Home>Products> Solar Lighting > Integrated Solar Street Light

Solar Panel Road Light

The Solar Panel Road Light is energy-efficient and environmentally friendly. It adopts advanced monocrystalline silicon battery technology and uses high-quality lamp post materials, providing an efficient, reliable, environmentally friendly and intelligent solution for modern road lighting.

Send Inquiry

Description

Product Introduction

1.Energy Conservation and Environmental Protection

The Solar Panel Road Light uses solar energy as the sole source of energy, resulting in zero carbon emissions. Compared with traditional street lamps, it can significantly save electricity and electricity bills. The intelligent dimming function further reduces energy consumption, contributing to environmental protection and sustainable development.

2.Monocrystalline Silicon Battery

With a photoelectric conversion efficiency as high as 22%-24%, it has excellent performance in low light conditions. Its service life can reach 25-30 years, and it performs remarkably well in low-temperature environments, showing significant advantages in energy storage and conversion.

3.Lamp Post Material

High-strength aluminum alloy is adopted, which features low density and high strength, making it convenient for installation and transportation. Anodizing treatment endows it with corrosion resistance, and its service life can be 15-20 years. It has an attractive appearance and a high degree of integration with the environment.

Energy Conservation and Environmental Protection

The Solar Panel Road Light adopts solar photovoltaic technology. Through monocrystalline silicon batteries, it directly converts light energy into electrical energy, achieving all-weather zero-emission lighting.

1. Energy Substitution

The photoelectric conversion efficiency of monocrystalline silicon batteries can reach 24% (at the leading level in the industry), which is approximately 20%-60% higher than that of traditional polycrystalline silicon batteries (15%-20%).

2. Independent Power Supply System

It is equipped with an internal 12.8V/24Ah lithium iron phosphate battery (LiFePO4), with the number of charge-discharge cycles exceeding 2000 times and a service life of up to 8-10 years. Compared with traditional utility-powered street lamps, it reduces the cost of cable laying, and there is no risk of electric leakage from the power grid, increasing safety by 90%.

3. Intelligent Light Control System

The Solar Panel Road Light integrates a photosensitive sensor and a PIR human body induction module, supporting time-sharing dimming (after maintaining 100% brightness for 6 hours, it automatically reduces to 50%) and instant full-power operation when a human body approaches, reducing energy consumption by 40%.

Monocrystalline silicon cells VS other cells

Technical Indicators	Monocrystalline Silicon Battery	Polycrystalline Silicon Battery	Thin-film Battery
Photoelectric Conversion Efficiency	18%-24%	15%-20%	8%-12%
Attenuation Rate (in 25 years)	≤18%	≤22%	≤30%
Cost ($/Wp)	0.25-0.35	0.20-0.28	0.15-0.22
Temperature Coefficient	-0.35%/°C	-0.40%/°C	-0.45%/°C
Applicable Scenarios	High-latitude/High-illumination Areas	Medium and Low-latitude/Low-cost Projects	Flexible Installation/Building Integrated Photovoltaics (BIPV)

Lamp Post Material and Structure

The lamp post is made of Q235B hot-dip galvanized steel pipe (with a thickness of 2.75mm). The surface is treated with epoxy zinc-rich primer and polyester powder spraying, and its anti-corrosion service life can reach more than 15 years.

Height and Arm Span: The standard configuration is an 8-meter lamp post with an arm span of 1.2 meters. It supports three forms: conch arm, single arm, and double arm, and is suitable for road widths ranging from 3 to 12 meters.

Wind Resistance Capacity: It has passed the simulation test of a typhoon of level 12 (32.7m/s). The foundation is cast with C25 concrete (with a buried depth of 1.8 meters), and the anti-overturning moment is ≥15kN·m.

Modular Design: The lamp post reserves intelligent monitoring interfaces, and devices such as 5G base stations and environmental sensors can be expanded, realizing the function of "multiple uses of one pole".