Smart Networked 320kw DC EV Fast Charging Station with Integrated Payment System and APP Control

Customization:	Available
Connector Type:	CCS1, CCS2, CHAdeMO, GB/T
Installation:	Floor Type

📊 Basic Information

Model NO.

JR-DC-G320

Location

Public Use

Charging Interfaces

4

Start Mode

Credit Card, Mobile App, RFID

Service

OEM/ODM

Protection

IP54 / IP55

Output Current

914A (System)

Specification

720x720x1750mm

⚡ Product Introduction

Product Overview & Deployment: This "All-in-One" integrated machine is a robust, high-efficiency solution designed for rapid deployment and immediate ROI. It combines world-class power conversion with a user-friendly interface in a single, weather-resistant cabinet built to withstand the harshest global climates.

Features & Functions: IP55/IK10 protection, dual-gun simultaneous charging, and multiple payment gateways.
Applications: Retail centers, gas stations, corporate parks, and public parking.
Our Advantage: "Plug-and-Play" delivery with a proven lifespan 30% longer than standard alternatives.

📋 Technical Specifications

Parameter	Feature	Details
System	Rated Power	120KW - 320KW
Input	Voltage Range	323VAC~437VAC
Output	Voltage Range	150VDC~1000VDC
Output	Max Current	342A (Per System)
Efficiency	Peak Efficiency	≥96%
Environment	Operating Temp	-25℃~50℃
Protection	Level	IP54 / IP55

🏭 Main Product Line

🌐 Engineering Excellence

Our infrastructure solutions are defined by a relentless pursuit of technical perfection. With over 15 years of expertise in power electronics, we engineer the vital energy veins of future smart cities. Every power stack undergoes more than 50,000 extreme condition tests, ensuring flawless operation in environments ranging from scorching desert heat to high-humidity coastal zones.

🛠️ Our Services & Certs

📦 Packaging & Shipping

❓ Frequently Asked Questions

Are your devices fully compatible with the OCPP protocol?

Yes. All our DC and AC products natively support the OCPP 1.6J protocol and have completed the technical upgrade to OCPP 2.0.1. Our software team provides standard API interfaces and whitelist configuration services to ensure seamless integration with your cloud platform.

How does the "Full-Flex" power distribution technology enhance efficiency?

Our full-flex power stack employs dynamic matrix switching. The system schedules current at the millisecond level based on each vehicle's real-time BMS requirements. This "on-demand allocation" can increase the average daily charging volume of a single station by 15% to 20%.

What solutions do you offer for high grid capacity costs?

We provide integrated "Solar-Storage-Charging" services. By using industrial-grade energy storage, the system stores energy during off-peak hours to assist during peak demand. We also support Dynamic Load Balancing (DLB) to prevent transformer trips.

What are the benefits of the modular design for maintenance?

The highly integrated modular architecture allows the system to isolate a failed power module while others continue working, achieving "maintenance without downtime." You can also upgrade power capacity by adding modules without replacing the entire base.

How is remote support handled for international markets?

We use a "digitalization + localization" system. Intelligent gateways allow engineers to remotely diagnose over 90% of faults. For hardware, we use standardized hot-swappable modules and provide detailed video tutorials and multi-language manuals.

What is the typical lead time for a custom OEM order?

While standard configurations are often ready for rapid deployment, custom OEM/ODM orders typically involve a comprehensive pre-shipment inspection process to ensure military-grade reliability before global shipping.