Pre-engineered systems configured for Italy's solar irradiation curves (from Lombardy to Sicily), featuring intelligent MPPT controllers, bifacial monocrystalline arrays, and zero-upward-light (ULOR 0%) optics.
Compact monobloc architectural profile with integrated LiFePO4 battery pack and Philips Lumileds 5050 chips. Fully aligned with Italian CAM lighting regulations.
Designed for heavy-traffic urban arteries and roundabouts. Features dynamic smart dimming profiles and wide-area batwing beam distribution (Type II/III).
Optimized for Pianura Padana and sub-alpine winter irradiation. Independent PV orientation with up to 7-day reserve autonomy for overcast winter conditions.
Hot-dip galvanized conical and octagonal steel columns engineered according to Eurocode 1 (EN 1991-1-4) wind load standards for Italian coastal and inland terrains.
Italy represents one of Europe's most rigorous and demanding public lighting ecosystems. Spurred by the Piano Nazionale di Ripresa e Resilienza (PNRR Missione 2 Componente 4) and escalating wholesale electricity tariffs (PUN - Prezzo Unico Nazionale), Italian municipalities (Comuni), highway concessionaires (ASPI), and industrial logistics hubs are systematically abandoning legacy high-pressure sodium and grid-tied systems in favor of autonomous, zero-emission photovoltaic lighting infrastructures.
Deploying solar lighting across the Italian peninsula demands precise engineering due to acute climatic dualities between northern and southern territories:
Public procurement across Italy is strictly governed by CAM (Criteri Ambientali Minimi) decrees issued by the Ministry of Environment (MASE):
Italian regions enforce some of the strictest light pollution statutes globally (e.g., Lombardy L.R. 17/00, Veneto L.R. 17/09):
European infrastructure contractors (EPCs), multi-utility providers (such as Enel X, A2A, Hera partners), and civil engineering developers frequently encounter critical failures when sourcing solar lighting equipment through non-specialized traders or sub-tier assembling houses. Xintong provides factory-direct transparency, validated quality control, and tender-ready documentation.
General commercial intermediaries lack the metallurgical and optoelectronic engineering depth required to satisfy Italian civil audits:
By controlling all steel fabrication, hot-dip zinc baths, surface finishing, and optoelectronic assembly under a single 100,000 m² campus:
Each sector across Italy's complex topography requires dedicated luminaire geometries, specialized wind-resistance profiles, and tailored photovoltaic generation profiles.
| Application Sector | Target Location (Italy) | Photometric / System Class | Recommended Engineering Configuration | Standard Compliance |
|---|---|---|---|---|
| Autostrade & Tangenziali (Highway Interchanges & Rest Areas) | A1 Autostrada del Sole, A4 Torino-Trieste, Bologna bypass | UNI EN 13201 Class M1 / M2 High Luminance |
Split-type high-power 120W–180W LED, 10–12m octagonal stepped mast, dual monocrystalline panels with high tilt for winter yield. | EN 13201, EN 40-5, CE, ULOR 0% |
| Industrial Districts (Interporti) & Logistics Hubs | Interporto di Verona, Bologna Interporto, Novara CIM | UNI EN 12464-2 Area Lighting Continuous Duty |
XT-YTH-9 All-in-one or semi-split 80W–100W with D4i Zhaga smart city sockets for motion-triggered perimeter illumination. | CAM Edilizia, ISO 9001, RoHS |
| Coastal Marinas & Port Terminals (High Salinity) | Port of Genoa, Trieste, Livorno, Naples, Taranto | CEI 34-33 Marine & Port Standard C5-M Coastal |
High mast lighting 15m–25m with dual-dipped galvanizing (>100μm zinc) plus fluorocarbon epoxy barrier; IP68-rated optics. | ISO 12944 (C5-M), EN 60598-2-3 |
| Historical Towns & Agro-Tourism (Borghi & Agriturismi) | Tuscany (Val d'Orcia), Umbria, Chianti, Rural Sicily | UNI 11248 Class P3 / P4 Dark-Sky Warm |
Custom architectural columns (RAL 7016 Anthracite or Rust), ultra-warm 2200K–2700K CCT, zero glare optics, concealed battery. | L.R. 17/00 Dark Sky, CAM |
Our export systems are built from the ground up to integrate cleanly into European infrastructure procurement frameworks without secondary re-engineering.
Columns and brackets are fabricated using high-yield structural steel according to EN 10025:
Precision photometric engineering to comply with UNI EN 13201 road illumination classes:
Seamless incorporation into Italian municipal SCADA and Smart City management platforms:
In anticipation of escalating EU decarbonization criteria and future Horizon Europe initiatives, Xintong's R&D engineering divisions are actively integrating next-frontier technologies across all street lighting product series.
Phasing in N-Type Tunnel Oxide Passivated Contact (TOPCon) and Heterojunction (HJT) cells with STC conversion efficiencies exceeding 25.5%. Bifacial energy generation utilizes ambient albedo from Italian light limestone pavements and concrete highway barriers, increasing daily ampere-hour yield by 12–18% without increasing pole profile.
Pilot integration of industrial-grade Sodium-Ion batteries tailored specifically for extreme northern Italian sub-zero climates (-30°C to +60°C operational bandwidth). Na-ion chemistry eliminates dependence on scarce battery metals, drastically enhances thermal runaway safety, and provides full compliance with upcoming EU battery passport regulations.
Transitioning static light poles into multifunctional smart city edge nodes. Incorporating low-power radar vehicle-speed sensors, PM2.5/PM10 air quality particulate monitors, automated license plate recognition (ANPR) cameras, and EV charging satellite extensions while powered via integrated solar-grid hybrid architectures.
Direct technical and commercial responses to the essential questions asked by Italian procurement directors, municipal technical offices (Uffici Tecnici Comunali), and EPC estimators.
Our luminaires are built around modular, disassemblable aluminum alloy die-cast housings (EN AC-44300 or equivalent low-copper alloy) that enable tool-assisted servicing. Both the LED emitter board, driver/MPPT unit, and LiFePO4 battery pack can be independently accessed and replaced on-site without discarding the structural chassis. We furnish full material declarations, RoHS/REACH compliance documentation, and end-of-life circular recyclability breakdown reports required for CAM tender submissions.
Yes. Our in-house photometric design department provides turnkey DIALux and DIALux evo calculation packages for any road geometry (carriageway width, lane quantity, pole spacing, setbacks, and surface reflection class such as CIE R3). We supply comprehensive IES and LDT photometric files tested in accordance with EN 13032 standards, ensuring that average luminance (L_m), overall uniformity (U_0), longitudinal uniformity (U_l), and threshold increment (TI) comply fully with required Italian municipal tender specifications.
For installations north of the Apennines (e.g., Emilia-Romagna, Veneto, Piedmont, Lombardy), we configure split-type systems (such as the XT-DT-1 series) with high-efficiency bifacial solar modules tilted at an aggressive 45°–55° winter angle to catch low-altitude solar rays and prevent snow accumulation. Combined with custom-capacity LiFePO4 batteries sized for 5 to 7 days of non-recharge autonomy and intelligent MPPT controllers that calculate dynamic power throttling based on state-of-charge (SoC), light output remains uninterrupted 365 nights a year.
All steel poles are fabricated from prime Q235B or Q355B structural steel and subjected to total-immersion hot-dip galvanizing per EN ISO 1461, guaranteeing an average zinc coating thickness of >85 μm to 100 μm. For installations within 5 km of the Tyrrhenian, Adriatic, or Ionian coastlines, we apply a duplex coating system: hot-dip galvanizing followed by mechanical shot-blasting and an electrostatic thermosetting polyester powder coating (AkzoNobel architectural grade) tested to withstand 1,000+ hours of neutral salt spray per ISO 9227 (C4/C5-M corrosion rating).
Every commercial container shipped from our factory is accompanied by an inspection docket containing: 3.1 Material Test Certificates (MTC) according to EN 10204 for all steel components; Galvanizing Thickness Measurement Inspection Reports; CE Certificates of Conformity (covering EMC Directive 2014/30/EU and LVD Directive 2014/35/EU); Photometric laboratory test sheets (IES/LDT); and IP66 / IK09 / IK10 laboratory test certificates issued by accredited third-party laboratories.
Standard fabrication lead times range from 18 to 25 business days depending on custom pole geometry, bracket styling, and RAL powder finishes. Sea freight from Shanghai or Ningbo ports directly to Italian gateways—such as Genoa, La Spezia, Livorno, Trieste, or Civitavecchia—typically requires 28 to 35 calendar days transit. We accommodate FOB, CIF, CFR, and full DDP (Delivered Duty Paid) Incoterms with inland transit to EPC staging warehouses.
Comprehensive factory portfolio providing heavy-duty infrastructure columns, smart city carrier poles, and large-area sports and terminal floodlighting for the Italian and wider Mediterranean civil sector.
Hot-dip galvanized utility power poles engineered for suburban low-voltage distribution grids and secondary overhead conductors across Italian peri-urban networks.
Integrated carrier infrastructure for 5G microcells, ANPR video surveillance, environmental sensors, and EV charging tailored for modern Italian smart communities.
High-production conical and octagonal steel columns with curved single or double brackets, engineered specifically for Italian public lighting tenders and municipal upgrades.
Integrated monocrystalline solar luminaire featuring high-efficiency MPPT electronics and LiFePO4 cells, optimal for Italian rural roads, agricultural estates, and parks.
Heavy-duty 20m–40m polygonal floodlight towers equipped with motorized crown raising and lowering gear, engineered for major Italian seaports, container terminals, and airport aprons.
Specialized polygonal lighting towers designed for Italian toll plazas, train depot sorting yards, and multi-lane motorway junctions requiring wide-area uniform photometric distribution.
Engineered floodlight masts with fixed cross-arm platforms for athletics tracks, football stadiums, and tennis sports centers, designed to satisfy Italian CONI lighting standards.
Reinforced steel wall thickness and enlarged base flanges engineered for severe wind zones, bridge mountings, and elevated viaduct corridors across the Italian Apennine range.
