on lenses. These solutions enable vital connectivity: livestock transporters navigate unlit gravel roads safely, and remote clinics maintain secure perimeter lighting without grid dependence-turning power limitations into operational independence.
About our company
Shenzhen Benwei Lighting Technology Co., Ltd is a well-known company that designs, develops, makes, and sells high-tech goods, including LED lighting products. The plant where we work opened in 2010 and is in Shenzhen.
Our address
3rd Floor, 5th Building, Hebei Industrial Park, Hualian Community, Longhua District, Shenzhen, China
