Explore our field-tested commercial charging piles engineered with ISO 15118 compliance, dynamic matrix power routing, and IP54/IP55 industrial protection enclosures.
Our smart factory in Kunshan, adjacent to the Eastern China electronics and automotive component super-cluster, delivers unrivaled BOM cost optimization, lead-time compression, and rigorous Six Sigma quality assurance.
Unlike simple system assemblers, our facility houses proprietary power electronics SMT placement lines, CNC sheet-metal enclosure stamping, robotic sealing-gasket dispensing, and in-house winding of high-frequency transformers. This vertical depth insulates procurement partners from upstream disruption while reducing unit production costs by 28% compared to Western assembly counterparts.
Every DC charging module undergoes a mandated 72-hour elevated-temperature burn-in test at 55°C ambient, cycling through full-capacity inductive-resistive loads. Multi-vector automated test benches evaluate transient peak overvoltages, thermal thermal hot-spots via calibrated FLIR thermography, and EMC/EMI electromagnetic resonance profiles before any unit is crated for global ocean freight.
We maintain guaranteed 12-month rolling component reserves of Grade-A SiC MOSFET switches, automotive-grade MCU controllers (Infineon, STMicroelectronics), and LEM high-precision DC current transducers. This deep buffer protects delivery schedules from volatile semiconductor shortages, ensuring committed delivery windows remain ironclad for major infrastructure rollouts.
Designing future-proof architectures capable of handling transitionary vehicle voltages from 400V legacy platforms to next-generation 800V/1000V Silicon Carbide (SiC) topologies and Megawatt Charging Systems (MCS).
| Architecture Metric | Generation II (Current Standard) | Generation III (Advanced SiC Rollout) | Generation IV (Next Horizon 2026-2028) |
|---|---|---|---|
| Power Semiconductor | Silicon IGBT (Discrete) | Wide-Bandgap Silicon Carbide (SiC) MOSFET | Gallium Nitride (GaN) + Integrated SiC Modules |
| DC Bus Voltage Span | 150V – 750V DC Output | 200V – 1000V Ultra-Wide Constant Range | 200V – 1500V Heavy Commercial Rail |
| Peak Efficiency Rating | 94.5% – 95.2% System Efficiency | 96.5% – 97.2% High-Density Conversion | > 98.0% Superconducting Loop Integration |
| Thermal Architecture | Forced Direct Air Cooling (IP54) | Isolated Air Duct / Liquid Cold-Plate Core | Full Immersion Liquid-Cooling (Zero Derating) |
| Grid Interaction Protocol | Unidirectional Modbus / OCCP 1.6J | Bidirectional V2G / ISO 15118-20 Plug & Charge | Autonomous AI Virtual Power Plant (VPP) Aggregation |
| Connector Standard Matrix | Dual CCS2 / Dual GB/T up to 250A | Liquid-Cooled CCS2 / NACS up to 500A | Megawatt Charging Standard (MCS) up to 1500A |
Our ultra-fast charging matrices incorporate Silicon Carbide (SiC) semiconductors operating at switching frequencies exceeding 100kHz. This minimizes switching thermal dissipation, drastically shrinks inductive filtering footprint, and enables an unprecedented 96.8% conversion efficiency across wide operational duty cycles.
Decoupled digital communication controllers running real-time Linux kernels implement full automated TLS 1.3 cryptographic certificate handshakes for zero-touch "Plug & Charge". The system facilitates Vehicle-to-Grid (V2G) and Vehicle-to-Building (V2B) peak shaving, turning idle fleets into decentralized energy assets.
For high-turnover duty stations requiring continuous sustained currents of 500A to 600A, our liquid-cooled cable and terminal integration circulates synthetic dielectric coolant. This keeps dispenser cable diameters ergonomically lightweight (under 28mm) while keeping connector pin temperatures below 50°C during prolonged ultra-fast boosts.
Tailoring electrical switchgear, thermal cabinets, load balancers, and payment terminals to precise operating business models across diverse commercial environments.
For municipal transit buses and regional delivery fleets requiring synchronized overnight depot charging. Our 360kW-720kW split power cabinets route dynamic modular power through 8 to 12 charging satellite dispensers.
Transforming customer parking into high-margin profit centers. Integrated 60kW to 240kW fast chargers featuring weatherized 32-inch high-brightness LCD digital advertising displays and universal tap-to-pay EMV POS terminals.
For residential high-rises, business campuses, and hotel parking decks where vehicles dwell for extended periods. Smart, compact 7kW-22kW AC pedestals integrated with load shedding algorithms.
Designed for highway toll areas and remote industrial parks facing grid capacity bottlenecks. Integrates 100kWh-200kWh LiFePO4 battery storage, solar MPPT inputs, and fast DC dispensers.
Deploy globally with total regulatory confidence. Every ODM unit manufactured on our production lines is built to conform strictly with destination-market statutory codes and cybersecurity protocols.
Certified in accordance with IEC 61851-1/23/24, EN 62196, and RED telecommunication directives. For operators in Germany, Austria, and Switzerland, we integrate Eichrecht-compliant transparent data-transmitting hardware with certified SAM storage modules, safeguarding tamper-proof signed billing meters.
Engineered to satisfy UL 2202 (DC Fast Charging Safety), UL 2594 (AC Supply Equipment), and UL 991/1998 functional safety requirements. Compliant with NFPA 70 National Electrical Code (NEC Article 625), integrating Type 3R/4 outdoor weatherized enclosures and FCC Part 15 Class A emissions shielding.
Native pre-integration with leading global Open Charge Point Protocol backends (including Driivz, AMPECO, ChargeLab, GreenFlux, and Monta). Secured via JSON over WebSockets with TLS encryption, smart charging load profiles, and automated remote over-the-air (FOTA) diagnostics.
Addressing the multi-dimensional criteria demanded by procurement committees: from Total Cost of Ownership (TCO) payback models and MTBF reliability to structured White-Label OEM workflows.
Over a 10-year operational lifecycle, energy loss and unscheduled field service dispatch account for over 65% of charging station expenditures. By optimizing conversion efficiency up to 96.8% and incorporating hot-swappable modular internal power bricks, we reduce scheduled technician field hours and power standby draw to an absolute minimum.
Our industrial chargers deliver a Mean Time Between Failures (MTBF) exceeding 100,000 continuous hours. The modular split-architecture ensures a Mean Time to Repair (MTTR) under 15 minutes: field operators simply swap out a damaged 20kW/30kW/40kW charging module on slide-in guide rails with a single torque wrench.
From custom industrial ID design and brand powder-coat color matching to customized touch-screen HMI skins, branded RFID cards, and client-tailored Linux boot screens. We assign dedicated engineering project squads to ensure seamless hardware brand alignment for your enterprise network.
Detailed answers regarding technical integration, minimum order quantities (MOQ), factory audit procedures, and international warranty terms.
Our systems support multi-standard dual-gun and tri-gun configurations. In European and Latin American markets, dual CCS2 is standard; for North America, we build dual CCS1 or combined CCS1 + NACS (SAE J3400) dispensers. For Asian, African, and Eurasian applications, we readily engineer hybrid CCS2 + GB/T or CHAdeMO combinations within a single unified cabinet, all managed by independent digital billing controllers.
We provide tiered customization levels. Tier 1 encompasses exterior sheet-metal powder-coating (RAL matching), client silkscreen badging, and packaging branding. Tier 2 adds customized Android/Linux 7" to 32" touch UI workflows, custom RFID credentials, and specific payment POS integration (Nayax, Ingenico, Payter). Tier 3 encompasses structural chassis engineering modifications to fit specific municipal pad foundations and custom busbar sizing.
Our DC fast chargers operate reliably across an ambient range of -30°C to +55°C. For arctic and alpine regions, we integrate internal thermostatically regulated PTC dehumidifying heating elements to prevent condensation and internal frost. For equatorial deployments (Middle East, Southeast Asia), our isolated intellectual cooling ducts vent heat through hermetically sealed fan channels (IP55/IP65 core electronics chamber), preventing corrosive salt-spray or airborne sand ingestion.
We provide a comprehensive 24-month to 60-month standard factory warranty on all DC fast charging stations and AC commercial units. Under our Tier-1 procurement support SLA, critical field replacement components (power modules, mainboards, contactors, cable assemblies) are stocked at regional logistics hubs in Europe, North America, and Southeast Asia, guaranteeing rapid dispatch. Hot-swappable module architectures enable 15-minute field swaps without disabling the remaining operating cabinet modules.
Yes. We welcome on-site factory audits by internationally accredited inspection bodies (including TÜV Rheinland, TÜV SÜD, SGS, Intertek, and Bureau Veritas). Alternatively, we provide full live video verification audits covering our automated SMT surface-mount cleanrooms, robotic sheet metal laser-cutting lines, aging burn-in halls, and ISO 9001 / ISO 14001 / ISO 45001 production logs.
Direct factory manufacturing across destination AC wallboxes, compact commercial DC pedestals, and multi-standard highway fast chargers.