High-Efficiency Split Solar Street Light for Roads and Parks
Illuminate roads, parks, and outdoor public spaces with our Split Solar Street Light. Equipped with a 150–250W solar panel, 12–40Ah long-life LiFePO₄ battery, and high-efficiency LED lamp, it provides up to 12 hours of bright, consistent lighting—even on cloudy days. The smart controller enables automatic dusk-to-dawn operation and motion-sensing dimming, cutting energy costs by up to 70% compared to traditional street lights. Built from durable, weatherproof aluminum with IP65 protection, this low-maintenance solar solution ensures safety, visibility, and sustainable performance for urban and rural projects alike.
Split Solar Street Light Parameters
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Items |
Parameters |
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Parameter |
M26st-50W |
M26st-60W |
M26st-80W |
M26st-100W |
M26st-120W |
M26st-150W |
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Solar panel |
100Wp 18V |
120Wp 18V |
160Wp 18V |
200Wp 18V |
240Wp 18V |
300Wp 18V |
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Battery |
244Wh |
384Wh |
576Wh |
768Wh |
960Wh |
1152Wh |
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LED Chips |
3030 SMD |
3030 SMD |
3030 SMD |
3030 SMD |
3030 SMD |
3030 SMD |
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Power |
50W |
60W |
80W |
100W |
120W |
150W |
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Efficacy |
205Lm/W |
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Luminous flux |
6150lm |
8200lm |
12300lm |
16400lm |
20500lm |
24600lm |
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CRI |
>70Ra |
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CCT |
2700k to 6500k |
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Feature |
MPPT - IoT Lora - Motion Sensor |
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Working model |
Motion sensor+timer+Intelligent |
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Discharge time |
12 to 14 hours each night |
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Backup |
Support 3 nights with BMS (Battery manage system) |
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Charge time |
5 hours |
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Mounting Height |
5-6 meter |
6-8meter |
8-10meter |
10-12meter |
12-14meter |
14-16meter |
Split Solar Street Light Applications
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Urban Arterial Roads For wide municipal roads, Split Solar Street Lights are the best fit. You can pair a high-power 100W-150W LED head with an oversized 200W+ monocrystalline panel. This ensures over 20,000 lumens on 12m poles, meeting strict road safety standards for 12+ hours of continuous lighting. By separating the components, we can also use larger capacity LiFePO4 batteries (up to 1500Wh) stored in dedicated compartments, ensuring the system supports high-speed traffic visibility even during consecutive rainy days. |
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Industrial Parks & Logistics Hubs In dense industrial zones, buildings often block the sun. The Split Type Solar Street Light solves this with a 360° adjustable panel to capture maximum peak sun hours. By optimizing the tilt angle, you can increase charging efficiency by 20-30%, ensuring the battery stays charged for 24/7 warehouse operations. Furthermore, the modular design allows for easy integration of motion sensors or IoT smart controllers, reducing unnecessary energy waste by dimming lights to 30% brightness during low-activity hours after midnight. |
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Coastal Highways & High-Wind Zones Coastal areas face typhoons and salt spray. With a Split Solar Street Light system, we can mount the battery lower or bury it to reduce top-heavy weight and lower the center of gravity. This setup is certified to withstand wind speeds up to 60m/s, while specialized anti-corrosion coatings extend the pole's lifespan to over 15 years in extreme weather. For large-scale projects, this split configuration drastically lowers the risk of structural failure compared to all-in-one models that catch too much wind at the top. |
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Shaded Areas & Mountainous Terrain In areas with heavy tree cover, Split Solar Powered Street Lights use 5-10m extension cables. You can install the LED lamp in the shade while placing the solar array in a sunny clearing. This prevents the voltage drops common in all-in-one models and provides a reliable 3-5 days of backup power during rainy spells. It is a cost-effective alternative to trenching for AC power, saving contractors thousands of dollars in labor and heavy machinery costs in difficult, rocky terrains. |
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Large Commercial Parking Lots To save on budget, a single Split Solar Street Light can support double-arm or multi-lamp setups. One large solar panel drives two or more LED heads on one pole. It cuts down the number of poles by 50%, significantly lowering your initial installation costs and long-term maintenance overhead. Additionally, the split design makes future upgrades simple; if you need to increase the lighting time or brightness, you can simply swap out the battery or panel without replacing the entire expensive lighting fixture. |
LED Fixture: >50,000 hours; Solar Panel: 25 years; Lithium Battery: 5-8 years; Controller: 5-10 years.
We offer a 3-5 year full-system warranty. If a quality issue arises, we will ship free replacement parts immediately after verification.
Yes. We provide specialized batteries for extreme climates, including heating films for cold regions and heat-resistant lithium cells for tropical environments.
To give you a straight answer: Yes, the upfront cost of a Solar LED Street Light is higher than a traditional AC LED light. However, if you look at the "Total Cost of Ownership," solar often wins by a landslide.
We use reinforced cartons and wooden pallets to prevent damage during long-distance transit. For large projects, we recommend FCL (Full Container Load) sea freight to minimize shipping costs.
Our solar street lights carry CE, RoHS, IP66, IK10, and ISO 9001 certifications, meeting the standards for government and commercial projects worldwide.
Yes. We can customize power output, battery capacity, logo branding, and even industrial design based on your project requirements.
In dusty or low-rainfall areas, we recommend cleaning every 6 months. Heavy dust accumulation can reduce charging efficiency by over 20%.
This is usually due to battery aging, panels being shaded causing insufficient charge, or incorrect controller settings. We can assist you with remote troubleshooting.
No. It is a self-contained power system that requires no trenching, wiring, or grid connection, significantly reducing installation and labor costs.
The optimal angle depends on your local latitude. Generally, panels should face the equator (South in the Northern Hemisphere) at an angle equal to your latitude plus $5^{\circ}$ to $15^{\circ}$.
We primarily use LiFePO4 (Lithium Iron Phosphate) batteries. Compared to Gel or Lead-acid batteries, LiFePO4 offers a much longer cycle life (over 2000 cycles) and superior high-temperature resistance.
Monocrystalline panels offer higher efficiency (above 20%) and perform better in low light, making them ideal for all-in-one designs. Polycrystalline panels are more budget-friendly for large-scale projects.
Yes. Our systems are engineered with "Autonomy Days," typically supporting 3-5 consecutive days of illumination even in complete absence of direct sunlight.
Our products are designed to illuminate for 10-12 hours per night. With intelligent controllers, we can customize lighting modes, such as full power for the first 4 hours and energy-saving mode thereafter.
Contact Us
Get a custom lighting solution and quotation for your project. About Jieyao Lighting: Leading Manufacturer of Energy-Efficient LED Street Lights1. Manufacturing Background & ScaleEstablished in 2017 and backed by a 20-year manufacturing heritage, jieyao lighting ... Do you have any questions or requests?
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