Pedestrian Safety Lights

Pedestrian Safety Lights are safe and reliable, intelligent and efficient, green and energy-saving, adaptable to scenarios, and economical and worry-free. They integrate high-visibility optics, vehicle-road coordination, low-power light sources, multi-functional integration, and convenient maintenance to boost smart transportation.

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Description

Product Introduction

Safety and Reliability: High-visibility optical design, anti-interference redundant structure, extreme environment protection (IP65/wide-temperature operation).
Intelligence and Efficiency: Vehicle-road coordination (V2X), AI dynamic timing, pedestrian-friendly interaction (intelligent crossing + voice prompts), remote operation and maintenance.
Green and Energy-Saving: LED low-power light sources (energy saving ≥70%), solar power supply, recyclable materials (recovery rate ≥95%).
Scenario Adaptability: Multi-functional integration (smart poles/cameras), special scenario customization (fog mode/silent mode), aesthetic design.
Economy and Convenience: Modular maintenance (cost reduced by 60%), long-life components (light source lifespan ≥100,000 hours), full-cycle low carbon.

product-497-67

Safety Performance

Uses ultra-bright LED light sources (luminous intensity ≥4000cd) and freeform surface lenses to achieve a ≥150° wide-angle visible range, ensuring drivers can clearly identify signals in harsh environments such as rain, fog, and strong light (e.g., effective visibility ≥200 meters in foggy days).

Dynamic brightness adjustment: Automatically adapts to day-night light changes via ambient light sensors (brightness range 500-5000cd/m²) to avoid glare at night or blurred signals during the day.

IP65 protection rating: Fully sealed structure resists heavy rain and dust.

Intelligent Interaction

Vehicle-Road Coordination and Dynamic Regulation

V2X technology integration: Supports vehicle networking communication (e.g., DSRC/CAN bus), real-time reception of vehicle position and speed data, and dynamic adjustment of traffic light timing (e.g., green light extended by 15 seconds for bus priority).

AI adaptive algorithm: Analyzes traffic flow density via intersection cameras to automatically switch between "peak congestion mode," "flat peak balanced mode," and "late-night energy-saving mode," increasing average traffic efficiency by 20%.

Data-Driven Management Platform

Traffic big data analysis: Accumulates intersection traffic data to provide decision-making basis for urban planning (e.g., optimizing lane division and predicting congestion blackspots).

Energy Efficiency and Sustainability

Material Circulation and Low Carbon

Recyclable structure: Lamp body uses ADC12 aluminum alloy + 30% glass fiber nylon, with modular design for key components and a recovery rate ≥95%.

Carbon footprint optimization: Photovoltaic power supply during production, 30% reduction in transportation volume, and 40% reduction in full-life-cycle carbon emissions compared to traditional traffic lights.

Scenario Adaptability and Humanized Innovation

Multi-Functional Integrated Design

Smart pole ecosystem expansion: Supports mounting cameras, meteorological sensors, 5G micro base stations, and other devices to create "multi-functional in one pole" urban IoT nodes.

Special scenario customization

School/hospital areas: Set "silent mode" (turn off buzzer at night) + "eye-protecting warm light" (color temperature ≤3000K);

Highway ramps: Equipped with fog-enhanced mode (amber light penetration increased by 40%) and vehicle merging warning lights.

Cost Advantages

Low Maintenance Cost

Modular quick-release structure: Single LED beads/driver modules can be replaced independently without overall disassembly, reducing maintenance time to ≤15 minutes per visit.

Long-life components: LED light source L70 lifespan ≥80,000 hours, lithium battery cycle life ≥3000 times, reducing maintenance costs by 60% within 5 years compared to traditional equipment.

Product Advantages