Product Introduction
Built for real‑world off‑grid infrastructure jobs, the SLKB Series Split Solar Street Light adopts separated solar‑panel and lamp‑head layout. This MPPT controlled split‑type LiFePO4 solar street lamp uses brand‑new grade‑A lithium iron phosphate cells delivering 2500+ charge cycles and 6‑8‑year service life, offering stable 3‑5 rainy‑day backup for areas with unstable sunlight. Fitted with genuine Lumileds LED chips reaching 180 lm/W luminous efficiency, it uses high‑transmittance optical lens to produce soft, low‑glare road illumination. Monocrystalline silicon solar panel paired with MPPT controller achieves full charge within 4‑6 hours under sufficient sunshine. Die‑cast aluminum housing meets IP65 standard and completes 1000‑hour salt‑spray testing to handle coastal, damp and dusty sites. Thanks to its replaceable battery compartment and pre‑wired components, field crews can finish installation and routine servicing without complicated tooling. It supports pole‑top or lateral mounting and can be retrofitted onto existing 220VAC utility poles for lighting upgrade projects.


Product Parameter
|
MODEL NUMBER |
SLKB-40W |
SLKB-60W |
SLKB-80W |
SLKB-100W |
SLKB-120W |
|
Power |
40W |
60W |
80W |
100W |
120W |
|
Solar Panel |
18V/80W Mono |
18V/120W Mono |
18V/160W Mono |
18V/200W Mono |
36V/240W Mono |
|
Battery |
Lithium LifePO4 battery |
Lithium LifePO4 battery |
Lithium LifePO4 battery |
Lithium LifePO4 battery |
Lithium LifePO4 battery |
|
LED |
4 cores high efficiency |
4 cores high efficiency |
4 cores high efficiency |
4 cores high efficiency |
4 cores high efficiency |
|
Product Size |
430*202*78mm |
538*218*78mm |
538*218*78mm |
538*26378mm |
538*263*78mm |
|
Solar Panels Size |
550*760*25mm |
800*760*30mm |
1040*760*30mm |
1320*760*30mm |
1540*760*30mm |
|
Material |
Die casting Aluminum + PMMA |
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|
Efficacy |
180LM/W |
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|
Solar panel |
23.80% |
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|
Luminous Flux |
7200LM |
10800LM |
14400LM |
18000LM |
21600LM |
|
Controller |
MPPT controller |
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|
Light angle |
T2 / 3 / 4 / 5 / transmittance: >95% |
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|
Lighting Method |
100% for the first 4 hours, 50% for the middle 2 hours, and 30% for the last 6 hours |
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|
Discharge time |
3 rainy days |
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|
Installation Height |
6-7m |
7-8m |
8-10m |
10-11m |
12-13m |

Product Feature
Practical Split‑Structure Layout
Independent solar panel and lamp‑head assembly allows users to adjust panel angle separately to catch maximum sunlight, a big plus for hilly, shaded or low‑irradiance project locations. Pre‑made connection wiring cuts on‑site wiring workload.
Service‑focused Replaceable Battery Compartment
Battery modules can be swapped out without taking apart the whole lamp fixture. This modular design lowers maintenance time and labour cost especially for large‑area distributed rural lighting deployments.
Grade‑A LiFePO4 Energy Storage System
Brand‑new lithium iron phosphate cells with 2500+ charge‑discharge cycles. Delivers reliable 3‑5 consecutive rainy‑day lighting performance and 6‑8‑year expected battery lifespan.
Optimized Solar Charging Performance
High‑efficiency monocrystalline silicon solar panel works together with integrated MPPT controller, shortening full‑charge time to 4‑6 hours. Hybrid charging logic helps retain adequate battery capacity across changing seasonal sunlight conditions.
Reliable Road‑grade Optical Performance
Genuine Lumileds LED chips output 180 lm/W high luminous efficacy. High‑transmittance optical lens reduces glare and light pollution while offering even road‑surface lighting; whole‑lamp rated lifespan reaches 50000 hours.
Harsh‑environment‑ready Mechanical Build
Heavy‑duty die‑cast aluminum housing with IP65 ingress protection. Passes 1000‑hour salt‑spray ageing test, suitable for coastal zones, industrial districts and other corrosive outdoor surroundings.
Smart Energy‑saving & Site Compatibility
Built‑in PIR motion sensor automatically dims brightness when no movement is detected to save stored solar power. LED self‑diagnostic indicators give clear real‑time battery and charging feedback. Supports 0°‑15° tilt adjustment, cable‑free setup and retrofit on existing 220VAC infrastructure and standard utility poles.

Product Application
- County and village road lighting projects in hilly or shaded terrain
- Off‑grid rural public lighting reconstruction
- Coastal area roadside and industrial park perimeter illumination
- Government bulk solar lighting tender & procurement projects
- Suburban parking lots, scenic spot access road lighting
- Retrofit renovation of legacy grid‑powered street‑lamp facilities

Company Introduction

FAQ
Q: What practical benefits does SLKB split-style bring compared to all-in-one solar street lights?
A: Its separately-adjustable solar panel can be oriented independently toward sun direction, solving insufficient charging problems at shaded or mountain-side sites. Heat generated by LED will not transfer directly to battery compartment, helping extend overall battery working life.
Q: What installation height should I choose for different SLKB power ratings?
A: Recommended mounting height: 40-60W for 6-7 m, 80-100W for 8-11 m, 120W for 12-13 m to get compliant road illumination output.
Q: Is it possible to add IoT remote monitoring function for SLKB series?
A: IoT cloud management is optional. Reserved hardware interface supports external 4G IoT module add-on for centralized status monitoring on large cluster lighting projects.
Q: What engineering supporting documents can you supply for tender submission?
A: IES photometric files, DIALux lighting simulation reports and complete certification copies can be provided to satisfy bidding document requirements for overseas government-funded projects.
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