LED Solar Outdoor Single-Arm Road Lighting 100W Split Solar Street Light

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Product Description

📊Basic Specifications
Model NO.
WT-SSL-001
Light Source
LED Lamp
Material
Aluminum Alloy
Light Type
Solar
Color Temp
Cool White
Power
≥30W
Cell Type
LiFePO4 Battery
IP Rating
IP65
Illumination Time
12h
Charging Time
8h
Sensor
Motion + Light Sensor
Service Life
80000h
💡Product Overview

Split-type solar street lamp is an independent lighting system in which core components such as solar photovoltaic panel, battery, controller and LED lamps are installed separately. Its design breaks through the limitations of traditional integrated solar street lamps, achieving higher flexibility and efficiency through modular layout.

I. System Composition & Principle

Photovoltaic panels are installed at the optimal height to maximize sunlight absorption. The system uses high-capacity lithium or colloidal batteries (often buried) and intelligent controllers with dual light and time control modes. Energy generated during the day is stored to power LED lights at night.

II. Core Advantages
  • Flexible Layout: Panels can be adjusted to the optimal angle, improving efficiency by 20%-30%.
  • Extended Life: Buried batteries avoid extreme heat, lasting 5-8 years.
  • Easy Maintenance: Modular design allows for single component replacement, reducing costs by 60%.
  • Extreme Adaptability: IP68 protection for humid areas and freeze-proof layouts for cold climates.
🔄Scheme Comparison
Index Split Solar Street Lamp Traditional Street Lamp Integrated Solar Lamp
Installation Cost High (Cable cost saved) Low (Digging needed) Low
10-Year Cost Lowest (No electricity) Highest (Fees + Maintenace) Medium (Battery swap)
Rainy Day Life 5-7 Days Power grid dependent 2-3 Days
Frequently Asked Questions
Q1: How long can the split solar street light operate on rainy days?
Due to the large-capacity battery design, it can support 5-7 continuous rainy days of operation.
Q2: What is the main advantage of the split design over the integrated type?
The split design allows the solar panel to be adjusted to the best angle for maximum charging efficiency and supports much larger batteries for higher power output.
Q3: What is the lifespan of the battery?
When buried underground to avoid heat, the high-quality lithium iron phosphate batteries can last between 5 to 8 years.
Q4: Is this system suitable for extremely cold climates?
Yes, by burying the battery below the frost line, the system prevents capacity attenuation caused by low temperatures.
Q5: Is there a motion sensor included?
Yes, the system is equipped with both a motion sensor and a light sensor to optimize energy saving.

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