Pre-qualified engineering assemblies conforming to UNE-EN specifications, selected for Spanish ports, highway transport hubs, and public sports complexes.
Precision asymmetric floodlight systems featuring aerodynamic head-frames, customized for Spanish sports arenas, municipal training complexes, and racetrack facilities with zero light pollution optics.
Explore Stadium Series
Heavy-gauge Q355B polygonal steel poles engineered for extreme Atlantic gale corridors in Northern Spain (Galicia/Cantabria) and high-load CCTV telecommunication mounts.
Explore High-Load Poles
Marine-grade anti-corrosive motorized high mast towers equipped with automatic mechanical latching mechanisms for deep-water container berths in Valencia, Algeciras, and Barcelona.
Explore Port Systems
Multi-segment slip-joint galvanized steel towers specifically built for highway interchanges (Autovías A-1 to A-8), intermodal rail hubs, and metropolitan toll junctions across Spain.
Explore Transit MastsBridging the European Green Deal, Spanish PNIEC decarbonization goals, and heavy-duty structural manufacturing through precision Chinese production engineering.
The Kingdom of Spain is experiencing an unprecedented structural transformation across its transport corridors, commercial logistics real estate, and municipal lighting assets. Driven by the Plan Nacional Integrado de Energía y Clima (PNIEC 2021-2030) and capitalized by massive tranches of the NextGenerationEU recovery funds (specifically the Plan de Recuperación, Transformación y Resiliencia - PRTR), Spanish regional governments (*Comunidades Autónomas*) and public infrastructure entities are aggressively phasing out inefficient legacy sodium discharge fixtures in favor of smart, connected, and highly durable LED and solar structures.
However, Spain presents a demanding operational environment characterized by severe climatic polarization. On one hand, the extensive Mediterranean coastline (stretching through Catalonia, the Valencian Community, Murcia, and Andalusia) and the harsh Atlantic coastline of the Basque Country and Galicia demand structures capable of enduring ISO 12944 C4 to C5-M extreme marine salinity corrosion. On the other hand, the vast continental plateaus of Castile and León, Extremadura, and Aragon experience acute diurnal thermal swings exceeding 40°C, combined with high ultraviolet solar irradiation exceeding 1,900 kWh/m²/year.
As a seasoned China Hot Products Exporter with dedicated engineering liaisons for Southern Europe, Yangzhou Xintong Traffic Equipment Group answers the complex requirements of Spanish main contractors (including ACS, Ferrovial, Acciona, Sacyr, and FCC). By pairing the raw manufacturing velocity, metallurgical capacity, and competitive bill-of-materials of our 100,000 m² Gaoyou facility with comprehensive adherence to European Standards (EN 40, EN 1090, Eurocode 1, and UNE-EN ISO 1461), we empower Spanish engineering, procurement, and construction (EPC) firms to win competitive tenders without compromising quality or safety margins.
Optimizing cost-per-lumen, metallurgical reliability, and lead-time certainty in an era of tightening European infrastructure deadlines.
In the contemporary structural fabrication sector, European domestic mills have encountered escalating energy overheads, specialized labor deficits, and prolonged lead times for heavy structural steel components. A standard municipal procurement order in Spain requiring 2,000 hot-dip galvanized octagonal poles or several dozen 35-meter stadium masts can face lead times of 20 to 32 weeks from domestic fabricators. This bottleneck threatens contractor milestone penalties under strict public execution frameworks administered by the Dirección General de Carreteras (DGT) or the Administrador de Infraestructuras Ferroviarias (ADIF).
China's industrial manufacturing ecosystem offers an indispensable complement. However, top-tier European buyers require more than low production costs; they demand absolute traceability, verifiable mill certificates (EN 10204 3.1), strict dimensional tolerances, and zero environmental leakage. Xintong operates at this exact interface.
Direct supply partnerships with tier-1 Chinese blast furnaces (Baosteel, Shougang) delivering certified low-silicon Q235B and high-yield Q355B structural coil, ensuring an optimal silicon content (Si < 0.03% or 0.14% < Si < 0.25%) specifically formulated to prevent brittle Sandelin-phase crystallization during the zinc dipping process.
Automated twin-wire continuous submerged arc welding (SAW) units guaranteeing consistent deep-penetration longitudinal seam joins. Complete weld seam integrity verified via ultrasonic non-destructive testing (NDT), fulfilling European Execution Class EXC2 requirements under EN 1090-2.
Our captive 14-meter hot-dip galvanizing kettle achieves total immersion in 99.995% pure molten zinc. Coating thicknesses are rigorously calibrated between 85 µm and 120 µm to exceed UNE-EN ISO 1461 guidelines, followed by an optional electrostatic architectural polyester powder barrier for duplex-grade longevity.
Through streamlined multimodal maritime routes departing Shanghai or Ningbo and arriving directly at Spanish deep-water hubs including Puerto de Valencia, Puerto de Algeciras, and Puerto de Barcelona, we provide door-to-depot transit cycles within 28 to 35 calendar days, supported by complete bilingual customs dossiers (DAP/DDP Incoterms).
Holistic lighting, structural, and power distribution configurations engineered to meet the operational criteria of regional ministries and concessionaires.
A successful tender submittal in Spain requires looking beyond individual fixtures. Municipalities and concession operators require integrated engineering packages where the structural steel shaft, mounting hardware, electrical gear, luminaire optics, and control architecture operate in certified unison. Xintong provides four purpose-built infrastructure solutions:
| Infrastructure Solution | Target Deployment in Spain | Key Engineering Standards | Technical Architecture Highlights |
|---|---|---|---|
| Port & Intermodal High Mast System | Port of Valencia, Port of Algeciras, Bilbao Logistics Hubs | UNE-EN 60598-2-5, ISO 12944 (C5-M), Eurocode 3 | Polygonal 16-to-20-sided Q355B tapered shafts; internal motorized winches; stainless steel hoisting cables; asymmetric LED floodlights with zero upward light waste. |
| Autovía & Radial Highway Package | Red de Carreteras del Estado (A-1 through A-8, AP-7, M-40, M-50) | UNE-EN 40-3, UNE-EN 13201 (Class M1/M2), CE Mark | Conical or octagonal shafts (8m–12m); single/double curved arms; passive safety base flange design; surge protection rating up to 20kV/10kA. |
| Off-Grid Municipal Solar Lighting | Andalusian Rural Municipalities, Extremadura agricultural access, Balearic access ways | IDAE Lighting Guides, IEC 61215, IEC 62133 (LiFePO4) | High-efficiency monocrystalline PV (22.5%+ cell yield); Grade-A LiFePO4 cells with smart thermal management BMS; automated MPPT dimming schedules. |
| Urban Low-Voltage Steel Grid Network | Endesa / Iberdrola secondary distribution, industrial estates | UNE 207017, EN 50341, ISO 1461 Galvanizing | High-load stepped polygonal tubular steel distribution poles replacing legacy concrete columns; pre-engineered cross-arms for multi-circuit cable runs. |
Every industrial lighting tender bid submitted by our Spanish partners is supported by complimentary DIALux Evo photometric simulations. Our optical engineering team incorporates real roadway geometry, surface reflection tables (CIE R3 class typical of Spanish asphalt), and strict luminance uniformity requirements ($U_o \ge 0.40, U_l \ge 0.70$) to prevent over-lighting and guarantee municipal compliance on the initial technical review.
Full documentation packages engineered to satisfy the rigorous audits of Spanish municipal intervention bureaus, technical colleges, and testing bodies.
Entering the Spanish public infrastructure market requires strict adherence to European standards. Self-declarations are insufficient; procurement boards require certified calculation reports, factory production control certificates, and third-party lab verification. Xintong maintains an exhaustive quality verification pipeline aligned with the following normative protocols:
Lighting columns are fully evaluated under UNE-EN 40-3-1 (Specification for characteristic loads) and UNE-EN 40-3-3 (Verification by calculation). Structural calculations verify that under Spanish basic reference wind velocities ($v_{b,0}$ between 26 m/s and 29 m/s as per the CTE DB-SE-AE Spanish Technical Building Code), bending moments and shaft deflections remain well within European deflection limits.
Conforming to UNE-EN ISO 1461, our hot-dip galvanizing achieves an average zinc layer thickness exceeding 85 µm (minimum 70 µm on thin sections, 100+ µm on thick plates). When designated for coastal zones such as Cádiz, Alicante, or the Canary Islands, a secondary electrostatically applied polyester powder coating (60–80 µm) provides a resilient duplex barrier against salt spray attack (verified to 1,000+ hours under ISO 9227 neutral salt spray testing).
Our luminaire portfolio strictly complies with the Reglamento de Eficiencia Energética en Instalaciones de Alumbrado Exterior (Real Decreto 1890/2008) and regional Dark Sky regulations (including the Ley del Cielo - Law 31/1988 protecting the astronomical observatories of the Canary Islands). Optics guarantee an Upward Light Output Ratio (ULOR / FHS) under 0.1% with zero light dispersion above 90 degrees.
Upon container dispatch, our Spanish clients receive a comprehensive technical compliance binder containing: Mill Test Certificates (EN 10204 Type 3.1), Galvanization Thickness Audit Sheets, Weld Inspection Reports (NDT), CE Declarations of Performance (DoP), Photometric IES/LDT distributions, and step-by-step foundation and anchor-cage assembly drawings in Spanish.
Examining real-world engineering adaptations designed for Spain’s distinct geographical and climatic micro-zones.
Spain is a land of regional diversity. Standardized equipment that succeeds in the humid plains of Central Europe can underperform in the arid heat of Andalusia or the stormy coasts of the Bay of Biscay. Xintong designs and fabricates with regional specificities in mind:
Locations: Seville, Córdoba, Jaén, Murcia.
Climatic Factor: Extreme summer heat (>44°C ambient), high solar irradiance, fine agricultural dust.
Engineering Solution: XT-DT-1 split-type solar street lights equipped with high-temperature-tolerant LiFePO4 battery enclosures buried underground or pole-mounted with aerated solar radiation shields. IP67 ingress protection preserves driver electronics from dust accumulation.
Locations: A Coruña, Vigo, Santander, Bilbao, Gijón.
Climatic Factor: Severe dynamic wind pressures from North Atlantic squalls, driving rain, dense marine aerosols.
Engineering Solution: Custom high-strength polygonal columns engineered in heavy-gauge Q355B steel, featuring gusset-reinforced base plates, grade 8.8 hot-dip galvanized anchor cages, and duplex C5-M epoxy-polyurethane coatings.
Locations: Madrid M-30, M-40, M-50, and Barcelona B-10 / B-20 Rondas.
Climatic Factor: Relentless heavy transit, vibration stress, strict maintenance access windows.
Engineering Solution: Continuously tapered conical poles with vibration-dampening base fittings and tool-less luminaire access, providing rapid maintenance turnarounds that minimize traffic disruptions.
Anticipating the convergence of 5G small cells, EV micro-mobility charging, and AI-driven municipal energy harvesting for Spanish smart cities.
As Spain accelerates urban modernization projects such as Madrid Nuevo Norte and smart municipality upgrades across Valencia, Málaga, and Zaragoza, the humble street lighting pole is evolving into a multifunctional digital asset. Our R&D division is proactively pioneering the following technological trajectories:
Standardizing Zhaga Book 18 and NEMA 7-pin socket architectures on all export fixtures. Spanish operators can seamlessly deploy LoRaWAN, NB-IoT, or cellular mesh controllers linked to municipal SCADA platforms, enabling remote dimming, automated failure alarms, and energy consumption reporting.
Migrating next-generation all-in-one solar street lights toward ultra-high-efficiency N-type TOPCon solar cells (efficiency > 24.5%) combined with emerging semi-solid-state lithium chemistry, expanding operative thermal boundaries from -30°C to +75°C for maximum reliability during peak Iberian summer heatwaves.
Proactively mapping the embedded carbon footprint of our steel supply lines in full alignment with the European Union's Carbon Border Adjustment Mechanism (CBAM). We provide transparent verified carbon declarations, helping European EPC contractors maintain favorable ESG scores on public tenders.
Direct, authoritative answers regarding engineering standards, logistical coordination, warranty protections, and tender submittals.
Every pole series supplied to Spain is backed by an engineering calculation package based on UNE-EN 40-3-3 and Eurocode 1 (EN 1991-1-4: Wind Actions). Our civil engineering division models the pole shaft geometry against the specific wind zones of Spain (Zone A: 26 m/s, Zone B: 27 m/s, Zone C: 29 m/s as defined in the Código Técnico de la Edificación - CTE). The calculated bending moments, shear forces, and maximum dynamic tip deflections are compiled into a formal engineering submittal signed by structural specialists, ready for submittal to the contracting municipality or regional engineering authority.
To counter the aggressive marine environment classified as C4 or C5-M under ISO 12944, our steel poles undergo full-immersion hot-dip galvanization conforming strictly to UNE-EN ISO 1461. We achieve an average zinc layer thickness of 85–120 µm through automated pre-treatment, chemical degreasing, pickling, and immersion in 450°C molten zinc. For marine applications, we apply a duplex protective system: the galvanized surface is sweep-blasted and coated with an architectural-grade thermosetting polyester powder barrier (60–100 µm) cured at 200°C. This combination protects the underlying steel against salt mist, ultraviolet degradation, and humidity for 25+ years.
Yes. In regions such as Andalusia, Extremadura, and Murcia, ambient air temperatures frequently exceed 42°C, which can cause surface metal temperatures inside luminaire casings to approach 65°C. To ensure longevity, our XT-YTH and XT-DT series exclusively incorporate high-stability Lithium Iron Phosphate (LiFePO4) battery chemistry with high thermal runaway resistance (>270°C). Furthermore, our smart Battery Management System (BMS) incorporates multi-point NTC temperature sensors that dynamically reduce charging current or activate thermal cutoff protections when critical limits are reached. In our split-type systems, battery packs are housed in IP68 insulated chambers mounted on the shaded side of the pole or buried sub-surface to maintain operating temperatures between 15°C and 30°C.
We maintain dedicated container packing lines designed specifically for long-length structural columns and sensitive LED modules. Poles are nested using protective non-abrasive geotextile banding, custom wooden dunnage, and steel cradle supports to prevent surface scratching or transit deformation. High-cube 40-foot containers (40HC) and 45-foot open-top units are scheduled directly from Shanghai or Ningbo to Puerto de Valencia, Puerto de Algeciras, or Puerto de Barcelona. We work under CIF, DAP, or DDP Incoterms, coordinating with Spanish forwarders and customs brokers to provide clear documentation including EUR.1 / Certificate of Origin, Bill of Lading, Packing Lists, Commercial Invoices, and CE Declarations.
Yes. We manufacture customized luminaire optical heads engineered to fulfill the strict requirements of the Instituto de Astrofísica de Canarias (IAC) under Law 31/1988 (Ley del Cielo). These fixtures feature flat-glass optics with a strict 0.00% Upward Light Output Ratio (ULOR = 0), a zero-tilt mounting bracket, and narrow-spectrum amber LED chips (monochromatic PC-Amber with spectral emissions above 500 nm, emitting practically zero blue-spectrum light). For mainland urban projects, we offer color temperatures from 2200K to 3000K, fulfilling the requirements of the Spanish IDAE (Instituto para la Diversificación y Ahorro de la Energía).
For qualified municipal or highway tenders in Spain, our engineering office provides a complete photometric report (DIALux Evo format) and CAD structural drawing within 48 to 72 hours of receiving the roadway profile, pole spacing, lighting class (e.g., M1 to M5, C1 to C5, P1 to P6), and luminaire mounting parameters. The report includes 3D pseudo-color renderings, isolux contour maps, and compliance verifications for average luminance ($L_{av}$), overall uniformity ($U_o$), longitudinal uniformity ($U_l$), threshold increment ($TI$), and surround ratio ($SR$).
Explore our remaining factory-certified solar street lights, municipal distribution columns, and architectural poles engineered for the European export channel.
Integrated monocrystalline solar luminaire built with high-lumen Philips Lumileds chips and integrated MPPT electronics, ideal for Spanish rural pathways and urban greenbelts.
Explore XT-YTH-3 Series
Heavy-duty integrated solar luminaire engineered for Spanish logistics parks, university campuses, and commercial parking areas requiring zero electrical trenching.
Explore XT-YTH-9 Series
Heavy-wattage split solar configuration with independent tiltable PV mountings designed to optimize Spanish winter solar angles while illuminating multi-lane arterial roads.
Explore XT-DT-1 Series
Galvanized polygonal steel power distribution poles engineered to support overhead secondary electrical distribution lines for European utility providers.
Explore Power Poles
Architectural and heritage lighting poles designed for historical old quarters (*Cascos Históricos*), public plazas, and tourist promenades throughout Spain.
Explore Decorative Poles
Standard continuous-taper conical and octagonal steel columns (4m to 14m) featuring laser-cut service access doors and custom anchor-cage templates for Spanish city projects.
Explore Conical Poles
Modular smart columns integrating LED roadway illumination, 5G micro-base station housing, public Wi-Fi, environmental sensors, and EV charging points for modern Spanish avenues.
Explore Smart Poles
Comprehensive baseline municipal lighting pole catalog engineered for European contractors, balancing cost-effectiveness, weld precision, and corrosion resistance.
Explore Municipal SeriesConnect directly with our Southern Europe engineering division. Send your Bill of Quantities (BOQ), tender drawings, or target lux specifications for a full technical evaluation and commercial quotation within 24 business hours.
