Advanced Technology Ultra Fast EV Charging 800/960kw Modular Full-Flex DC Charger

1 / 5

Advanced Technology Ultra Fast EV Charging 800/960kw Modular Full-Flex DC Charger

Customization:	Available
Number of Charging Interfaces:	One Pile with Multiple Charges
Start Mode:	Credit Card Payment, Mobile Remote Operation, RFID Authentic

Send Inquiry

Product Description

Basic Specifications

Model NO.	JR-DC-P800 / JR-DC-P960
Service	OEM/ODM
Protection	IP54
Transport Package	Carton
Specification	2550x880x1760mm
Origin	China

Product Introduction

Advanced Technology Ultra Fast EV Charging

Product Overview & Scalability: The Power Stack is a high-performance, modular energy hub engineered for large-scale charging networks. Ranging from 480kW to an industry-leading 1440kW, this system is designed to evolve, allowing operators to "invest as they grow" by simply adding power modules as demand increases.

Features & Functions: At its core is our proprietary 16-patent "Full-Flex" algorithm, which intelligently redistributes power based on real-time vehicle BMS feedback. It features hot-swappable modules, 96% peak efficiency, and full OCPP 1.6J/2.0.1 integration for remote cloud management.

Applications & Scenarios: The gold standard for highway service areas, public transit bus depots, logistics hubs, and flagship ultra-fast charging stations.

Technical Parameters

Category	Parameter	Details
System Power	Rated Power	800KW / 960KW
System Power	Peak Efficiency	≥96%
Input	Rated Input Voltage	380V AC
	Input Voltage Range	323V AC ~ 437V AC
	Input Current Range	≤1155A / ≤1386A
Output	Output Voltage Range	150VDC ~ 1000VDC
	Constant Power Range	300VDC ~ 1000VDC
	Max Output Current	1714A / 2057A (System)
	Number of Outputs	≤12
Operational	Starting Method	Button, Password, QR Code, Card Swipe, VIN
	Communication	4G Full Network / Ethernet
	Protection Level	IP54
	Operating Temp	-25℃ ~ 50℃ (derating up to 70℃)

Engineering Excellence

Defining the Future of EV Infrastructure Through Innovation and Space Excellence. As a global pioneer in high-end electric vehicle charging infrastructure and a recognized National "Little Giant" Enterprise, we have over 15 years of expertise in power electronics. Our R&D journey includes 127 meticulous iterations and 16 core patented technologies, leading to the World's First Integrated 3D Smart Charging Station.

Military-Grade Reliability: Every power stack undergoes more than 50,000 extreme condition tests, ensuring flawless operation from desert heat to coastal humidity. Systems are fully compliant with GB/T, IEC, SAE, and CHAdeMO standards.

Global Services & Quality

Exhibition & Packaging

Frequently Asked Questions

Are your devices fully compatible with the OCPP protocol?

Yes, all our DC and AC products natively support OCPP 1.6J and have been upgraded to OCPP 2.0.1. We provide standard API interfaces and remote VPN testing to ensure seamless integration with your private cloud or third-party platforms.

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

Unlike fixed allocation, our Full-Flex technology uses dynamic matrix switching. It schedules power at the millisecond level based on real-time vehicle BMS needs, potentially increasing daily charging volume by 15% to 20%.

What solutions do you offer for limited grid capacity?

We provide "Solar-Storage-Charging" integration, using industrial-grade batteries to store energy during off-peak hours. Our equipment also supports Dynamic Load Balancing (DLB) to prevent transformer trips.

What are the benefits of the modular design for maintenance?

The modular architecture allows for "maintenance without downtime." If one module fails, the system isolates it while others continue working. Modules are hot-swappable, making replacement simple and fast.

How do you support overseas customers with spare parts?

We use a "digital + localization" model. 90% of faults can be diagnosed remotely. We provide emergency spare parts packages and detailed multi-language video tutorials for easy hardware replacement.

Is the system scalable for future power demands?

Absolutely. You can start with a lower power configuration (e.g., 480kW) and simply add more power modules into existing slots to upgrade to 960kW or 1440kW as your traffic grows, protecting your initial investment.