Product Introduction
◎Multi-core LED array: The 6000 Lumens Solar Street Light adopts 120 high-power LED chips and a three-dimensional heat dissipation design, achieving a high brightness output of 6000 lumens. It meets the lighting needs of wide roads, with a low light decay rate and a long service life.
◎High color rendering technology: Through customized phosphors and high color rendering chips, the color rendering index Ra≥85 and R9>50, which can restore true colors, enhance traffic safety and the attractiveness of commercial scenarios.
◎Modular installation design: The integrated lamp body, quick-install clips and magnetic battery compartment support single-person installation in 30 minutes and tool-free maintenance in 5 minutes, significantly reducing deployment and operation and maintenance costs.
◎Comparison of high-power advantages: Compared with low-power street lights, high-power models perform better in terms of lighting radius, light decay control, intelligent compatibility and total life cycle cost, making them suitable for high-demand scenarios.

Technical Parameters
|
Name |
JCZX(80W) |
|
Solar panel |
72W |
|
Battery capacity |
72A |
|
Maximum luminous flux |
8000lm |
|
Chip number |
120d |
|
Material |
Aluminum alloy |
|
Interface |
60mm |
|
Install Height |
7M -10M |
|
Install Distance |
25-35M |
|
Product Size |
420*978*60mm |
|
Net Weight |
13.8KG |
|
Packaging Size |
420*1000*125mm |
|
Gross Weight |
14kg |
|
Packaging Method |
2 SETS/BOX |
|
Packaging weight |
28.1kg |
Multi-Core LED Array
1.1 Principle of Multi-Bead Synergistic Luminance
◎Chip Selection: Adopts Cree XP-G3 LED chips, with a single chip luminous flux of 50 lumens per watt. The total luminous flux of 120 chips exceeds 7200 lumens (initial value). After secondary optical design, the actual effective illuminance on the road surface reaches 6000 lumens.
◎Array Layout: The lamp beads are arranged in a 12×10 matrix, with the density in the central area increased by 30%. Combined with batwing-shaped lenses, the light is evenly distributed within the longitudinal (15 meters) and transverse (8 meters) ranges of the road. The road surface uniformity (Uo) reaches 0.75, far exceeding the national standard requirement of 0.4.
◎Support for Dynamic Dimming: Built-in 0-10V/PWM dual-mode dimming driver, which can be linked with photosensitive sensors or timers. It automatically reduces to 40% brightness (2400 lumens) during low-traffic hours in the early morning, achieving an energy-saving rate of 60%.

1.2 Revolution in Heat Dissipation System: From Passive Conduction to Active Convection
◎Sandwich Structure Heat Sink: Composed of 6063-T5 aluminum alloy substrate + copper heat pipe + graphene coating. Laboratory tests show that at an ambient temperature of 25°C, after 12 hours of continuous operation, the LED junction temperature is stable below 65°C, with a light decay rate of only 2% per year (L70 standard).
◎Bionic Shark Gill Air Duct: 12 groups of arc-shaped heat dissipation fins are designed on the back of the lamp body, with a spacing of 3mm. Combined with aerodynamic guide grooves, the natural convection efficiency is increased by 40%, and the temperature rise is reduced by 18°C compared with traditional flat fin heat dissipation modules.
◎Intelligent Temperature Control Protection: When the junction temperature is detected to exceed 80°C, it automatically triggers the pulse dimming mode (flashing 3 times per second), reducing the power to 50% until the temperature returns to normal, avoiding overheating damage.

Restoring True Colors
The 6000 Lumens Solar Street Light achieves Ra≥85 and R9>50 natural light-like effects through high-color-rendering LED chips + customized phosphor formulas, which is especially suitable for scenarios with strict requirements on color restoration.
2.1 Core Breakthroughs in Color Rendering Technology
◎Chip-Level Color Rendering Optimization: Uses Nichia Optisolis high-color-rendering chips, with a wavelength range covering 380-780nm. The peak intensity of red (620-630nm) and green (520-530nm) bands is increased by 20%, and the color rendering index is 35% higher than that of ordinary LEDs.
◎Customized Phosphor Formulation: Adopts YAG:Ce³⁺ + nitride red phosphor composite system. By adjusting the doping ratio (YAG:Ce³⁺ 70% + red phosphor 30%), the special color rendering index R9 (saturated red) reaches 65, far exceeding the industry average (R9 is usually <20).
◎Full Spectrum Without Blue Light Hazard: The spectral energy distribution is close to sunlight (correlated color temperature CCT=5000K±200K), and the blue light hazard level is RG0 (exempt class), in line with IEC/TR 62778 standards, which can be used safely for a long time.
2.2 Measured Data of Color Rendering Performance
|
Color Rendering Parameters |
Test Value |
Industry Average |
Improvement Range |
|
General Color Rendering Index (Ra) |
87 |
62 |
40.3% |
|
Special Color Rendering Index (R9) |
65 |
18 |
261% |
|
Color Tolerance (SDCM) |
<3 |
<5 |
40% |
|
Peak Wavelength (λp) |
450nm |
455nm |
- |
|
Luminous Efficacy (lm/W) |
160 |
120 |
33.3% |
Product Advantages
◎ High-color-rendering LED
◎ Modular installation
◎ Multi-core LED array
◎ Intelligent dimming
◎ Rapid deployment
About Us
|
Address: |
Guoji Industrial Park, Songqiao Town, Gaoyou City, Jiangsu Province, China ; |
|
Tel/WhatsApp: |
+86 18118266199; |
|
Mail: |
hjy@jcledzm.cn |
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