Automotive-Grade Manufacturing Intelligence

OEM Car EV Charging Station Factories & Manufacturers

Precision-engineered, multi-standard DC fast chargers, smart AC wallboxes, and microgrid-buffered storage systems built to IEC, UL, and GB standards for global CPOs, fleets, and distributors.

Primary Deployments

High-Efficiency Commercial Charging Stations

Automotive-grade hardware engineered for high utilization hubs, highway corridors, and commercial fleet depots.

Strategic Procurement Intelligence

Engineering the Future of EV Infrastructure: Global OEM/ODM Paradigm

The global transition to electrification has moved past early pilot phases into industrial-scale infrastructure buildout. Charge Point Operators (CPOs), municipal fleet managers, and tier-1 energy distributors are facing rigorous challenges: navigating fragmented grid codes, managing peak power demand, and maintaining high uptime under severe thermal stress. Sourcing directly from an established OEM car EV charging station factory provides strategic security across supply chains, firmware scalability, and customized power matrix design.

"The modern EV charger is no longer an isolated electrical dispenser; it is a mission-critical edge-computing microgrid gateway executing complex telemetry, ISO 15118 cryptographic handshakes, and intelligent load-balancing in real-time."

Grid Interoperability & Protocol Harmonization

Our Kunshan manufacturing hub executes end-to-end design verification to overcome protocol mismatches. Chargers are built with native Open Charge Point Protocol (OCPP 1.6J and OCPP 2.0.1) compliance, supporting Plug & Charge (ISO 15118), automated cryptographic certificate lifecycle management, and smart telemetry. Whether deploying high-power CCS2 systems across the European TEN-T corridor or megawatt-ready split architectures in Southeast Asia, our modular platform guarantees zero stranded asset risk.

Charging Topology Rated Capacity Connector Options Thermal & Protection Spec Optimal Infrastructure Fit
Smart AC Wallbox / Pedestal 3.5kW – 22kW Type 2, GB/T, Tesla (NACS) IP54, IK08, RCD Type A+6mA DC Residential multi-family, Workplace, Hospitality
Compact Commercial DC 20kW – 40kW CCS1, CCS2, GB/T Forced Air Cooling, IP54, IK10 Auto Dealerships, Last-mile delivery hubs
Integrated High-Power DC 60kW – 360kW Dual-gun CCS2 / CCS1 / GB/T Independent Air Ducts, IP54, Over-temp Derating Public Fast Hubs, Highway Corridors, Retail Malls
Split-Type Mega Matrix 360kW – 720kW Up to 12 Dispersed Terminals Dynamic Matrix Sharing, Liquid/Air Hybrid Transit Bus Terminals, Heavy Truck Fleet Logistics
BESS-Integrated Charging 100kWh – 200kWh LFP Dual DC Out (60-180kW) Aerosol Fire Suppression, Liquid-Cooled LFP Weak-grid, Remote Corridors, Solar Peak Shaving
Direct From Kunshan, China

Advanced Chinese Supply Chain & Manufacturing Depth

Full-stack control from SiC power module integration to automated SMD and burn-in testing.

Integrated Silicon Carbide (SiC) Power Core

Our chargers leverage next-generation Silicon Carbide switching modules delivering ≥96% operational power conversion efficiency, drastically minimizing thermal dissipation and shrinking operational electrical losses for operators.

Automated Production & Full-Load Stress Aging

Every single batch undergoes automated wave soldering, optical inspection, and mandatory 100% full-load high-temperature burn-in cycles in dedicated environmental chambers, ensuring field failure rates under 0.2%.

End-to-End Vertical Component Sourcing

Situated within the Yangtze River Delta industrial belt, our facility maintains direct tier-1 procurement pipelines for automotive-grade contactors, high-speed DC metering, emergency breakers, and ultra-durable IP54/IK10 cold-rolled galvanized steel chassis.

10,000 m²
Kunshan Production Facility
500,000+
Annual Charger Capacity
40+
Export Territories Served
50+
Proprietary IP & Patents
Certification & Compliance Engineering

Navigating Strict Regional Compliance Standards

Meeting global utility and safety mandates with fully verified testing documentation.

European Union: CE, CB & IEC 61851

Engineered to satisfy LVD, EMC Directive, and RED requirements. Incorporates integrated Type B or Type A+6mA DC fault current sensing, Eichrecht-ready high-precision DC billing meters, and European CCS2 standard compliance.

North America: UL 2202 & UL 2594

Engineered for CSA/UL safety protocols. Fully compatible with CCS1 and SAE J3400 (NACS/Tesla) standards. Features NEC Article 625 compliant surge arrestors and robust NEMA 3R/4X exterior enclosures for extreme cold.

Asia-Pacific & Emerging Markets: GB/T & CQC

Exhaustive compliance with China GB/T 20234 and GB/T 18487 national standards. Built with heavy-duty thermal insulation and anti-condensation heating elements for humid, tropical, and arid desert operating climates.

Site-Specific Engineering

High-Yield Deployment Topologies

Tailored hardware architectures customized to match parking dwell times, grid limits, and monetization schemes.

Monetized Retail & Urban Parking: The 32" Ad Screen Advantage

For high-density mixed-use developments and retail destinations, our 60kW–240kW all-in-one stations pair DC ultra-fast charging with a weatherproof 32-inch high-definition multimedia display. This dual-revenue model allows operators to capture advertising yields while vehicles fast-charge, drastically shortening site ROI by up to 40%.

Electrified Bus & Truck Fleet Logistics: Split Dynamic Matrixing

Logistics depots cannot tolerate parked vehicles stranded by fixed-rate charging guns. Our split-type matrix systems (360kW–720kW) dynamically redirect power across up to 12 charging pedestals based on state-of-charge (SOC) metrics. Fleet vans finishing late receive prioritized surge power, while early returns trickle-charge during cheap utility hours.

Grid-Constrained & Solar-Paired Corridors: LFP Battery Integration

Upgrading medium-voltage utility transformers can take months and require large capital outlays. Our 100kWh and 200kWh lithium iron phosphate (LFP) energy storage charging piles provide an on-site peak-shaving reservoir. They charge slowly during off-peak times or directly from solar arrays, then discharge at high DC rates to eliminate costly grid demand charges.

Long-Dwell Residential & Hospitality: OCPP-Connected Level 2

For condominiums, hotel parking structures, and corporate campuses, our 3.5kW–22kW EV-ONE series features dual-gun capabilities, dynamic local load management (DLM) to avoid tripping building main breakers, and seamless integration with RFID or smartphone payment backends.

Technology Trajectory

Next-Generation Industry Evolution: 2026 & Beyond

Architecting charging infrastructure ready for tomorrow's 800V/1000V vehicle architectures.

1000V High-Voltage Architecture

Modern passenger EVs and commercial haulers are shifting from 400V to 800V/1000V systems to support rapid charging. Our integrated DC hardware delivers a wide 200V–1000V constant power output range, guaranteeing full compatibility across legacy packs and modern platforms.

Vehicle-to-Grid (V2G) Bi-Directionality

Chargers are transitioning into distributed power plants. We are embedding bi-directional inverter topologies into our OEM roadmap, enabling fleets to feed energy back to the grid during emergency deficits or participate in automated frequency regulation schemes.

AI Predictive Maintenance & Cloud Telemetry

By constantly analyzing internal contactor resistance, thermal gradients across charging cables, and fan tachometer speeds, our embedded microcontrollers predict hardware failures weeks before an unscheduled offline outage occurs.

Procurement Clarifications

Frequently Asked Questions by Global Buyers

Authoritative guidance on supply agreements, technical customization, and deployment compliance.

What specific OEM/ODM customization capabilities do you provide for corporate brands?

As a vertically integrated factory in Kunshan, we support complete industrial design customization. This covers custom sheet metal powder-coating to match corporate PANTONE colors, silk-screened logos, custom LED status indicators, bespoke touchscreen UI/UX skins, customized cable lengths (up to 10m), multi-standard connector pairings (e.g., dual CCS2, CCS1+NACS, or CCS2+GB/T), and factory-flashed firmware pre-configured to your private cloud OCPP server endpoint.

How does your manufacturing facility guarantee high uptime in extreme operating conditions?

All our DC fast charging cabinets feature dual-chamber isolation: the power conversion modules are sealed in isolated forced-air or liquid-cooled sub-chassis, preventing dust, humidity, and coastal salt mist from entering sensitive electronic control circuits. Every unit is rated IP54 or IP55 for ingress protection and IK10 for mechanical impact resistance, with operational temperature stability spanning from -30°C to +55°C.

How do you ensure OCPP interoperability with third-party software platforms?

Our stations undergo rigorous protocol matrix testing with global CPO and billing platforms (including AMPECO, Driivz, Greenlots, and ChargePoint). We natively support OCPP 1.6-JSON, complete with Core, Smart Charging, Firmware Management, and Remote Trigger profiles. Advanced OCPP 2.0.1 and ISO 15118 (Plug & Charge) modules are also available for next-generation automated public networks.

What is the standard production lead time and minimum order quantity (MOQ)?

For standard branded catalog items, our standard MOQ is 1 unit for prototype/evaluation and 10 units for commercial orders. Lead times typically range from 15 to 25 days for standard integrated DC chargers (60kW–240kW) and 25 to 35 days for high-power split systems or bespoke OEM-tooled enclosures. Accelerated maritime and multimodal shipping can be coordinated through Shanghai and Ningbo ports.

Why should operators invest in an Energy Storage (BESS) charging station over traditional grid expansion?

A BESS-integrated station (100kWh or 200kWh LFP) allows you to bypass protracted utility transformer upgrades that often take 12 to 18 months and cost tens of thousands of dollars. By buffering high-power DC fast-charging through an on-site battery, operators completely bypass utility peak-demand surcharges, capture cheap off-peak power rates, and maintain commercial charging continuity even during local grid brownouts.

Complete Equipment Catalog

High-Performance Charging Hardware Portfolio

Versatile, field-tested charging hardware engineered for dealerships, public hubs, and destination charging.

HizonSun certificate enlarged view