Engineered for full interoperability with the French Enedis electrical grid, European CCS2/Type 2 standards, and the rigorous demands of the Greater Paris (Grand Paris) Zero-Emission Mobility Strategy.
As the Île-de-France region accelerates its transition toward absolute decarbonization under the Plan Climat Énergie de Paris and the mandatory enforcement of the Zone à Faibles Émissions (ZFE-m), municipal planners, fleet managers, and commercial real estate developers face unprecedented grid integration challenges. Transitioning commercial delivery fleets, urban passenger cars, and last-mile micro-mobility networks to electric power demands more than standard hardware—it necessitates intelligent, high-density charging ecosystems capable of dynamic grid load balancing.
As China’s top-tier smart charging system manufacturer and OEM/ODM exporter serving Paris and the broader European market, our enterprise provides car-grade high-voltage (HV) architecture, modular DC fast-charging terminals, and intelligent battery-swapping infrastructure. By combining cutting-edge power electronics with open-protocol software integration (OCPP 1.6J / 2.0.1), our solutions bridge the gap between heavy municipal power constraints and high-availability EV uptime.
Urban charging deployment in Paris requires navigating complex historical architecture, dense subterranean parking spaces, stringent Fire Safety (Arrêté 9 mai 2006 / Commission de Sécurité), and grid limitations managed by Enedis. Our charging systems are engineered explicitly to overcome these localized urban hurdles.
In subterranean facilities across La Défense and downtown Paris arrondissements, spatial restrictions and ventilation limitations mandate wall-mounted or compact column chargers. Our AC 7kW-22kW smart chargers feature IP65 and IK10 vandal-proof ratings with flame-retardant enclosures, enabling safe installation in underground spaces while integrating seamlessly with local building management systems (BMS).
With diesel light commercial vehicles (LCVs) restricted from entering the inner ring of Paris, logistics operators (La Poste, Chronopost, DPD) rely on fast fleet turnaround. Our 60kW to 240kW dual CCS2 DC stations and 480kW split-unit charging depots provide automated power sharing, allowing delivery vans to charge from 20% to 80% during rapid shift turnarounds.
Electric two-wheelers and delivery e-scooters dominate the dense streets of Paris. Our 5-slot 72V smart battery swapping stations eliminate downtime for courier networks. Couriers swap depleted batteries for fully charged CATL-powered modules in under 30 seconds via mobile application authorization, keeping city traffic flowing seamlessly without grid stress.
Traditional electric vehicle charging setups often suffer from thermal choking, energy loss, and high operational costs due to low-voltage current escalation. Our smart charging infrastructure utilizes car-grade high-voltage architecture, mirroring the engineering breakthroughs found in advanced EV powertrains.
| System Parameter | Standard AC Wallbox (Street/Commercial) | Commercial DC Fast Charger (YLC Series) | Ultra-Fast Depot Charging Hub (LC-480) | 5-Slot Smart Swapping Hub |
|---|---|---|---|---|
| Output Power | 7kW / 11kW / 22kW (3-Phase) | 60kW to 240kW Modular | 480kW Dynamic Matrix Output | 72V 28A Per Slot (Customized) |
| Connector Compliance | IEC 62196 Type 2, NACS | Dual CCS2, CHAdeMO, GB/T | Dual CCS2 High-Current Liquid Cooled | Direct Contact Swapping Bay |
| Grid Coupling | 230V/400V Enedis Compatible | 400V AC 3-Phase + Neutral | 400V/690V Industrial Substation | 220V/380V Smart Dynamic Input |
| Efficiency Rating | > 95% at nominal load | > 96.5% peak efficiency | > 97% Silicon Carbide (SiC) | > 94% intelligent thermal matrix |
| Protocol & Security | OCPP 1.6J / ISO 15118 | OCPP 2.0.1, TLS 1.3 encryption | OCPP 2.0.1, V2G / ISO 15118-20 | App-Controlled, Cloud IoT, RFID |
| Paris App Scenario | Curbside & Hotel Parking | Commercial Hubs & Supermarkets | Heavy Logistics Depots & Bus Hubs | Last-Mile Courier & Scooter Fleets |
By integrating premium Silicon Carbide (SiC) power modules into our 480kW and 240kW DC fast charging stations, heat dissipation is reduced by over 35% compared to silicon-based legacy systems. Lower heat generation yields higher efficiency (>97%), preserving hardware longevity and drastically slashing power utility costs for Parisian site host operators.
Paris electrical substations frequently operate under strict capacity caps. Our hardware incorporates real-time Dynamic Load Management (DLM) algorithms. The system communicates directly with local Enedis smart meters (Linky infrastructure), automatically throttling charger power output during peak municipal demand hours while prioritizing rapid power delivery during off-peak windows.
Deploying charging systems in France requires total conformity with rigorous European Union mandates and domestic French legislation. Importers and infrastructure procurement directors in Paris must adhere to legal frameworks governing dynamic pricing display, public payment accessibility, and cybersecurity.
Under the EU Alternative Fuels Infrastructure Regulation (AFIR), all public fast chargers installed across major transit corridors (TEN-T) and urban nodes like Paris must provide ad-hoc contactless payment mechanisms and transparent pricing. Our chargers feature integrated touchscreens, MID-certified metering, and ad-hoc NFC payment terminals.
The French ADVENIR program offers substantial financial rebates for commercial, residential, and fleet EV charger installations. Our smart AC and DC equipment fulfills all technical requisites mandated by ADVENIR, including smart metering, automated load reduction capability, and remote OCPP management capabilities.
Data privacy is strictly protected across our cloud infrastructure. Operating on secure server architectures using TLS 1.3 encryption and fully compliant with European General Data Protection Regulation (GDPR) standards, user payment details, telematics, and usage logs remain 100% confidential and protected against external security threats.
As an established tier-1 EV infrastructure and high-voltage vehicle developer, our enterprise brings car-grade manufacturing precision, robust supply chain integration, and deep regulatory expertise directly from China’s leading industrial manufacturing hubs to European partners.
From internal PCB layout engineering and firmware development to custom structural sheet metal fabrication, we control 100% of the manufacturing chain. Whether you require custom brand wraps, specific paint finishes (RAL colors), tailored firmware integration, or specialized connector configurations (Dual CCS2 + Type 2 cable management), our export production lines cater precisely to your corporate guidelines.
Every charging unit and high-voltage battery module undergoes rigorous burn-in tests, IP65 water ingress testing, environmental chamber thermal cycling (-40°C to +75°C), and full electrical safety verification before container dispatch. Backed by industry-leading warranties—up to 8 years or 80,000 km for battery systems and long-term structural guarantees—we provide operational peace of mind.
Essential answers for municipal procurement directors, commercial property developers, and fleet operators in Paris seeking direct OEM/ODM supply partnerships from China.
Our equipment is fully compliant with French electrical standard NF C 15-100 and Enedis grid code requirements. The chargers incorporate built-in residual current devices (RCD Type B / 6mA DC leakage protection), over/under voltage protection, dynamic phase balancing, and smart metering capabilities designed to interface with local Enedis distribution transformers without inducing harmonic distortion.
Yes. All of our commercial AC and DC charging stations natively support Open Charge Point Protocol (OCPP 1.6J and OCPP 2.0.1). They can seamlessly connect to popular European backend software platforms (such as Virta, ChargePoint, Has.to.be, GreenFlux, or proprietary municipal platforms) via Ethernet, 4G/5G telematics module, or Wi-Fi.
Standard OEM/ODM manufacturing lead times range between 15 to 25 business days depending on customization requirements. Shipping to major European ports such as Le Havre or Marseille-Fos via ocean freight typically takes 28 to 35 days. We also offer DDP (Delivered Duty Paid) shipping solutions, handling custom duties, import VAT clearance, and direct truck transport to your logistics warehouse in Île-de-France.
We maintain a dedicated European technical support protocol. Spare power modules, control boards (CCU), and connector cables are stored in regional European hubs for fast express dispatch within 48 hours. Furthermore, our remote OTA (Over-The-Air) diagnostic system allows our engineering team in China to troubleshoot hardware or firmware logs online in real-time alongside your local installation technicians.
Absolutely. Our Starmax CATL-powered lithium modules and 5-slot smart battery swapping stations incorporate active aerosol fire suppression systems, thermal run-away isolation barriers, automatic voltage disconnection, and real-time internal temperature monitoring per slot. They fully meet European CE, RoHS, and UN38.3 transport safety certifications.
Partner directly with China's leading smart charging system manufacturer. Consult with our engineering team to request customized technical specifications, factory-direct OEM pricing, and complete regulatory documentation for your Paris deployments.
