CE-certified, IP55/IK10 rated DC fast chargers engineered for high-throughput deployment across Paris commercial hubs and fleet corridors.
Proven heritage in high-reliability industrial power electronics and conversion systems.
Silicon Carbide (SiC) MOSFET topology reducing thermal losses in dense subterranean spaces.
Next-generation high-voltage DC fast charging supporting passenger, commercial, and bus platforms.
Seamless automated authentication and dynamic encryption for Parisian fleet operators.
The Île-de-France region is currently undergoing one of Europe's most aggressive urban mobility decarbonization mandates. Driven by municipal laws, national frameworks, and strict low-emission zones, commercial vehicle operators and real estate developers face urgent compliance timelines.
The Zone à Faibles Émissions mobilité (ZFE-m) encompassing the A86 ring highway restricts non-electric commercial vehicles. Fleet operators in Paris must convert heavy-duty vans and transport trucks to zero-emission drive trains, creating an immediate demand for high-power DC fast charging hubs capable of rapid turnaround.
France’s Loi d’Orientation des Mobilités (LOM) mandates minimum charging infrastructure quotas for commercial parking facilities, office complexes (such as those in La Défense), and residential buildings. Compliance requires scalable, network-connected DC wallboxes and ground-mounted chargers with dynamic load control.
To qualify for French Advenir financial incentives, EV supply equipment (EVSE) must support certified energy metering, OCPP protocol interoperability, and intelligent energy monitoring. Our export-grade chargers integrate these native software stacks out of the box.
Urban Paris installations face strict grid capacity limits managed by Enedis. Connecting DC chargers from 30kW to 240kW into existing subterranean substations requires automated Dynamic Load Balancing (DLB) and phase balancing to avoid triggering costly grid upgrade fees (PDS/PDL adjustments). Our industrial-grade DC chargers feature embedded CAN-bus controls and real-time current throttling via OCPP 1.6J/2.0.1 to maintain total building draw under set grid limits.
Urban density, historical architecture, and heavy logistics demand specialized EV charging form factors.
Central Paris multi-tier parking garages (often featuring narrow ramps, low ceiling clearances, and restricted ambient airflow) require compact, wall-mounted DC fast chargers with minimal footprint and silent forced-air thermal management.
Key logistics logistics hubs surrounding Paris—such as Gennevilliers, Rungis, and Roissy-CDG—require heavy-duty DC fast chargers (60kW to 240kW) to keep electric commercial fleets (eLCVs and eHGVs) operational on tight delivery schedules.
Business districts like La Défense, Boulogne-Billancourt, and Saint-Denis require aesthetically refined, highly reliable charging infrastructure that integrates seamlessly with corporate access control, employee badge systems, and public roaming networks.
Unlike light-duty consumer charger assemblers, our engineering heritage stems from heavy industrial power electronics, automotive assembly line chargers, and high-voltage DC systems engineered to survive the most demanding industrial duty cycles.
From surface-mount technology (SMD) and THT PCB assembly to custom thermal potting, every power module is designed, assembled, and stress-tested in-house under strict quality management systems.
Advanced planar magnetics and potted power units dissipate heat efficiently through passive contact cooling, preventing dust, moisture, and chemical airborne contaminants from degrading internal power switches.
Every manufactured charger unit passes through fully automated End-of-Line (EOL) testing benches driven by proprietary DTS test software, guaranteeing zero-defect delivery for Paris import partners.
Comprehensive comparison of export-ready EV fast charging models for Paris distributors, CPOs, and fleet managers.
| Model Category | Power Output | Input Voltage | Connector Config | Protection Rating | OCPP Compliance | Primary Local Application |
|---|---|---|---|---|---|---|
| Compact Wallbox DC | 15kW - 40kW | 400V AC 3-Phase (±15%) | CCS2 Single / Dual | IP55 / IK10 | OCPP 1.6J / 2.0.1 | Underground Garages, Corporate Parking, Auto Workshops |
| Mobile Fast Charger | 20kW - 30kW | 400V AC 32A CEE Plug | CCS2 with 5m Cable | IP54 Portable | OCPP 1.6J Optional | Fleet Breakdowns, Mobile Service Units, Logistics Hubs |
| Commercial Ground DC | 60kW - 120kW | 400V AC 3-Phase + N + PE | CCS2 + CHAdeMO / GB/T | IP55 / IK10 | OCPP 1.6J / 2.0.1 | Retail Centers, Public Charging Plazas, Commercial Fleets |
| Ultra-Fast Depot Charger | 160kW - 240kW | 400V AC Heavy Duty Grid | Dual CCS2 Dynamic Split | IP55 Heavy Duty | OCPP 1.6J / 2.0.1 | Suburban Depot Logistics, Bus Terminals, Ring Highway Stations |
Answers to technical, regulatory, and logistical questions commonly raised by French CPOs, electrical contractors, and fleet managers.
To be installed legally in Paris and across France, EV charging stations must carry full CE marking and conform to European safety standards including EN 61851-1, EN 61851-23, and EN 61851-24 for DC fast charging systems. Electrical installations must adhere strictly to French standard NF C 15-100 and EVSE-specific regulation NF C 15-722. Additionally, commercial installations must be executed by IRVE-certified (Infrastructure de Recharge pour Véhicules Électriques) electrical contractors to meet legal safety mandates and qualify for national subsidies.
The French Advenir program provides financial rebates for EVSE installed in corporate parking facilities, commercial residential buildings, and public hubs. Our chargers meet all core technical prerequisites, including compliant MID-certified energy metering, dynamic load management capabilities, and native open-protocol communication via OCPP 1.6J. This enables seamless connection to Advenir-approved supervision backends and energy management platforms.
Yes. Our chargers feature native Modbus TCP/RTU interfaces and OCPP 1.6J / 2.0.1 network protocols over Ethernet, 4G, or Wi-Fi. This allows corporate facility managers in Paris to link chargers directly to building energy management systems (BEMS) or local solar PV and battery energy storage systems (BESS) to optimize peak-shaving and minimize Enedis grid capacity surcharges.
Subterranean facilities in Paris often experience elevated ambient temperatures and reduced airflow. Our DC chargers utilize high-efficiency Silicon Carbide (SiC) power modules operating above 96% efficiency, significantly minimizing thermal dissipation. Paired with variable-speed industrial cooling fans and isolated air-duct architecture, heat is directed away from critical logic boards, preventing thermal throttling even under continuous dual-gun fast-charging operations.
We maintain streamlined export channels to major European logistics hubs, offering standard delivery lead times of 3 to 6 weeks for standard series products and custom-configured orders. Importers receive full technical documentation (including French user and installation manuals), direct engineering support for firmware integration, and access to replacement module spare kits for fast local warranty servicing across Île-de-France.
Yes. Our hardware and controller boards support ISO 15118 hardware security modules (HSM) for automated PKI certificate encryption and Plug & Charge authentication. For public and semi-public networks in France, our OCPP implementation bridges smoothly into the Gireve roaming platform, enabling effortless cross-operator billing and universal RFID access.
Whether you are an electrical contractor, commercial property developer, CPO, or fleet manager in Greater Paris, partner with a proven power electronics manufacturer to secure reliable, export-certified DC fast charging hardware.
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