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Integrated Solar Street Lamp with Radar Sensor

Integrated Solar Street Lamp with Radar Sensor

1.Precise detection by millimeter-wave radar with wider coverage and stronger anti-interference capability.
2.Equipped with high-quality monocrystalline silicon batteries, leading in photoelectric conversion efficiency for faster charging.
3.Fasteners with extreme corrosion resistance, adapting to complex environments.
4.Pure solar power supply, zero carbon emissions.

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Description

Product Introduction

☆Adopting advanced millimeter-wave radar technology, Integrated Solar Street Lamp can accurately identify human movement, speed and direction within 10 meters, distinguish human activities from interference such as small animals and fallen leaves, and avoid false triggers (with wider coverage and stronger anti-interference capability than traditional infrared sensing).

☆The monocrystalline silicon battery uses monocrystalline silicon wafers with a purity of ≥99.999%, featuring industry-leading conversion efficiency. The photoelectric conversion efficiency can reach 22%-25% (higher than 18%-22% for polycrystalline silicon and 10%-14% for thin-film batteries), and the power generation is increased by 20%-30% under the same lighting conditions.

☆Corrosion-resistant and high-strength structural connections are the key to ensuring the long-term stable operation of Integrated Solar Street Lamp.

☆Powered purely by solar energy with zero carbon emissions, it is eligible for green energy subsidies; Integrated Solar Street Lamp meets the "double carbon" goals and helps municipalities and parks create low-carbon demonstration projects.

Technical Parameters

Size	655mm×260mm×50mm
Effectiveness	98%
Total harmonic distortion	<15%
Working temperature	Normal temperature type:-20~+50℃ Low temperature type:-45~+50℃
Protection level	IP65
Wind resistance index	Grade 10 of wind resistance index
Installation height	6-7m

product-553-119

Millimeter-Wave Radar

1. Precise Detection by Millimeter-Wave Radar

Using advanced millimeter-wave radar technology, Integrated Solar Street Lamp can accurately identify human movement, speed, and direction within a 10-meter range, distinguish human activities from interference such as small animals and fallen leaves, and avoid false triggers (with wider coverage and stronger anti-interference capabilities than traditional infrared sensing).

Dynamic Dimming Logic: When detecting pedestrians/vehicles approaching, the Integrated Solar Street Lamp automatically switches to high-intensity lighting (e.g., 100% brightness); after people/vehicles leave, it delays turning off or switches to a low-power dim mode (e.g., 30% brightness), achieving dynamic energy savings of over 70%.

2. Adaptive Adjustment for Multiple Scenarios

Vehicle-Pedestrian Diversion Scenario: Sets different induction sensitivities for motor lanes and sidewalks to avoid frequent triggering by fast-moving vehicles (e.g., vehicle induction distance set to 10 meters, pedestrian induction distance set to 8 meters).

Severe Weather Enhancement Mode: In low-visibility environments such as rainy or foggy days, Integrated Solar Street Lamp automatically extends lighting duration or increases brightness to improve safety.

Dimension	Solar Street Lamp with Radar Sensor	Traditional Solar Street Lamp
Sensing Distance	10 meters (adjustable)	3-5 meters
Anti-Interference Capability	Strong (can distinguish humans from animals/environmental interference)	Weak (vulnerable to temperature and small animals)
Energy Efficiency	Dynamic dimming, energy savings of 70%+	Timed/light-controlled, energy savings of about 50%
Installation Cost	Integrated design, comparable cost	Requires additional deployment of sensing modules
Maintenance Frequency	Low (no debugging needed, remote management)	High (requires regular calibration of sensing probes)

Corrosion-Resistant and High-Strength Structural Connection Solutions

In Integrated Solar Street Lamp system, stainless steel fasteners serve not only as connecting components but also as the key to ensuring long-term stable operation of the system.

1. Extreme Corrosion Resistance for Complex Environments

Stainless steel (such as 304/316) performs excellently in coastal areas, high-humidity environments, or industrial pollution zones, preventing structural looseness or component detachment caused by rust and extending the service life of street lamps (316 stainless steel is preferred for coastal areas).

2. High Strength and Seismic Resistance for System Stability

Fatigue Resistance: Not easily deformed or fractured under long-term dynamic loads, adapting to extreme weather conditions (such as typhoons and rainstorms).

3. Maintenance-Free Design Reducing Lifecycle Costs

Zero Rust Risk: Eliminates the need for regular painting or anti-rust treatments, reducing manual maintenance frequency, especially suitable for scenarios with difficult maintenance in remote areas.

High-Quality Monocrystalline Silicon Batteries

Monocrystalline silicon batteries have become the preferred solution for high-end solar street lamps due to their characteristics of high conversion efficiency, long lifespan, and strong environmental adaptability. They are particularly suitable for scenarios with high requirements for battery life and stability, such as remote areas, extremely cold/high-temperature regions, and high-altitude areas.

Dimension	Monocrystalline silicon cells	Polycrystalline silicon cells	Thin-film cells
Conversion efficiency	22% - 25%	18% - 22%	10% - 14%
Low-light performance	Excellent (high efficiency on rainy days)	Medium	Good (but with rapid decay)
Lifespan (Decay over 25 years)	≤ 20%	25% - 30%	30% - 40%
Temperature sensitivity	Low (-0.34%/°C)	Medium (-0.44%/°C)	High (Above -0.5%/°C)
Unit cost (Yuan/W)	1.8 - 2.2	1.5 - 1.8	1.2 - 1.5
Long-term cost-effectiveness	High (Large total power generation over the whole cycle)	Medium	Low (Rapid decay, requiring replacement)