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As a leading manufacturer and supplier of advanced outdoor illumination systems, we present the Customized 50w-100w LED Pole All-in-One Hybrid Solar Wind Street Light. Engineered specifically for demanding municipal, highway, and commercial infrastructure projects, this system integrates wind and solar power for uninterrupted, off-grid performance.
Power Options: 50W, 60W, 80W, 100W with 150 lm/w efficacy
Dual Energy: Monocrystalline solar panel & wind turbine fan
Durability: Withstands up to 200 km/h winds, 20-year pole warranty
Integration: All-in-one design with smart MPPT controller and LiFePO4 battery
The physical presence of this hybrid street illumination system speaks volumes about its industrial-grade craftsmanship. When you run a hand along the heavy-duty steel pole, the meticulously applied hot-dip galvanized and powder-coated finish feels robust, textured, and entirely impervious to the elements. This structural integrity ensures that even in coastal environments laden with corrosive salt spray, the metal retains its pristine, rust-free surface year after year. The visual aesthetic is equally striking; the sleek, aerodynamic integration of the wind turbine fan and the high-efficiency monocrystalline solar panel creates a modern, commanding silhouette against any skyline.
During operation, the subtle, almost imperceptible hum of the wind turbine blades capturing a gentle breeze signifies a relentless harvesting of renewable energy. As dusk approaches, the optical lenses project a crisp, clean, and uniform beam of daylight-white light that instantly transforms dark, hazardous roadways into safe, highly visible corridors. This is not merely a lighting fixture; it is a resilient, self-sustaining infrastructure asset designed to eliminate grid dependency, drastically reduce operational overhead, and elevate the safety standards of public spaces, highways, and commercial perimeters.
Attribute | Details |
|---|---|
Product Name | Customized 50w 60w 80w 100w Led Pole All-in-one Hybrid Solar Wind Street Light With Fan |
LED Power Options | 50W / 60W / 80W / 100W |
Luminous Efficacy | 150 lm/w |
Pole Height | 3m - 35m |
Pole Thickness | 2mm - 30mm |
Material | Steel |
Arm Type | Single Arm / Double Arm / Taper |
Wind Resistance | 160 km/h, 180 km/h, 200 km/h |
Surface Treatment | Hot Dip Galvanized + Powder Coating |
Welding Technology | Advanced Submerge-arc Welding Technology |
Solar Panel Type (Supplemented) | High-efficiency Monocrystalline Silicon |
Battery Type (Supplemented) | LiFePO4 Lithium Battery |
Controller (Supplemented) | Smart MPPT Controller |
Sensor (Supplemented) | Motion Sensor / PIR Sensor / Light Control |
IP Rating (Supplemented) | IP65 / IP66 Waterproof |
Product Weight | 100 kg |
Warranty | 20 Years (Pole) |
Lighting Solutions Service | Lighting And Circuitry Design, Dialux Evo Layout, Auto Cad Layout |
Color | Customized Color |
OEM/ODM | Accepted |
MOQ | 2 pcs |
Lead Time | 1-99 pcs: 31 days | 100-199 pcs: 32 days | 200-399 pcs: 33 days | >399 pcs: Negotiable |
Investing in this hybrid illumination infrastructure translates directly into long-term operational stability and drastically reduced maintenance burdens. The architectural design prioritizes both visual appeal and mechanical endurance, ensuring that every component works in perfect harmony to deliver consistent performance. Our engineering team has meticulously calibrated the system to address the most demanding outdoor environments, providing a lighting solution that actively contributes to safer communities and optimized energy usage.
Uninterrupted Power Generation: Seamlessly transitions between solar and wind harvesting for true off-grid reliability.
Architectural-Grade Coating: The dual-layer surface treatment physically repels moisture, preventing oxidation and structural decay.
Precision Optics: Engineered lenses distribute light evenly, eliminating dangerous dark spots on wide highways and intersections.
Intelligent Thermal Management: The robust housing dissipates heat rapidly, protecting the core LED chips and extending their operational lifespan.
Theft-Deterrent Integration: Enclosing the battery and controller within the upper luminaire structure minimizes the risk of vandalism and unauthorized access.
The core advantage of this advanced system lies in its dual-harvesting capability. Traditional solar setups often fail during prolonged rainy seasons or heavy winter overcast. By integrating a high-efficiency monocrystalline silicon solar panel with a highly responsive wind turbine fan, this system captures energy from two independent natural sources. Even in the dead of night or during extreme weather conditions where sunlight is entirely absent, the wind fan continues to rotate, generating a steady electrical current.
This continuous power flow is directed into a high-capacity LiFePO4 lithium battery via a smart MPPT controller, ensuring maximum charging efficiency and preventing energy loss. The result is a 365-day operational guarantee, completely severing the reliance on vulnerable traditional power grids. For large-scale municipal and commercial installations, this means the total elimination of monthly electricity expenditures and immunity against rolling blackouts.
Infrastructure deployed in open highways, bridges, or coastal regions faces relentless environmental assaults. We have engineered the structural foundation of this lighting system to withstand catastrophic weather events. The main pole is constructed from premium-grade steel, featuring a customizable thickness ranging from 2mm to an incredibly robust 30mm. Utilizing advanced submerge-arc welding technology, the seams are flawlessly fused, creating a monolithic structure capable of resisting typhoon-level winds up to 200 km/h.
Typhoon-Proof Engineering: Rigorously tested against extreme wind velocities of 160 km/h, 180 km/h, and 200 km/h.
Dual-Shield Surface: Hot-dip galvanization combined with industrial powder coating forms an impenetrable barrier.
Flawless Seam Welding: Advanced submerge-arc technology prevents structural weak points and stress fractures.
Decades of Durability: Supported by an industry-leading 20-year warranty on the pole structure, ensuring absolute peace of mind.
Visual clarity is paramount for road safety, and this luminaire delivers exceptional optical performance that meets the highest roadway standards. Available in 50W, 60W, 80W, and 100W configurations, the LED modules achieve a remarkable luminous efficacy of 150 lumens per watt. This means maximum brightness is achieved with minimal energy consumption, optimizing the battery's reserve power.
The light engines are paired with high-transmittance optical lenses designed to shape the beam precisely, casting a wide, uniform footprint across multiple traffic lanes. By meticulously controlling the light distribution, the system drastically reduces glare that could blind oncoming drivers, while completely eliminating hazardous dark zones. The crisp, daylight-mimicking illumination enhances color rendering, allowing pedestrians and drivers to navigate their surroundings with absolute confidence and safety during the darkest hours of the night.
Modern infrastructure demands intelligent resource management. This hybrid lighting system is equipped with a sophisticated IoT-ready control architecture. Built-in motion sensors, utilizing advanced PIR (Passive Infrared) or microwave technology, constantly monitor the surrounding environment. When the streets are empty, the luminaire automatically dims to a predetermined energy-saving mode, preserving crucial battery reserves while maintaining basic security illumination.
Dynamic Dimming: Automatically adjusts brightness based on real-time ambient activity and traffic flow.
Advanced Sensing: Utilizes highly responsive PIR and light control sensors for instantaneous reaction times.
Battery Preservation: The smart MPPT controller prevents overcharging and deep discharging, maximizing the LiFePO4 battery life.
Smart City Ready: Easily accommodates optional CCTV camera integration, transforming a simple light pole into a multifunctional node for surveillance.
Complex installations disrupt traffic, require heavy machinery, and inflate project budgets. We have solved this by engineering a highly integrated, all-in-one architecture. The solar panel, wind turbine, high-capacity battery, smart controller, and LED light source are seamlessly consolidated into a single, aerodynamic unit. This design philosophy completely eliminates the need for expensive underground trenching, complex wiring networks, and heavy electrical grid connections.
Deployment becomes a straightforward, plug-and-play operation. A small crew can secure the luminaire to the pole and erect it in a fraction of the time required for traditional split-type systems. Beyond initial installation savings, this modular approach simplifies long-term maintenance; individual components can be accessed and serviced without dismantling the entire structure, ensuring minimal downtime and drastically reduced labor costs over the product's lifespan.
No two infrastructure projects are identical, which is why we offer unparalleled customization flexibility to meet strict architectural and engineering guidelines. From the physical dimensions to the aesthetic finish, every aspect of the street light pole can be tailored. We provide pole heights ranging from 3 meters for pedestrian walkways up to 35 meters for high-mast highway interchanges. Arm configurations include single-arm, double-arm, and elegant taper designs, all finished in customized colors to match specific municipal branding.
Scalable Dimensions: Pole heights customizable from 3m to 35m to fit exact project scopes and illumination requirements.
Versatile Configurations: Choose from single arm, double arm, or taper designs to suit the roadway layout.
Aesthetic Matching: Custom color finishes available to integrate seamlessly with local environments and architectural themes.
Professional Engineering: Full access to lighting and circuitry design, Dialux Evo layouts, and AutoCAD layout services for optimal planning.
OEM/ODM Readiness: Fully equipped to manufacture according to proprietary specifications and unique project demands.
Selecting the right infrastructure partner is critical for the success, safety, and longevity of any large-scale development. As a premier manufacturer and supplier, we control every stage of the production lifecycle, from raw steel procurement to the final assembly of microelectronic controllers. Our manufacturing facility employs advanced submerge-arc welding and rigorous quality assurance protocols, ensuring a defect rate approaching zero. We understand that procurement professionals require reliability, predictable lead times, and comprehensive post-installation support.
By maintaining a robust supply chain, we guarantee precise delivery schedules, whether you require a small batch or high-volume orders exceeding 400 units. Our commitment extends far beyond the physical product; we provide an exceptional 20-year structural warranty on our poles, giving you the absolute confidence that your investment is protected against the harshest environmental conditions and the test of time. Partner with us to illuminate the future of your infrastructure projects with unmatched efficiency and durability.
The integration of the wind turbine ensures continuous power generation even when solar irradiance is near zero due to heavy rain, snow, or thick cloud cover. As long as there is ambient wind, the aerodynamic fan will rotate and charge the LiFePO4 battery. The smart MPPT controller optimizes this dual energy input, and the large battery capacity provides sufficient autonomy to maintain reliable illumination through consecutive days of severe weather.
Our poles are engineered using premium-grade steel with customizable thicknesses up to 30mm. Utilizing advanced submerge-arc welding, the monolithic structure is certified to withstand extreme wind resistances up to 200 km/h. Furthermore, the hot-dip galvanized and powder-coated finish specifically prevents salt-fog corrosion, making it highly suitable for coastal environments.
Yes, the intelligent controller allows for the precise customization of the PIR or microwave sensor settings. You can adjust the detection range, the hold time for 100% brightness, and the baseline dimming level (for example, dropping to 30% brightness when the area is idle) to perfectly match the specific pedestrian or vehicular traffic flow of your project.
We offer comprehensive, end-to-end lighting solution services. Our dedicated engineering team will provide detailed Dialux Evo lighting simulations, precise circuitry design, and full AutoCAD layouts based on your site plans. This ensures that the selected wattage, pole height, and spacing meet your exact lux levels and uniformity standards before any manufacturing begins.
The all-in-one design utilizes a highly efficient modular internal structure. The LiFePO4 battery and smart MPPT controller are securely housed within an easily accessible, weather-sealed IP65/IP66 compartment near the LED module. This allows maintenance crews to perform quick diagnostics, firmware updates, or component replacements without needing to dismantle the entire luminaire or lower the heavy pole.
