Featured Split-Type & Industrial Fast Charging Systems
Pre-configured charging piles tailored for immediate European deployment, offering dynamic power routing, CCS2 standard compliance, and ruggedized IP54 outdoor enclosures.
The Italian EV Infrastructure Transformation & The High-Power Split-Type Shift
The Italian e-mobility sector has entered a decisive acceleration phase governed by stringent European Union climate directives and national decarbonization initiatives. Under the European Alternative Fuels Infrastructure Regulation (AFIR, EU 2023/1804), statutory obligations mandate the rollout of fast-charging pools along the Trans-European Transport Network (TEN-T) core and comprehensive corridors across Italy, including key transit arteries like the Autostrada del Sole (A1), Autostrada Serenissima (A4), and the Adriatic corridor (A14).
Historically reliant on integrated, monolithic 50kW–120kW fast chargers, Charge Point Operators (CPOs), fleet logistics consortia, and utility concessionaires across Lombardy, Veneto, Emilia-Romagna, and Lazio are facing technical bottlenecks. Monolithic cabinets tie power modules directly to single or dual dispensers, causing stranded power capacity during partial charging sessions and occupying valuable terminal footprints in crowded service stations. The market is shifting decisively toward split-type DC charging matrix architectures, where a central power cabinet distributes dynamic power to multiple sleek user satellite dispensers.
Key Drivers in the Italian EV Charging Landscape
- Piano Nazionale di Ripresa e Resilienza (PNRR): Multi-billion euro funding allocations dedicated to ultra-fast EV charging hubs along national motorways and metropolitan commercial nodes.
- AFIR Mandates: Obligation for minimum 400kW to 600kW charging pools equipped with at least one 150kW dispenser every 60 km along TEN-T corridors.
- Severe Space Limitations: Historic Italian city centers and congested highway rest areas demand remote power module housing with compact driver dispensers.
- Commercial Fleet Decarbonization: Intensive conversion of regional freight distribution vans, public transit buses (e.g., Milan ATM, Rome ATAC), and logistics hubs in the Po Valley.
Split-Type Matrix Architecture vs. Monolithic All-In-One Piles
Technical comparison illustrating why large-scale Italian infrastructure developers are transitioning to modular split systems for commercial fleets and highway electrification.
| Evaluation Parameter | Traditional Integrated DC Fast Charger | HizonSun OEM Split-Type Matrix System (360kW–720kW) |
|---|---|---|
| Power Conversion Topology | Fixed allocation per gun or static 50/50 split; stranded capacity when vehicle battery throttles back. | Dynamic Matrix Relay / Solid-State Matrix routing 20kW/30kW/40kW increments in real-time across up to 12 guns. |
| Space & Bay Ergonomics | Bulky enclosure (800–1200kg) situated directly at the parking stall, restricting driver visibility and door clearance. | Ultra-compact dispenser pedestals placed at parking bays; high-voltage power cabinet isolated 30–100m away in utility areas. |
| Acoustic Noise Management | High-velocity cooling fans (65–78 dBA) blowing directly at the charging customer during high ambient heat. | Low-noise satellite dispensers (<50 dBA); central power cabinet fan arrays isolated away from public ears. |
| Redundancy & MTBF | Single module or controller fault can disable the entire charger, bringing bay availability to zero. | N+1 power module redundancy; faulty modules auto-isolate while remaining modules sustain active charging sessions. |
| Capex & TCO Over 10 Years | High expansion Capex requiring trenching, new foundations, and transformer upgrades for each additional pile. | Modular capacity upgrades: drop in additional power modules inside the main cabinet without altering parking civil works. |
| AFIR Compliance & POS Integration | Often retrofitted with external card readers lacking unified telemetry and direct MID metering synchronization. | Integrated Italian-compliant MID energy meters per channel, CE certified, supporting direct contactless credit card (NFC/POS) terminals. |
Intelligent Matrix Power Dispatch
Our in-house developed power routing algorithm monitors individual battery BMS requests at millisecond intervals. If a premium 800V Italian supercar or long-haul electric truck requires 350kW, the system routes multiple 40kW modules to a single dispenser; as charging enters constant-voltage taper, spare power is automatically rerouted to adjacent commuter vehicles.
Substation & Grid Friendly
Italian distribution networks managed by Enel Distribuzione and regional multi-utilities require rigorous power quality compliance. Our split-type systems feature an active Power Factor Correction (PFC ≥ 0.99) and Total Harmonic Distortion (THDi ≤ 3%), protecting medium-voltage transformers from resonance and unexpected tripping.
Ultra-Compact Satellites
Each user dispenser features a footprint under 0.15 m², equipped with ergonomic liquid-cooled or boost-cooled CCS2 charging cables. This minimizes civil excavation costs and ensures compliance with Italian barrier-free access architectural regulations (Legge 13/89) for persons with reduced mobility.
Why Italian CPOs & EPCs Partner with Our Chinese OEM Factory
Combining deep vertical manufacturing integration, rigorous quality control, and rapid customization to deliver European-certified reliability at competitive capital expenditures.
Full Vertical Integration
Unlike European assemblers who outsource critical electronics, our 10,000 m² smart factory in Kunshan manufactures sheet metal enclosures, coats PCBA control boards, and tests proprietary Silicon Carbide (SiC) power modules under one roof. This minimizes supply chain markups and eliminates multi-tier component lead-time delays.
Automotive-Grade Reliability Testing
Every split-type charging cabinet undergoes continuous 72-hour full-load burn-in cycles inside climate-controlled test chambers (-30°C to +55°C). High-voltage insulation testing, lightning impulse surge simulation (up to 20kV), and simulated saltwater spray corrosion testing ensure dependable long-term survival in coastal Italian environments like Genoa, Taranto, and Naples.
White-Label OEM/ODM Customization
We provide end-to-end industrial design personalization for Italian charging brands: bespoke RAL powder coat colors, silk-screened company logos, localized multilingual 7-inch to 15.6-inch human-machine touchscreens (Italian, English, German), and customized firmware supporting specific backend protocols (OCPP 1.6J / 2.0.1, Autocharge, ISO 15118-20 Plug & Charge).
Target Application Scenarios Across the Italian Peninsula
Engineered to overcome geographical, electrical, and commercial constraints across key operational sectors in Italy.
Po Valley Intermodal Logistics
Freight hubs such as Interporto Quadrante Europa (Verona), Interporto di Bologna, and Milanese parcel consolidation yards handle thousands of electric commercial vehicles (eLCVs and heavy-duty e-trucks) every day. Our 480kW–720kW split systems power 8 to 12 loading bay chargers concurrently, utilizing automated schedule throttling to charge vehicles overnight without breaching contracted maximum demand tariffs.
Autostrade Highway Ultra-Fast Plazas
Service stations along Autostrade per l’Italia (ASPI) require high-throughput vehicle turnaround during peak summer tourist holidays and weekend transit surges. With a 600kW/720kW split central cabinet and high-power liquid-cooled satellites, passing EV motorists can recover 300 km of driving range in 12–15 minutes, supported by AFIR-mandated direct card payment terminals.
Municipal Transit Bus Depots (TPL)
Public transport companies transitioning to 100% zero-emission electric buses (such as ATM Milano and ATAC Roma) face severe depot spatial constraints. By placing high-voltage power conversion cabinets against perimeter walls or in dedicated transformer rooms, slim inverted-pantograph or dual-CCS2 dispenser satellites can be positioned tightly between parked buses.
Emerging Trends Shaping Italy’s DC Fast Charging Infrastructure
Staying ahead of regulatory deadlines, grid constraints, and electric vehicle battery architecture evolution.
Microgrid & Solar-Storage Coupling (BESS)
In central and southern Italy, as well as the islands of Sicily and Sardinia, industrial grid connection wait times can exceed 18–24 months. To bypass these grid connection limits, our split-type architecture integrates a DC bus interface directly coupling local Commercial & Industrial (C&I) Photovoltaic arrays with 100kWh–500kWh Lithium Iron Phosphate (LFP) Battery Energy Storage Systems (BESS). The battery acts as an energy buffer, allowing 400kW charging bursts even on limited 100kW utility grid connections while arbitrating between peak and off-peak energy prices.
ISO 15118-20 Plug & Charge & Open Ad-Hoc Payments
In accordance with the EU AFIR directive, fast chargers installed along public networks must eliminate closed-loop RFID dependencies. Our split-type systems feature built-in hardware security modules (HSM) supporting ISO 15118-2/20 Plug & Charge public key infrastructure (PKI) encryption. Furthermore, our satellite dispensers are factory-engineered to integrate leading European PCI-PTS certified unattended payment terminals (such as Ingenico Self/2000 or Nayax VPOS Touch), giving EV drivers seamless contactless debit, credit, Apple Pay, and Google Pay billing.
Frequently Asked Questions for Italian CPOs & EPC Contractors
Technical, legal, and operational guidance addressing high-power charging projects in Italy and Southern Europe.
Yes. All split-type power cabinets and satellite charging dispensers are engineered and certified to meet European safety standards, including IEC/EN 61851-1, IEC/EN 61851-23, IEC/EN 61851-24, and electromagnetic compatibility standard IEC/EN 61000-6-2/4. For project commissioning under Italian CEI 64-8 Section 722 rules, our equipment incorporates Type B differential current sensing, RCD monitoring, overvoltage surge suppression (Type 2 SPD standard, Type 1+2 optional), and galvanic insulation to satisfy regional distribution system operator (DSO) inspection criteria.
Our split-type dispensers incorporate MID (Measuring Instruments Directive 2014/32/EU) certified DC energy meters directly in line with each charging gun, complete with cryptographic signature verification for transparent end-user billing. In compliance with AFIR ad-hoc payment regulations, the satellite user interface integrates secure contactless NFC/RFID and certified POS payment terminals (supporting Visa, Mastercard, PagoBANCOMAT, and digital wallets), enabling immediate plug-and-pay transactions without pre-registering on proprietary operator apps.
Our high-efficiency DC bus transmission architecture supports cable runs of up to 80 to 100 meters between the central power cabinet and the satellite charging dispensers with minimal voltage drop. This gives Italian planners architectural flexibility: bulky, audible power conversion cabinets can be tucked away in underground utility vaults, substation basements, or service yards, preserving pristine pedestrian aesthetics and parking lane space in commercial piazzas and compact highway forecourts.
Absolutely. All chargers come equipped with industrial-grade 4G/5G cellular modules and dual Ethernet ports running native OCPP 1.6-JSON, with full upgrade compatibility for OCPP 2.0.1. We have completed extensive backend interoperability testing with major global and European charging management software (CSMS) platforms (such as Driivz, AMPECO, GreenFlux, and Has-to-be), ensuring hassle-free remote telemetry, automated tariff configuration, load management, and over-the-air (OTA) firmware maintenance.
Standard production cycles for OEM/ODM split-type charging systems range between 3 to 5 weeks from technical sign-off, supported by consolidated maritime shipping routes directly to Italian ports (Genoa, La Spezia, Trieste, and Naples). We offer comprehensive 2 to 5-year warranty packages backed by localized European spare parts hubs. Core modular parts—including hot-swappable 30kW/40kW SiC rectifiers, mainboard controller PCBs, contactors, and CCS2 cables—can be air-dispatched for rapid field service replacement.
Comprehensive Commercial & Industrial Charging Solutions
Explore our full line of AC wallboxes, high-power integrated DC piles, digital advertising chargers, and multi-standard export models ready for private label manufacturing.
