Standard Serialized Platforms Built for Global White-Label Deployment
Precision-engineered luminaire-pole platforms manufactured to EN 40, AASHTO, and ASTM specifications with customizable optical photometry, thermal heat dissipation, and LiFePO4 battery enclosures.
OEM XT-YTH-9 Series (All-In-One) Factory
Integrated monocrystalline solar module with deep-cycle LiFePO4 battery pack and intelligent MPPT dimmer controller.
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Buy XT-YTH-3 Series (All-In-One) Exporter
Optimized aerodynamic profile engineered for zero-trenching residential, campus, and rural electrification projects.
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Best XT-DT-1 Series (Split Type) Manufacturer
Decoupled photovoltaic layout supporting adjustable solar tilt angles, large wattage capacities, and extreme cold autonomy.
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OEM XINTONG Multifunctional Light Poles
Integrated octagonal and square conical poles with modular housings for CCTV, environmental sensors, and micro-base stations.
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Custom XINTONG Municipal Street Light Poles
Heavy-duty conical and octagonal steel poles engineered for municipal arterial corridors and severe weather resistance.
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Custom XINTONG High Strength Pole Series
Engineered for extreme cyclonic corridors and harsh maritime atmospheres with multi-stage metallurgical zinc immersion.
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High-Quality STADIUM SERIES High Mast
High-lumen optical distribution matrices with targeted floodlighting brackets designed for arena and recreation facilities.
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OEM AIRPORT-PORT High Mast Light
Large-area apron and terminal illumination featuring 15m to 40m automated motorized winch lowering rings for ground maintenance.
View Product SeriesThe Commercial Landscape of White Label Solar Infrastructure
Why leading municipal contractors and lighting conglomerates are turning to tier-1 contract manufacturers to de-risk capital deployment, compress engineering cycles, and satisfy rigorous public tender mandates.
The global public lighting paradigm has fundamentally decoupled from localized assembly models. As national decarbonization frameworks, municipal ESG budgets, and urban electrification programs accelerate across Europe, the Middle East, Sub-Saharan Africa, and the Americas, prime EPC contractors and established lighting brands increasingly rely on white label solar street light manufacturers. Contracting an established tier-1 manufacturing partner is no longer simply an exercise in labor arbitrage; it is a calculated risk-mitigation strategy designed to capture superior Levelized Cost of Light (LCOL), access vertically integrated supply chains, and guarantee regulatory compliance under international engineering codes.
Historically, off-grid street lighting was plagued by premature component mismatch: mismatched battery cycles, low-efficiency polycrystalline photovoltaic panels, uncalibrated pulse-width modulation (PWM) controllers, and structurally substandard poles prone to wind-induced fatigue. Today, industrial-scale original equipment manufacturing (OEM) and original design manufacturing (ODM) have transformed solar lighting into a unified, precision-engineered utility asset. By partnering directly with a primary fabrication plant—such as Yangzhou Xintong Traffic Equipment Group’s 100,000 m² industrial complex in Jiangsu—brand concessionaires and municipal agencies secure complete systems engineered to operate autonomously for upwards of 25 years without catastrophic lumen depreciation or structural degradation.
Capex & Supply Chain Resilience
By eliminating multiple tiers of intermediary trading distributors, brand owners and concessionaires shave 28% to 42% from standard bill-of-quantities (BOQ) costs, enabling competitive pricing in large-scale government tenders while retaining robust gross margins.
Standardized Sovereign Compliance
Direct factory alignment guarantees that structural steel meets ASTM A123 / EN 40 standards, hot-dip galvanizing complies with ISO 1461, and optical assemblies carry verified photometric reports tested via third-party goniophotometers.
Rapid Prototyping & DIALux Integration
Turnkey white label factories provide comprehensive photometric simulations, 3D mechanical renderings, and localized wind-load structural calculations within 24 to 48 hours of tender document submission, expediting bid timelines.
Factory-Floor Anatomy: The Vertical Integration Advantage
A comprehensive examination of tier-1 production workflows: from raw Q235/Q355 coil leveling and plasma cutting to molten zinc bath galvanization and micro-binned LED integration.
A true white label manufacturing powerhouse does not merely act as an assembly workshop. True industrial capability requires full-stack vertical integration where metallurgical processing, photovoltaic engineering, battery thermal management, and surface chemistry exist within a single continuous facility. At Yangzhou Xintong Traffic Equipment Group’s Gaoyou production base, seven specialized production lines execute every manufacturing stage under stringent ISO 9001, ISO 14001, and ISO 45001 management protocols.
| Manufacturing Stage | Standard Low-Tier Production | Xintong Industrial-Grade Protocol | Engineering Benefit |
|---|---|---|---|
| Structural Metallurgy | Recycled commercial grade scrap steel | Certified prime Q235B / Q355B structural plate with mill test certificates | Eliminates structural brittleness under cyclonic shear stress |
| Longitudinal Welding | Manual intermittent arc welding | Submerged-arc automatic continuous single-seam welding (>95% penetration) | Zero micro-fractures; complies with EN 40-3 structural safety thresholds |
| Corrosion Barrier | Cold electro-zinc plating or basic paint | Full immersion hot-dip galvanizing per ASTM A123 / ISO 1461 (≥86 μm) | 25+ years rust-free exterior lifecycle in high-salinity maritime zones |
| Photovoltaic Conversion | B-grade poly cells, unlaminated EVA | Tier-1 Grade-A N-Type / TOPCon monocrystalline cells (efficiency >22.8%) | Maximum kilowatt-hour harvest per square meter under diffuse overcast skies |
| Energy Storage Chemistry | Second-life or uncertified ternary lithium | Brand new LiFePO4 cells with smart BMS thermal balance management | >3,000 to 6,000 cycles at 80% DoD; inherently explosion-proof and stable |
| Charge Regulation | PWM controllers (70-75% efficiency) | High-speed dynamic MPPT trackers (tracking efficiency >99.2%) | Recovers up to 30% more energy during cloudy and rainy cycles |
By owning every stage of the manufacturing matrix, white label buyers avoid the common "inter-component failure mode" where an offshore battery supplier blames a third-party solar panel manufacturer for system underperformance, while the pole manufacturer disclaims structural resonance issues. With single-source accountability, technical specifications are verified collectively through standardized thermal chamber cycling (-40°C to +75°C), salt spray testing (ASTM B117 ≥1,000 hours), and vibrational resonant analysis.
All-In-One vs. Split-Type vs. Smart Multi-Functional Poles
A rigorous engineering evaluation of system topologies to inform accurate project specification, tender drafting, and field deployment.
All-In-One (AIO) Systems
Form Factor: Integrated PV panel, LiFePO4 pack, luminaire engine, and MPPT housed in a single monocoque die-cast aluminum frame (e.g., XT-YTH-3, XT-YTH-9 Series).
Optimal Deployment: 4m to 8m mounting heights; residential streets, pedestrian corridors, rural village electrification, campus loops, and perimeter security lighting.
Engineering Advantage: Zero external wiring, lowest shipping volume, 15-minute pole-top installation time, and minimal aerodynamic wind profile.
Split-Type Photovoltaic Systems
Form Factor: Independent high-wattage photovoltaic array mounted atop pole, paired with an autonomous battery/controller box and separate aerodynamic luminaire (e.g., XT-DT-1 Series).
Optimal Deployment: 8m to 12m mounting heights; national highways, multilane expressways, high-latitude territories with limited winter peak sun hours (PSH < 3.0).
Engineering Advantage: Panel tilt angle can be calibrated independently to maximize solar irradiance; supports large-capacity battery enclosures delivering 5 to 7 continuous autonomy days.
Smart Multi-Functional Poles
Form Factor: Polygonal structural steel shafts equipped with internal cabling raceways, modular mounting brackets, and intelligent power distribution (e.g., XINTONG Smart Poles).
Optimal Deployment: Urban municipal arterials, transit interchanges, pedestrian plazas, and smart city infrastructure corridors.
Engineering Advantage: Consolidates intelligent lighting, PTZ surveillance cameras, public Wi-Fi access points, 5G micro-base stations, and LED environmental displays without street clutter.
Engineered Macro Solutions for Global Utility Infrastructure
Field-proven engineering blueprints tailored to critical infrastructure verticals across 80+ countries worldwide.
Municipal Arterials & Expressways
High-speed vehicular transport requires stringent road surface luminance uniformity (U0 ≥ 0.4, Ul ≥ 0.7 per EN 13201 / IESNA RP-8). White-label solutions integrate batwing optical lenses (Type II-M and Type III-M) with high-efficiency split-type solar fixtures mounted on 8m to 12m octagonal hot-dip galvanized poles, ensuring driver safety without glare or shadows.
Maritime Seaports & Container Terminals
Harsh salt-fog conditions demand C5-M extreme marine corrosion resistance. Our high-mast solutions (15m to 40m) engineered with specialized high-flux floodlight luminaires provide uninterrupted round-the-clock cargo illumination, verified in mission-critical facilities such as Cebu Baseport Terminals in the Philippines.
Rural Electrification & Off-Grid Transit
In regions lacking utility grid stability or subject to frequent load-shedding—such as Sub-Saharan Africa and Central Asia—integrated AIO solar street lights deliver turnkey autonomy. Completely disconnected from grid volatility, these units provide permanent illuminated security for village roads and secondary highways.
Smart City & Urban Transit Corridors
Modern municipalities require integrated data collection. Our multifunctional pole architecture provides high-strength load bearing capable of housing IoT environmental sensors, traffic control signals, electric vehicle trickle charging, and LoRaWAN mesh gateways alongside energy-efficient lighting.
The Next Decade of Solar Street Lighting Innovation
A strategic forecast of metallurgical improvements, next-generation photovoltaic chemistries, and AI-driven predictive asset management.
The solar street lighting sector is undergoing rapid technological convergence. Manufacturers who fail to invest in research and development risk obsolescence as energy harvesting, battery chemistry, and municipal telemetry evolve. White label buyers must choose manufacturing partners whose engineering roadmaps are built around three core pillars:
Perovskite-Silicon Tandem Photovoltaics
While current monocrystalline TOPCon cells achieve 22.8% to 24% lab efficiencies, upcoming tandem perovskite layers will push panel conversion past 28% within the next three years. This higher energy density enables smaller panel dimensions on pole-top structures, significantly reducing mechanical wind load.
Sodium-Ion (Na-Ion) Thermal Stability
Although LiFePO4 remains the industry benchmark, Sodium-Ion storage is rapidly maturing for sub-zero deployment. Capable of operating down to -40°C without auxiliary battery heating jackets, Na-Ion cells will revolutionize off-grid lighting throughout Nordic, Canadian, and Central Asian winter climates.
AI-Powered Dynamic Lux Tuning
Static timer dimming is being replaced by onboard neural-network edge controllers. By processing real-time vehicle flow sensors, satellite weather forecasts, and historical battery depth-of-discharge trends, luminaires dynamically optimize milliwatt output, guaranteeing zero blackouts even through 10-day monsoon events.
Navigating International Tenders: Engineering Submittal Checklist
A comprehensive guide to passing technical review on international sovereign, World Bank, and municipal public bids.
In municipal bidding, technical disqualifications rarely stem from pricing; they occur because of incomplete engineering documentation or unverified structural calculations. When white-labeling street lighting platforms through Yangzhou Xintong Traffic Equipment Group, clients receive an audit-ready, engineer-stamped tender dossier designed to pass ministerial review on first submittal.
| Dossier Item | Governing Specification | Document Deliverable | Critical Engineering Focus |
|---|---|---|---|
| Structural Pole Calculation | AASHTO LTS / EN 40-3 | FEA finite element stress simulation & anchor bolt reaction forces | Verification of wind-load deflection and ultimate shear strength at 160 km/h |
| Photometric Validation | IES LM-79 / LM-80 / TM-21 | IES optical files and DIALux evo project lighting layouts | Verification of average lux, overall uniformity (U0), and glare rating (TI < 10%) |
| Corrosion Metallurgy | ASTM A123 / ISO 1461 | Batch magnetic thickness gauge reports (>86 μm) | Total immersion coverage including interior shaft and base plate weld zones |
| Energy Autonomy Analysis | IEEE 1562 / IEC 62124 | Solar insolation sizing spreadsheet based on NASA surface meteorology | Guaranteed minimum 3 to 5 continuous rainy days autonomy without system shutdown |
| Ingress & Impact Resistance | IEC 60529 / IEC 62262 | Certified laboratory IP66 / IP67 and IK08 / IK10 test certificates | Hermetic sealing against fine desert dust and monsoon water intrusion |
Frequently Asked Questions for Overseas Buyers & EPCs
Direct answers to the complex structural, electrical, and commercial questions raised by international procurement teams.
Are you an authentic direct-manufacturing factory or an export trading intermediary?
Xintong is an authentic primary manufacturer. Established in 1999, we operate an integrated 100,000 m² heavy manufacturing facility in Gaoyou, Jiangsu Province, China. Our plant houses 7 automated production lines covering coil uncoiling, plasma cutting, CNC press brake tapering (up to 16m single-press), longitudinal submerged arc welding, hot-dip galvanizing baths, automated electrostatic polyester powder coating, and specialized cleanroom LED and solar electronics assembly. Clients and third-party inspection agencies (SGS, TUV, Bureau Veritas) are welcome to perform on-site facility audits or live video audits anytime.
How does Xintong support white label branding for regional distributors and overseas lighting brands?
We offer comprehensive OEM and ODM white-label services. We can precision laser-etch your company logo onto the die-cast luminaire housings, mold your brand into the structural access doors, supply customized color packaging with your SKU barcodes, and provide unbranded or private-labeled engineering datasheets and installation manuals. Furthermore, we sign strict Non-Disclosure Agreements (NDAs) to protect your proprietary designs and commercial bid territories.
What specific anti-corrosion processes protect your steel poles in coastal or high-humidity regions?
All our steel poles (conical, octagonal, polygonal, or square) are fabricated from certified prime Q235B or Q355B structural steel. After complete welding and fabrication, poles undergo automated acid pickling and fluxing followed by total immersion hot-dip galvanizing in accordance with ASTM A123 and ISO 1461. This creates a metallurgical zinc-iron alloy coating with a minimum average thickness of 86 μm (up to 100+ μm upon request) inside and outside the shaft. For severe coastal environments (C5-M corrosion class), we apply an optional electrostatic polyester powder topcoat, delivering a certified 25+ year maintenance-free operational life.
Can you provide project-specific DIALux lighting simulations and CAD drawings before ordering?
Yes. Our senior in-house application engineering department utilizes DIALux evo to generate complete photometric simulations based on your specific road profile (lane width, pole spacing, arrangement, mounting height, overhang, and target lux or luminance class per EN 13201 or IESNA RP-8). Concurrently, our structural engineers supply detailed CAD shop drawings, base plate anchor bolt patterns, and foundation rebar recommendations suited to local soil bearing capacities and design wind speeds.
How do you calculate solar panel wattage and battery capacity for regions with extended monsoon seasons?
We do not use generic rules of thumb. Sizing is calculated using NASA and Meteonorm meteorological surface data corresponding to your project coordinates. We extract the historical worst-month daily solar insolation (kWh/m²/day) and design the photovoltaic wattage to generate 120% to 150% of daily consumption under minimum irradiation. The LiFePO4 battery pack is then sized with a dedicated depth-of-discharge (DoD) reserve to guarantee 3 to 7 continuous days of autonomous operation without sun, while an intelligent MPPT algorithm automatically scales lux levels if extreme weather persists.
What battery chemistry and thermal protections are built into your energy storage systems?
We exclusively use brand-new, automotive-grade Lithium Iron Phosphate (LiFePO4) prismatic cells. Unlike nickel-manganese-cobalt (NMC) chemistries, LiFePO4 will not undergo thermal runaway or combust under high ambient heat. Our battery packs incorporate integrated intelligent Battery Management Systems (BMS) providing overcharge, over-discharge, overcurrent, short-circuit, and high/low temperature cutoffs. For desert operations (Middle East/Africa), we utilize phase-change thermal heat sinks, while for arctic deployments, we integrate self-regulating silicone heating membranes.
What is the standard warranty coverage and expected operational lifespan?
We provide comprehensive project-tiered warranties: structural hot-dip galvanized poles are guaranteed for 20 to 25+ years against corrosion and structural failure; monocrystalline solar modules carry a 10-year product warranty and 25-year 80% linear power output guarantee; LED optical light engines, MPPT controllers, and LiFePO4 battery systems carry standard 3-year to 5-year full replacement warranties (extendable up to 10 years for qualified municipal EPC bids). All replacement components are maintained in serialized stock for expedited dispatch.
How are high mast lighting systems serviced and maintained safely?
For our 15m to 40m high mast series (Airport, Port, and Stadium lines), we incorporate motorized raise-and-lower winch mechanisms. An internal double-drum mechanical winch, stainless steel aircraft cables, and a specialized docking crown allow the entire luminaire ring to descend safely to ground level for ground-level luminaire cleaning, optical aiming, or ballast servicing, completely eliminating the need for expensive bucket trucks or high-risk tower climbing.
Engineered Structural Lighting & Distribution Platforms
Select from our fully certified municipal, decorative, power distribution, and high-mast product series for complete turnkey infrastructure procurement.
Best XT-DT-1 Series (Split Type) Manufacturer
Split configuration supporting customized PV panel azimuth adjustments, ideal for multi-lane transport infrastructure.
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Buy XT-YTH-3 Series (All-In-One) Exporter
Ultra-light integrated architecture optimized for rural pathways, public parks, and access roads.
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OEM XT-YTH-9 Series (All-In-One) Factory
Premium die-cast aluminum chassis engineered for superior thermal heat dissipation and high-lumen optical engines.
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Best Series Decorative Light Pole
Aesthetic architectural lighting poles designed for heritage promenades, boulevards, and commercial pedestrian avenues.
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Buy XINTONG Municipal Light Pole Series
Full-scale serialized conical and stepped poles for municipal arterial roads, compliant with EN 40 requirements.
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OEM PUBLIC TRANSIT High Mast Poles
High-load polygonal steel masts engineered for large highway interchanges, freight yards, and public transit nodes.
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High-Quality URBAN-GRID Power Poles
Engineered steel distribution poles designed to replace aging wooden or concrete utility poles with superior structural safety.
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OEM Multifunctional Poles Integrated
Octagonal and square conical poles integrating street lighting with smart city surveillance, signage, and IoT monitoring.
View Product SeriesVerified Primary Manufacturer Credentials
Yangzhou Xintong Traffic Equipment Group Co., Ltd. welcomes sovereign EPC teams, municipal planners, and independent audit agencies to inspect our manufacturing lines on-site in Jiangsu or via scheduled real-time video audit.
- 100,000 m² Integrated Heavy Plant
- EN 40, AASHTO & ASTM Compliant
- 7 Automatic Longitudinal Welding Lines
- In-House DIALux Simulation Team
- Hot-Dip Galvanizing ≥86μm Standard
- Operational Track Record in 80+ Nations