Public Ev Charging Station

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Public Ev Charging Station
Details
Output Power: 40kW-180kW wide range DC fast charging with ≥95% conversion efficiency.
Protocol Compatibility: Natively supports OCPP 1.6J/2.0 for direct backend integration.
Electrical Specs: AC380V±20% input, DC150-750V wide voltage output, 250A max current.
Safety & Protection: IP54 industrial grade housing with Type B RCD and OVP/OCP.
Billing Integration: Equipped with an RFID module, Plug & Charge, and QR code scanning.
Factory Capability: Direct China supplier offering PCB debugging and complete OEM mold design.
Category
Dc EV Charging Station
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Description

 

Product Overview & System Integration

 

This Public EV Charging Station is engineered for high-frequency commercial operations and large-scale public transit hubs, delivering scalable DC fast charging from 40kW to 180kW. Equipped with industrial-grade rectifier modules, the system maintains a power conversion efficiency of ≥95%, effectively minimizing operational heat loss. The hardware is deeply integrated with OCPP 1.6J/2.0 protocols, ensuring instant data synchronization with mainstream global billing platforms. As a source manufacturer and supplier in China, we provide full-stack OEM services ranging from PCB protocol adjustment and enclosure mold development to local API debugging, guaranteeing 100% compatibility with your regional grid and operator networks.

 

Internal PCB and cooling system of public EV charging station from China manufacturer.

 

Material & Technical Specifications

Output Current

250A

Input Voltage

AC380

Qutput Power

6OKW

Output Voltage

Ac380v+20%

IP protection level

IP54

Grid frequency

50-60Hz

tart-up and billing method

RFID, plug and charge, Scan QR Code

Interface Standard

GB/T 20234.2

Output Power

60KW-360KW

Model Number

LZDC360750Y

Output Current

0-250A

Installation Method

Floor-standing

AC leakage

RCD

Output voltage

Dc150-750V

OCPP 1.6J communication topology for public EV charging station.

 

Quality Control & Global Standards

       

Every single charging unit undergoes a 100% full-load burn-in test and dielectric withstand voltage test prior to dispatch, verifying the thermal stability of the core power modules under extreme stress. Our production lines execute strict ISO9001 quality management protocols, and the components align with CE and TUV safety directives. Internal wiring utilizes UL-rated flame-retardant materials, while all exposed structural metals pass a 48-hour salt mist corrosion test to withstand high-salinity and high-humidity environments.

17756284412539

product-551-240

 

Product details

public ev charging station

public ev charging station

Packaging & Logistics Safety

 

For cross-border transport of heavy electrical infrastructure, we utilize export-grade fumigation-free wooden crates. The main chassis is fully wrapped in anti-static EPE foam and rigidly anchored to the wooden pallet using high-strength bolts, eliminating internal displacement and mechanical shock during ocean freight. For large wholesale batches, we provide professional lashing and center-of-gravity reinforcement solutions inside the container, ensuring zero-damage arrival at global ports.

 

Typical Application Scenarios

Typical Application Scenarios

Choose the plan that suits you best.

Commercial Parking Lots

High-throughput design to improve vehicle turnover rates.

01

Highway Service Areas

DC 150-750V wide voltage output to serve diverse EV models rapidly.

02

EV Fleet Depots

OCPP load balancing control for optimal power distribution among logistics fleets.

03

Public Transit Hubs

Continuous 250A output matching the high-capacity batteries of electric buses and taxis.

04

180kW public EV charging station installed at commercial parking lot by China supplier.

 

FAQ

Q: How does this Public EV Charging Station integrate with my existing OCPP 1.6J backend?

A: The mainboard natively integrates an OCPP 1.6J/2.0 communication module, supporting direct 4G or Ethernet connection to your server. Our engineering team provides API mapping and JSON payload debugging during the sample phase to ensure zero-latency transmission of billing and status data.

 

Q: What is the power degradation rate of the DC fast charging modules after 3 years?

A: Driven by industrial-grade cooling channels and premium IGBT modules, our DC power units restrict full-load power degradation to under 2% after 3 years of continuous operation. The built-in smart thermal management prevents thermal runaway and output derating.

 

Q: Can you customize the chassis color and add our company logo for wholesale orders?

A: Yes. For bulk OEM orders, our sheet metal workshop supports RAL standard color coding and UV-resistant outdoor powder coating. Laser-engraved or silk-screened logos are available with a low MOQ, and initial prototype turnaround takes only 10-15 days.

 

Q: Are the charging cables and external connectors resistant to extreme weather?

A: Yes. The charging gun and cable assemblies are manufactured from temperature-resistant TPU/TPE materials, offering exceptional bending fatigue resistance and abrasion resistance. The entire IP54-rated enclosure maintains safe operations in harsh outdoor environments from -25°C to +50°C.

 

Call to Action

 

Request a precise system wiring diagram and wholesale project quote within 24 hours. Factory-direct OEM samples are currently available for your local API integration and quality testing. Contact our engineering team today to lock in your exact B2B pricing.

 

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