Factory-direct original configurations engineered to IEC 61851, EN 301 489, ISO 15118, and UL 2202. Direct hardware procurement ready for European, American, and Asia-Pacific grid compatibility.
Evaluating high-power EV charging infrastructure transcends simple capital equipment purchasing. For commercial charging networks, municipal transit authorities, and logistics conglomerates, long-term procurement requires holistic evaluation of peak conversion efficiency, active thermal control, power density, and continuous cloud telemetry.
Our OEM/ODM manufacturing facility integrates third-generation SiC MOSFET power conversion sub-assemblies. Achieving peak operational efficiencies of ≥96.5% at nominal load regimes directly mitigates thermal loss and curtails annual parasitic refrigeration expense by up to 28% across high-frequency commercial hubs.
Unlike monolithic charging topologies that strand idle capacity on connected vehicles with low acceptance rates, our matrix-switched DC power stacks re-assign 20kW/30kW/40kW power blocks dynamically per gun, driving up station turnover rates and elevating asset utilization metrics (kWh dispensed/kW installed).
Custom ODM solutions built to strict electrical distribution standards: IEEE 1547, EN 50549, and local anti-islanding parameters. Complete galvanic isolation, built-in harmonic mitigation (THD < 5%), and standard power factor correction (PFC > 0.99) guarantee zero utility penalties for industrial sites.
Different charging applications present distinct load profiles, driver interactions, and business models. Our engineering teams customize enclosure ergonomics, power topologies, screen interfaces, and protocol stacks to suit exact deployment contexts.
Highways demand immediate, high-throughput turnaround with near-zero downtime. Our 240kW to 720kW split-type systems decouple power transformation from the ultra-slim dispensing terminal, supporting 500A continuous liquid-cooled CCS2/NACS charging capable of adding 300+ km of range in under 12 minutes.
Operating electric bus networks and logistics vans requires scheduled, automated overnight charging. Leveraging automated OCPP 2.0.1 smart load balancing algorithms, charging profiles automatically prioritize vehicles based on state-of-charge (SoC) urgency, utility time-of-use (TOU) tariffs, and morning route readiness.
For malls, hospitality complexes, and corporate campuses, dwell time ranges from 45 minutes to several hours. Dual-gun AC chargers (7–22kW) and compact DC fast stations (20–60kW) equipped with 32-inch high-brightness digital signage convert parking stalls into monetizable digital media and charging revenue assets.
Systematic hardware comparison across our AC Wallbox, Integrated DC Fast Charging, Split-Type Dispenser, and Energy Storage Integrated (BESS) series. All sub-assemblies are fabricated and tested in our Kunshan facility.
| System Architecture | Rated Power Classes | Input Voltage / Standards | Connector Form Factors | Thermal & Cooling Type | Telemetry & Connectivity |
|---|---|---|---|---|---|
| Smart AC Wallbox & Pedestal | 3.5kW / 7kW / 11kW / 22kW / 44kW | 230V 1P / 400V 3P ±15%, 50/60Hz | Type 2 Socket/Cable, Type 1, GB/T | Natural Convection (-30°C to +55°C) | OCPP 1.6J / 2.0.1, 4G, Wi-Fi, Ethernet, BLE |
| Integrated DC Fast Charger | 60kW / 120kW / 160kW / 240kW / 360kW | 380V/400V/480V 3P+PE, 50/60Hz | Dual CCS2, CCS1, GB/T, NACS Optional | Forced Air, Intelligent Variable PWM Fan | OCPP 1.6J/2.0.1, ISO 15118-2/-20 PnC |
| Split-Type Mega Charging Hub | 360kW / 480kW / 600kW / 720kW | 400V/480V 3P+N+PE, THD < 3% | Up to 12 Dispensers (CCS2 / Liquid NACS) | Liquid-Cooled Cable & Module Enclosure | CAN-FD Bus Internal, OCPP Cloud Uplink |
| BESS Integrated DC Charger | 100kWh–200kWh LFP + 60–180kW DC | Weak Grid 380V or Off-Grid Solar Hybrid | Dual CCS2 / CCS1 Guns | Industrial Air Conditioner + HVAC Liquid BESS | Integrated EMS, Multi-Port Modbus TCP/IP |
The electrification horizon is rapidly migrating from legacy 400V platforms to 800V/1000V silicon carbide powertrains and multi-megawatt commercial trucking protocols. Our Kunshan R&D laboratories are dedicated to advancing three critical technological pillars.
Mass deployment of wide-output voltage charging systems catering seamlessly to legacy 400V city passenger cars and cutting-edge 800V performance EVs. Zero derating across elevated ambient temperatures (+45°C), dynamic digital current balancing within 1% error tolerance, and full integration of ISO 15118-2 Plug & Charge cryptography.
Rollout of commercial MCS architecture rated up to 1,250V and 1,500A continuous output for class-8 long-haul electric tractor-trailers, electric marine vessels, and mining heavy equipment. Proprietary liquid-cooled junction boxes, fluorinated hydrocarbon dielectric coolants, and automated mechanical robotic mating interfaces.
Bidirectional active-inverter topologies supporting ISO 15118-20 V2G protocol. Enabling tens of thousands of deployed charging stations to aggregate EV battery capacity into national reserve electricity balancing systems, discharging power during localized brownout risks and harvesting renewable surplus generation.
Deploying commercial charging infrastructure globally requires strict compliance with regional safety, cybersecurity, and electrical metering laws. As a direct ODM factory, we provide localized hardware certification dossiers, verified factory burn-in protocols, and long-term supply-chain stability.
Every EU-bound system carries CE-LVD, CE-EMC (EN IEC 61851-21-2), and RED certification. For commercial public charging in Germany, Austria, and adjacent regions, we integrate certified German Eichrecht billing-compliant DC energy meters (transparency software enabled) for tamper-proof consumer billing.
Our engineering division designs cabinets compliant with UL 2202 (Standard for DC Charging Equipment), UL 2594 (AC Equipment), NFPA 70 (NEC Article 625), and FCC Part 15 Class A. We facilitate complete NRTL listings and CTEP/NTEP metering approvals for commercial CPO networks across the US and Canada.
In accordance with California SB-327, UK PSTI, and EU RED cybersecurity directives, all charging controllers incorporate hardware Secure Elements (TPM 2.0 / ATECC608), signed firmware boot protection, TLS 1.3 encryption over OCPP, and zero hardcoded factory maintenance backdoors.
Addressing deep engineering, regulatory, and supply chain questions encountered by procurement executives, grid planners, and enterprise CPOs when selecting our ODM production facility.
Expand your infrastructure portfolio with proven hardware designs. From compact smart AC wallboxes to ultra-high capacity energy storage DC hubs, our Kunshan factory delivers world-class reliability and manufacturing scale.