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As a premier manufacturer and global supplier of advanced outdoor lighting infrastructure, we present a highly engineered all-in-one solar street lamp and robust steel pole system. Designed for municipal and highway applications, this integrated lighting solution delivers exceptional durability, structural integrity, and long-term energy independence for large-scale developments.
Integrated high-efficacy solar luminaire and heavy-duty steel mast
Engineered specifically for demanding highway and public infrastructure projects
Sourced directly from a trusted, high-capacity industry manufacturer
Fully customizable configurations to meet diverse architectural and engineering requirements
When undertaking large-scale municipal or commercial infrastructure projects, the reliability of your lighting assets is paramount. This all-in-one outdoor solar street lamp and integrated pole system is meticulously engineered to provide uncompromising illumination while eliminating the heavy financial burden of grid dependency. Running your hands along the exceptionally smooth, powder-coated steel surface, you can immediately sense the structural integrity achieved through advanced submerge-arc welding technology. The seamless integration of the luminaire and the towering steel mast creates a sleek, modern silhouette that enhances any urban or highway landscape. Beyond its striking visual appeal, this system acts as a resilient guardian of public spaces, casting a crisp, uniform, and glare-free glow that drastically improves nighttime visibility and pedestrian safety. By harnessing renewable solar energy, contractors and city planners can transform dark, hazardous roadways into brilliantly lit corridors without the exorbitant costs of trenching, cabling, or ongoing electrical consumption. This is not merely a lighting fixture; it is a long-term infrastructural investment designed to withstand the harshest environmental extremes while delivering consistent, high-efficacy illumination night after night, ensuring total peace of mind for project stakeholders.
Key Attributes | Specifications |
|---|---|
Height | 2mm-30mm, 3m-35m |
Material | Steel |
Type | Single-arm / Taper / Double-arm |
Wind Resistance | 160 km/h, 180 km/h, 200 km/h |
Finish | Powder-Coated, Hot Dip galvanized |
Surface Treatment | Hot Dip Galvanized + Powder Coating |
Application | Outdoor, Highway |
Usage | Public Places |
Warranty | 20 Years |
Feature | Durable |
Lighting Solutions Service | Lighting And Circuitry Design, Dialux Evo Layout, Auto Cad Layout |
Place of Origin | Jiangsu, China |
Product Weight | 100 kg |
Brand Name | HTY |
Luminous Efficacy | 150 lm/w |
Product Name | Street Light Pole |
Welding Technology | Advanced Submerge-arc Welding Technology |
Keyword | Street Lamp Lighting Pole |
MOQ | 2 pcs |
Color | Customized Color |
Arm Type | Single Arm, Double Arm |
OEM/ODM | Accepted |
Selling Units | Single item |
Quantity (pieces) | Lead Time (days) |
|---|---|
1 - 99 | 31 |
100 - 199 | 32 |
200 - 399 | 33 |
More than 399 | To be negotiated |
Investing in the right outdoor lighting infrastructure requires a deep understanding of long-term operational efficiency and structural reliability. This lighting system is crafted to solve the most pressing challenges faced by urban planners and infrastructure developers, offering a perfect synergy of mechanical strength and advanced optical performance.
Unmatched Structural Lifespan: Backed by a comprehensive 20-year warranty, ensuring decades of reliable service without the need for frequent replacements.
Optimized Illumination Delivery: Engineered to eliminate dark spots and uneven lighting, providing a safe, continuous blanket of light across wide roadways and expansive public squares.
Streamlined Project Execution: Designed to accelerate project timelines by integrating the light source, energy storage, and structural support into a cohesive, ready-to-deploy unit.
Architectural Adaptability: Available in multiple arm configurations (single, double, and taper) to match the specific aesthetic and functional demands of any streetscape.
Infrastructure assets are constantly subjected to the unforgiving forces of nature. The longevity and safety of an outdoor lighting system depend entirely on the caliber of its materials and construction. This street light pole is forged from premium-grade steel, engineered to serve as an unyielding backbone for the integrated solar luminaire, even in the most hostile environments.
Dual-Layer Surface Protection: The rigorous hot-dip galvanization process combined with a premium powder-coated finish creates an impenetrable barrier against moisture, salt spray, and corrosive elements, making it highly suitable for coastal and industrial zones.
Hurricane-Grade Wind Resistance: Structurally certified to withstand extreme wind loads ranging from 160 km/h up to a devastating 200 km/h, ensuring the mast remains firmly anchored during severe meteorological events.
Flawless Structural Integrity: Utilizing advanced submerge-arc welding technology, every joint and seam is fused with absolute precision, eliminating microscopic vulnerabilities and preventing stress fractures over decades of micro-vibrations from heavy traffic.
Heavy-Duty Wall Thickness: With customizable wall thicknesses ranging from 2mm to a massive 30mm, the structural rigidity can be precisely calibrated to meet the specific load-bearing requirements of any regional building code.
The primary objective of any roadway lighting system is to maximize visibility while minimizing energy expenditure. This all-in-one solar street lamp leverages cutting-edge optical engineering to deliver a superior visual environment for drivers and pedestrians alike, significantly reducing accident rates in public spaces.
High-Yield Lumen Output: Achieving an extraordinary luminous efficacy of 150 lm/w, this luminaire translates stored solar energy into brilliant, piercing light, easily cutting through dense fog and heavy rain.
Precision Optical Lenses: Engineered with advanced refractive lenses that direct light exactly where it is needed—down onto the pavement—minimizing light spillage and reducing light pollution in surrounding residential areas.
Dark Sky & Eco-Friendly Compliance: The precise beam angles ensure that the night sky remains unobstructed by artificial glare, meeting strict environmental standards while also offering configurations suitable for turtle-friendly coastal installations.
Enhanced Color Rendering: Utilizing top-tier LED chips, the system provides excellent color accuracy, allowing drivers to easily distinguish road markings, signage, and potential hazards from a safe distance.
The true test of a solar lighting system is its performance during consecutive days of severe weather. Procurement specialists prioritize energy resilience, and this system is engineered to guarantee uninterrupted illumination regardless of prolonged overcast or rainy conditions.
High-Efficiency Solar Harvesting: Equipped with premium monocrystalline silicon panels that boast exceptional conversion rates, ensuring maximum energy capture even during short winter days with limited direct sunlight.
Deep-Cycle Battery Architecture: Utilizing advanced, thermally stable energy storage solutions (such as high-capacity LiFePO4), the system safely stores massive amounts of energy while resisting degradation from extreme temperature fluctuations.
Intelligent MPPT Regulation: The integrated Maximum Power Point Tracking controller dynamically adjusts the electrical operating point of the modules, extracting up to 30% more power compared to traditional PWM controllers.
Extended Autonomy: Specifically programmed to intelligently manage power consumption, guaranteeing reliable illumination for multiple consecutive rainy or cloudy days, completely eliminating the risk of unexpected blackouts.
As municipalities transition toward smart city ecosystems, lighting infrastructure must evolve from passive fixtures into intelligent, responsive networks. This product is designed with forward-thinking smart capabilities that drastically enhance operational efficiency and secondary energy savings.
Adaptive Motion Sensing: Incorporating highly sensitive PIR and microwave radar sensors, the luminaire automatically ramps up to full brightness upon detecting vehicular or pedestrian movement, and dims to a conservative level when the area is vacant.
Dynamic Time & Light Control: Features sophisticated photocells that instantly activate the light at dusk and deactivate at dawn, combined with customizable time-based dimming profiles tailored to specific traffic flow patterns.
IoT Connectivity Readiness: Designed to seamlessly integrate with centralized smart city management platforms, allowing facility managers to monitor performance, adjust settings, and receive diagnostic alerts remotely.
Proactive Energy Management: By intelligently modulating output based on real-time environmental data, the system significantly extends the lifespan of the battery bank and LED modules, maximizing the return on investment.
No two infrastructure projects are identical. Recognizing the complex and highly specific demands of engineering contractors and urban planners, we provide an unparalleled level of customization and technical support to ensure total project compliance and aesthetic harmony.
Comprehensive Height Variability: Offering a massive height range from 3 meters for pedestrian pathways up to 35 meters for high-mast highway interchanges, ensuring the perfect scale for any application.
Professional Photometric Engineering: Our dedicated lighting solutions service includes precise Dialux Evo and AutoCAD layout designs, providing contractors with accurate illuminance simulations to guarantee compliance with local transportation authority standards.
Versatile Arm Configurations: Choose from single-arm, double-arm, or sleek taper designs to accommodate specific roadway widths, median installations, or architectural themes.
Bespoke Aesthetic Finishes: Beyond standard industrial coatings, the poles can be finished in fully customized colors to seamlessly blend with historical districts, modern corporate campuses, or specific municipal branding guidelines.
The hidden costs of outdoor lighting often lie in the installation process and ongoing maintenance. This all-in-one solar solution is engineered to drastically reduce the Total Cost of Ownership (TCO) by streamlining deployment and virtually eliminating routine upkeep.
Zero Trenching Required: Completely bypass the exorbitant costs, environmental disruption, and prolonged delays associated with digging trenches, laying underground conduit, and connecting to the municipal power grid.
Plug-and-Play Assembly: The highly integrated design allows for rapid, straightforward installation using standard lifting equipment, enabling work crews to deploy miles of roadway lighting in a fraction of the time required for traditional systems.
Self-Sustaining Operation: Once anchored and activated, the system operates autonomously, requiring zero electrical utility payments and insulating project budgets from volatile energy prices.
Debris-Shedding Design: The aerodynamic and smooth profile of the luminaire and pole prevents the accumulation of dust, snow, and avian debris, minimizing the need for costly physical cleaning interventions.
Navigating the complex landscape of international trade and government procurement requires rigorous adherence to global safety and quality standards. This lighting infrastructure is backed by a robust portfolio of certifications, serving as a powerful testament to its uncompromising engineering.
Ingress Protection Excellence: Engineered to strict IP65/IP66 standards, ensuring the sensitive optical and electronic components are completely sealed against heavy rain, high-pressure water jets, and microscopic dust ingress.
Global Regulatory Alignment: Fully compliant with CE, RoHS, ENEC, CB, and SAA directives, facilitating seamless importation and immediate approval for large-scale public tenders across diverse international markets.
Highway Safety Standards: The structural design and wind-load calculations of the steel pole strictly adhere to AASHTO (American Association of State Highway and Transportation Officials) guidelines, ensuring absolute safety for high-speed vehicular corridors.
Rigorous Quality Assurance: Every unit undergoes exhaustive factory testing, including salt spray corrosion analysis, vibration testing, and thermal cycling, guaranteeing that only flawless products reach the installation site.
Securing a reliable supply chain for critical infrastructure components is essential for the seamless execution of large-scale developments. Partnering with us means gaining access to decades of manufacturing expertise, uncompromising quality control, and dedicated engineering support.
Unrivaled Manufacturing Capacity: Operating advanced production facilities equipped with automated submerge-arc welding and precision laser cutting, ensuring consistent quality even on high-volume orders.
End-to-End Engineering Support: From initial photometric conceptualization to final site deployment, our team of technical specialists works in lockstep with your project managers to overcome complex design challenges.
Strict Quality Control Protocols: We implement a multi-stage inspection process, verifying material thickness, galvanization depth, and luminous efficacy, ensuring every pole and lamp exceeds project specifications.
Flexible OEM/ODM Capabilities: We fully embrace custom manufacturing requests, allowing you to tailor the product's specifications, branding, and packaging to align perfectly with your specific market strategy.
To further assist project planners, engineers, and procurement specialists, we have compiled detailed answers to the most critical technical inquiries regarding our integrated solar lighting infrastructure.
How does the hot-dip galvanizing process extend the lifespan of the steel pole?
Hot-dip galvanizing immerses the steel in molten zinc, creating a metallurgical bond that forms a robust, multi-layered corrosion-resistant barrier. When combined with our premium powder coating, it effectively prevents rust and structural degradation, even in highly saline coastal environments, ensuring the pole maintains its integrity for over 20 years.
Can the lighting and circuitry design be customized for specific highway regulations?
Absolutely. Our dedicated engineering team utilizes advanced Dialux Evo and AutoCAD software to create highly precise lighting layouts. We can adjust the lumen output, beam angle, and pole placement to ensure the final installation strictly complies with local transportation authority illuminance and uniformity standards.
What is the expected autonomy of the solar street lamp during prolonged overcast conditions?
The system is engineered with high-capacity deep-cycle batteries and intelligent MPPT controllers. Depending on the specific configuration and customized energy profile, the luminaire is designed to provide reliable, continuous illumination for 3 to 5 consecutive rainy or fully overcast days without grid assistance.
How does the advanced submerge-arc welding technology impact the structural integrity under high wind loads?
Submerge-arc welding provides deep, uniform penetration along the seams of the steel pole, eliminating air pockets, slag inclusions, and weak points. This creates a monolithic structure capable of safely absorbing and dissipating the extreme kinetic energy generated by wind speeds up to 200 km/h.
What specific maintenance is required for the integrated solar module over its 20-year warranty period?
The system is fundamentally designed for zero-maintenance operation. The self-cleaning angle of the solar panel utilizes natural rainfall to wash away dust. The primary requirement is simply ensuring that surrounding foliage is occasionally trimmed so that the solar array remains unshaded, allowing the high-efficiency components to function autonomously.
