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Radar Induction Solar Street Lamp

1.Infrared Human Induction Technology
2.Millimeter-Wave Radar Sensing Technology
3.Dual-Mode Sensing Coordination Strategy
4.High-Luminous-Efficiency LED Beads: Long Lifespan, High Color Rendering, Energy Saving
5.Multi-Height Adaptability

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Description

Product Introduction

The Radar Induction Solar Street Lamp employs active millimeter-wave radar detection technology, combined with AI algorithms to achieve multi-target recognition, distance classification, and anti-interference optimization.
It adopts customized LED beads and an optical lens system, achieving breakthroughs in luminous efficiency, color rendering, and heat dissipation performance to ensure light decay <20% within a 10-year service cycle.
Through adjustable lamp arms, telescopic poles, and multi-power configurations, it enables flexible adaptation to installation heights of 4–20 meters, covering various scenarios from rural paths to urban expressways.

Millimeter-Wave Radar Sensing Technology

Working Principle

Utilizes 24GHz/77GHz FMCW (Frequency Modulated Continuous Wave) radar chips to transmit millimeter-wave signals and receive reflected waves. Through Doppler effect and phase difference analysis, it calculates the distance, speed, and angle of target objects to achieve 360° dead-angle-free detection.

Core Parameters

Detection Range: 0.5–15 meters (adjustable)
Detection Angle: Horizontal 120° / Vertical 30°
Response Speed: <200ms
Target Recognition: Supports differentiation of pedestrians, vehicles, cyclists, and other target types

Technical Advantages

Strong Anti-Interference: Unaffected by temperature, light, or dust; capable of penetrating fog and light rain (MTBF >50,000 hours).

Precision Graded Dimming: Dynamically adjusts brightness based on target distance (e.g., 100% brightness within 5 meters, 70% at 5–10 meters, 30% beyond 10 meters).

Multi-Target Tracking: Simultaneously identifies over 5 moving targets to avoid missed detection caused by vehicle obstruction.

High-Luminous-Efficiency LED Beads

Technical Parameters of LED Beads

Chip Type

Packaged with InGaN-based blue light chips + YAG phosphor, wavelength 450–460nm, luminous efficiency ≥210lm/W (industry average: 160lm/W).

Optical Design

● Lens Material: High-refractive-index PC (polycarbonate), light transmittance ≥95%, UV aging-resistant.

● Light Distribution Curve: Type II (special for road lighting) or Type III (wide-area lighting), light spot uniformity >0.7.

● Anti-Glare Treatment: Honeycomb microstructure surface, UGR (Unified Glare Rating) <19.

Color Rendering Performance

Ra >80 (optional high-color-rendering version with Ra >90), R9 (saturated red) >50, meeting road safety and landscape lighting requirements.

Heat Dissipation and Reliability Design

Heat Dissipation Structure

Adopts 6063 aviation aluminum + vacuum-nickel-plated fins, thermal resistance <0.8℃/W. Surface anodizing treatment ensures salt spray corrosion resistance >1,000 hours.

Lifespan Assurance

Certified by LM-80 and extrapolated via TM-21, L70 lifespan >50,000 hours (approximately 11 years with 12-hour daily operation).

Protection Rating

IP65 waterproof and dustproof, operational in wide temperature range of -20℃~+60℃, resistant to Category 17 typhoons (wind speed 60m/s).

Multi-Height Adaptability

Height Adaptation Solutions

Installation Height	Applicable Scenarios	Recommended Power	Luminous Flux	Light Distribution Type
4–8 meters	Community walkways, park boardwalks	20W–30W	2600–3900lm	Type I (narrow beam)
8–14 meters	Rural roads, factory passages	40W–60W	5200–7800lm	Type II (medium beam)
12–16 meters	Urban secondary roads, industrial parks	80W–100W	10400–13000lm	Type III (wide beam)
14–20 meters	Urban main roads, highway ramps	120W–150W	15600–19500lm	Type V (omnidirectional beam)

Installation Flexibility Design

Adjustable Lamp Arm Angle

Supports 0°–180° rotation to adapt to various lighting requirements such as single-side lighting and double-side staggered lighting.

Telescopic Pole Structure

Uses a segmented spliced pole with ±1-meter height adjustment, eliminating the need for re-pouring the foundation.

Foundation Compatibility

Adapts to multiple installation methods including flange plates, ground cages, and wall mounting, reducing construction costs by over 30%.

Product Advantages

The Radar Induction Solar Street Lamp break through the limitations of traditional solar street lights that are "always on all night" or use "single-sensor induction" by integrating millimeter-wave radar sensing, infrared human body induction, high-luminous-efficiency LED beads, and modular structural design.