Pre-certified to DIN EN 40 and DIN EN ISO 1461 galvanization standards, these high-demand infrastructure systems are engineered to withstand European wind loads while meeting strict dark-sky municipal photometric guidelines.
Designed for urban heritage corridors and contemporary European boulevards. Features custom fluted and tapered profiles with anti-graffiti powder coating.
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Integrated monocrystalline solar luminaire engineered for sub-zero operating environments, high-latitude winter autonomy, and smart dimming profiles.
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Engineered for major rail interchanges, Autobahn junctions, and freight yards in Berlin-Brandenburg with fail-safe mechanical motorized lowering systems.
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Continuous conical and polygonal steel columns for arterial road grids. Verified by destructive weld tests and multi-stage ultrasonic quality verification.
View Product SpecificationsThe state of Berlin and the surrounding Brandenburg metropolitan region represent one of Europe’s most dynamic testbeds for smart city infrastructure and energy transition (Energiewende). Under Berlin’s "Gemeinsam Digital: Berlin" framework and strict climate protection laws targeting carbon neutrality by 2045, municipal authorities are aggressively modernizing legacy lighting networks.
From the transformation of legacy industrial campuses like the Berlin TXL Urban Tech Republic to expanding high-tech production corridors near Ludwigsfelde and the Adlershof Science and Technology Park, infrastructure planners demand lighting systems that exceed basic illumination. They require connected smart columns capable of supporting micro-mobility charging, 5G small cells, environmental sensors, and dark-sky photometrics.
We deliver complete, tender-compliant civil and electrical packages that bridge the gap between initial DIALux lighting design and final on-site installation across highways, industrial complexes, and public hubs.
Engineered for high-speed express corridors such as the A10 (Berliner Ring), A100 city orbital, and A115. Columns are optimized for ME1-ME4 lighting classes using asymmetrical forward-throw optical lenses, high-tensile S355JR structural steel, and certified passively safe base-flange mountings complying with DIN EN 12767 standards.
Large-scale area illumination tailored to logistics centers, including Westhafen Berlin, GVZ Großbeeren, and Berlin Brandenburg Airport (BER) cargo gates. Our polygonal 20m–40m high-mast lighting towers feature internal dual-cable winch systems, anti-vibration damping rings, and IP66 marine-grade floodlights with low glare ratings (GR < 45).
Integrated multifunctional smart poles designed for smart city districts. These structures house intelligent Zhaga Book 18 control sockets, 22kW AC electric vehicle charging terminals, IP security cameras, environmental air quality sensors, and fiber-optic termination points within an aesthetically cohesive, seamless column.
Modern municipal procurement demands data-driven longevity. Our engineering labs focus on three core technological frontiers to deliver unmatched performance for German and wider European infrastructure deployments:
Our DIALux Evo lighting architects produce turn-key lighting schemes calibrated to exact German municipal classes (M1 to M6 for vehicular traffic, C0 to C5 for conflict areas, and P1 to P6 for pedestrian pathways).
Full DIALux Calculation Dossier Included with Every Quotation:
Luminance uniformity (U_0 ≥ 0.40), Longitudinal uniformity (U_l ≥ 0.70), Threshold increment (f_TI ≤ 10%), and Surround ratio (SR ≥ 0.50).We eliminate regulatory hurdles for general contractors, engineering consultants, and public procurement boards across Germany by manufacturing in strict adherence to European norms.
| Standard / Regulation | Technical Scope & Target Parameters | Xintong Factory Benchmark | Compliance Guarantee |
|---|---|---|---|
| DIN EN 40-3 / 40-5 | Lighting columns: Design, verification & steel fabrication | Certified structural calculations for wind zones 1–4 per Eurocode 1 | Third-party static structural sign-off |
| DIN EN ISO 1461 | Hot dip galvanized coatings on fabricated iron and steel | Minimum average zinc coating thickness ≥ 85 μm (up to 120 μm) | Corrosion resistance exceeding 25+ years |
| DIN EN ISO 12944 | Paints and varnishes – Corrosion protection of steel structures | Duplex coating system (HDG + Electrostatically cured polyester) | Class C4 / C5 High durability rated |
| EN 60598-2-3 / CE / RoHS | Luminaires for road and street lighting safety | IP66 ingress protection, IK09 / IK10 mechanical impact rating | Full CE, TÜV Rheinland & RoHS test certificates |
| DIN EN 13201 | Road lighting calculations, quality criteria & measurement | Precision optical distributions (Type II, III, IV lenses) | Guaranteed lux & uniformity compliance |
Yangzhou Xintong Traffic Equipment Group operates a flagship 100,000 m² Industry 4.0 production base in Gaoyou, Jiangsu. By combining integrated supply chain clusters with deep vertical manufacturing, we resolve the acute delivery bottlenecks and cost escalations currently facing European public procurement projects.
While regional European fabricators often quote 24- to 36-week lead times for custom-engineered municipal poles, our automated tandem 2,000-ton CNC bending presses, robotic submerged-arc welding (SAW) cells, and closed-loop hot-dip galvanizing lines achieve factory completion in as little as 4 to 6 weeks—with full ISO 9001, ISO 14001, and ISO 45001 certification.
Direct sourcing from our Jiangsu manufacturing campus removes intermediary markups, providing German contractors and engineering firms with a 25% to 38% overall capital expenditure reduction on lighting infrastructure packages.
Clients are invited to inspect production milestones via high-resolution live video audits or third-party inspections (SGS, TÜV, Bureau Veritas) covering zinc layer thickness, coating cross-hatch adhesion, and static load deflection verification.
In high-stakes public tenders (VOB/A in Germany), public authorities and EPC firms demand total lifecycle reliability, transparent supply chains, and measurable carbon abatement.
By pairing high-efficiency luminaire drivers (power factor > 0.98, system efficacy > 165 lm/W) with 25-year hot-dip galvanized columns, our infrastructure systems minimize maintenance cycles and lower 10-year operating expenditures by up to 52%.
We supply comprehensive submission documentation within 48 hours: 2D/3D CAD drawings (DWG, STEP), static calculation certificates based on local wind data, photometric IES/LDT files, and chemical analysis sheets for raw steel melts.
All structural steel used is 100% recyclable, and our hot-dip galvanizing plants run in closed-loop acid reclamation facilities, assisting European contractors in achieving green building credits (LEED, BREEAM, and DGNB certifications).
In-depth technical and regulatory guidance for project managers, structural engineers, and municipal procurement directors.
Every lighting column design undergoes rigorous mechanical verification pursuant to DIN EN 40-3-1 (Specification for characteristic loads) and DIN EN 40-3-3 (Verification by calculation). We account for local wind parameters across German Wind Zones 1 and 2 (reference wind velocity v_b,0 = 22.5 to 25.0 m/s), dead loads, and luminaire windage areas (EPA). Certified structural calculations signed off by registered civil engineering specialists are supplied with all tender submittals.
We apply a robust two-tier protection system. First, poles undergo internal and external hot-dip galvanizing according to DIN EN ISO 1461, achieving a minimum zinc coating thickness of 85 μm. For urban installations exposed to heavy winter road salting, we apply an electrostatic thermosetting polyester powder coating (Duplex system according to DIN EN ISO 12944, C4/C5 durability), available in standard German municipal colors including DB 703 (micaceous iron ore) and RAL 7016 (anthracite).
Yes. Our split-type and all-in-one solar models are custom-engineered for Northern European solar irradiation conditions (averaging less than 1.0 kWh/m²/day in December). We configure high-capacity grade-A LiFePO4 batteries with intelligent internal heating elements (preventing battery degradation below 0°C) and pair them with high-efficiency bifacial N-type TOPCon panels and automated 5-step smart dimming profiles that guarantee 5 to 7 days of continuous illumination autonomy.
Standard fabrication for containerized orders (conical poles, solar fixtures, high masts) takes between 25 and 35 calendar days at our Jiangsu facility. For sea freight, transit from Shanghai or Ningbo to Hamburg or Bremerhaven averages 30 to 38 days, followed by 48-hour bonded inland trucking directly to job sites in Berlin or Brandenburg. For urgent projects, express rail freight via the Eurasian corridor delivers in 18 to 22 days.
Absolutely. We fabricate flange base plates, direct-burial roots, and foundation anchor cages to exact project drawings. Whether your project requires square, circular, or bespoke slotted base plates to match pre-existing concrete footings in urban rehabilitation zones, our CNC plasma tables cut structural plates up to 50mm thickness with sub-millimeter precision.
Each delivery includes an exhaustive Quality Dossier containing: Mill Test Certificates (EN 10204 Type 3.1) for raw steel, Hot-Dip Galvanizing Inspection Certificates (coating weight and thickness), Powder Coating Adhesion Reports, Full IES/LDT Photometric Files, DIALux Evo Simulation Reports, CE Conformity Declarations, and Factory Acceptance Testing (FAT) records.
Explore our complete line of distribution masts, split-type photovoltaic systems, extreme-load towers, and multifunctional smart poles engineered for long-term operational resilience.
Engineered for urban utility distribution grids, micro-grid line taps, and transformer mounts with heavy bending-moment resistance.
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Configurable split PV array system built for optimal south-facing tilt angles across Northern Europe, ensuring zero winter blackout periods.
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Large-area high-output illumination for cargo aprons, port docks, and logistics consolidation hubs with motorized lowering winches.
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Designed for athletic facilities and public stadiums. Custom-aimed luminaire head frames satisfy stringent European glare limitation standards.
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Streamlined solar lighting for residential communities, public parks, bike paths, and rural pathways with rapid plug-and-play installation.
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Futuristic multi-service columns consolidating CCTV mounts, public Wi-Fi, environmental sensing, and digital signage into a unified structure.
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Engineered for extreme structural stresses, coastal gusts, and heavy cantilevered arm projections with FEA-verified foundation anchoring.
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Standard and custom conical, stepped, and polygonal steel poles tailored to municipal civil engineering schedules with certified uniform weld quality.
View Product SpecificationsSend your project BOQ, lighting classes, or tender specifications. Our municipal infrastructure engineers will deliver a comprehensive proposal with static structural validation and DIALux lighting calculations within 24 hours.
