High-Lumes Separated Solar Street Light for Streets, Roads & Public Spaces | Durable, Smart, and Cost-Effective Outdoor Lighting Solution
BS-TY
Power: 200W
Solar Panel(MONO): 350W136V
LifePo4 Battery: 120AH/25.6V
CCT: 6000K
Lumens lm: 175lm/W
Beam angle: 70°*150°
Working Time: 12hrs 365days
Housing: Aluminum
Street Light Size: 775*240*78.5MM
Solar Panel(MONO): 350W136V
LifePo4 Battery: 120AH/25.6V
CCT: 6000K
Lumens lm: 175lm/W
Beam angle: 70°*150°
Working Time: 12hrs 365days
Housing: Aluminum
Street Light Size: 775*240*78.5MM
Quantity
Employs Premium LED Chips to Deliver High Lumen LED Street Lighting
The TY series separated solar street light represents a new generation of all-in-two solar street lighting systems, engineered to deliver reliable, off-grid illumination for municipal roads, industrial parks, rural communities, and large-scale engineering projects. Designed with an independent mono-crystalline solar panel and a high-lumen LED lighting head, this solution maximizes energy capture and enhances heat dissipation, outperforming traditional integrated designs in both efficiency and longevity.
Product Bullet Points Of Split Solar Street Light
- Separated all-in-two design with independent mono-crystalline solar panel for higher charging efficiency.
- High-lumen LED lighting module delivering uniform illumination for roads, highways, parks, and public spaces.
- AdvancedMPPT solar charge controller ensuring fast charging, intelligent protection, and stable output.
- Long-life LiFePO₄ battery with deep-cycle durability and enhanced safety performance.
- Adjustable solar panel angle for optimal energy capture in diverse geographic regions.
- Smart lighting modes, including motion sensing, time control, and optional remote monitoring.
- IP65+ waterproof and corrosion-resistant aluminum alloy housing suitable for harsh outdoor conditions.
- Modular structure enabling fast installation, easy maintenance, and reduced long-term operating cost.
- Off-grid operation, ideal for rural electrification, municipal upgrades, and locations without stable grid access.
- Compatible with engineering procurement, government projects, and commercial lighting applications.
Application Scenarios Recommendation
Urban and rural roads
Municipal public lighting
Industrial parks and campus pathways
Village electrification and remote communities
Highway service zones and peri-urban corridors
Government infrastructure projects and EPC tenders
Constructed from corrosion-resistant aluminum alloy and protected with IP65 waterproof and dustproof ratings, the TY Series is suitable for harsh climates ranging from desert heat to humid coastal regions. Its modular design simplifies maintenance and significantly reduces lifecycle costs, making it a preferred choice for infrastructure developers, EPC contractors, and solar street light suppliers involved in government projects and public tenders.
With its combination of high-efficiency solar generation, robust engineering, and flexible installation, the TY Series Separated Solar Street Light stands as a reliable and commercially viable solution for modern outdoor lighting systems.
FAQs – TY Series Separated Solar Street Light
What makes the TY Series a"separated"solar street light?
The TY Series uses an independent solar panel and separated LED lamp head, allowing the panel to be installed at the optimal angle while keeping the luminaire lightweight. This improves charging efficiency, heat dissipation, and long-term reliability compared with fully integrated designs.
The TY Series uses an independent solar panel and separated LED lamp head, allowing the panel to be installed at the optimal angle while keeping the luminaire lightweight. This improves charging efficiency, heat dissipation, and long-term reliability compared with fully integrated designs.
What wattage options are available for the light head?
The TY Series generally supports 20W–120W LED options, suitable for village roads, municipal streets, industrial parks, campuses, and project-based applications.
The TY Series generally supports 20W–120W LED options, suitable for village roads, municipal streets, industrial parks, campuses, and project-based applications.
How long can the TY Series operate at night?
With its high-efficiency LiFePO₄ battery and MPPT charging controller, the TY Series typically achieves 10–12 hours of lighting, and can maintain 2–3 rainy or cloudy backup days depending on configuration.
With its high-efficiency LiFePO₄ battery and MPPT charging controller, the TY Series typically achieves 10–12 hours of lighting, and can maintain 2–3 rainy or cloudy backup days depending on configuration.
What type of solar panels does the system use?
The TY Series uses mono-crystalline solar panels, known for higher conversion efficiency and reliability in low-light conditions.
The TY Series uses mono-crystalline solar panels, known for higher conversion efficiency and reliability in low-light conditions.
What battery technology is used? Is it safe?
It uses LiFePO₄ (Lithium Iron Phosphate) batteries, which offer:
Longer cycle life (2,000+ cycles)
Higher safety and thermal stability
Deep discharge capability
Better performance in high temperatures
It uses LiFePO₄ (Lithium Iron Phosphate) batteries, which offer:
Longer cycle life (2,000+ cycles)
Higher safety and thermal stability
Deep discharge capability
Better performance in high temperatures
What is an MPPT controller, and why is it important?
The MPPT (Maximum Power Point Tracking) controller optimizes charging efficiency by up to 25–30% compared with PWM controllers. It stabilizes power output during cloudy weather, shading, or voltage fluctuations.
The MPPT (Maximum Power Point Tracking) controller optimizes charging efficiency by up to 25–30% compared with PWM controllers. It stabilizes power output during cloudy weather, shading, or voltage fluctuations.
Is the TY Series suitable for areas with low sunlight?
Yes. The separated design allows the solar panel to be angled toward the sun, maximizing generation in:
Winter seasons
High-latitude regions
Cloudy or partially shaded environments
Yes. The separated design allows the solar panel to be angled toward the sun, maximizing generation in:
Winter seasons
High-latitude regions
Cloudy or partially shaded environments
What is the waterproof rating of the system?
The luminaires and power units are typically rated IP65–IP67, ensuring resistance to rain, dust, humidity, and outdoor environmental challenges.
The luminaires and power units are typically rated IP65–IP67, ensuring resistance to rain, dust, humidity, and outdoor environmental challenges.
Can the system withstand harsh climates?
Yes. The TY Series is designed for:
High-temperature desert regions
Tropical humidity
Monsoon seasons
Coastal salty-air environments
Cold climates (with optional low-temp battery protection)
Yes. The TY Series is designed for:
High-temperature desert regions
Tropical humidity
Monsoon seasons
Coastal salty-air environments
Cold climates (with optional low-temp battery protection)
How high should I install the TY Series street light?
Depending on the wattage and road width:
Residential roads: 4–6 meters
Urban streets: 6–8 meters
Highways / industrial parks: 8–10 meters
Depending on the wattage and road width:
Residential roads: 4–6 meters
Urban streets: 6–8 meters
Highways / industrial parks: 8–10 meters
Can it replace existing AC-powered street lights?
Yes. The TY Series is widely used in retrofit projects, offering lower installation cost since no trenching or cabling is required.
Do you provide IES files and lighting simulation?
Yes. IES/LDT files, Dialux/Relux simulation reports, and engineering data packages are available for project design or tender documentation.
