Solar Storage EV Charging Station Integrated PV Ess DC Fast Charging Solution

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Solar Storage EV Charging Station Integrated PV Ess DC Fast Charging Solution

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

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Product Description

Basic Information

Model NO.	JR-DC-P800
Charging Interfaces	One Pile with Multiple Charges
Start Mode	Credit Card Payment, Mobile Remote Operation, RFID Authentication
Service	OEM/ODM Support
Protection	IP54
Operating Temp	-25°C~50°C (Derating up to 70°C)
Peak Efficiency	≥96%
Installation	Floor-Standing

Product Introduction

System Specifications (JR-DC-P480)
Rated Power	480KW
Input Voltage	380V AC (Range: 323VAC~437VAC)
Output Voltage Range	150VDC~1000VDC
Max Output Current	1371A (System)
Starting Method	Button, Password, QR Code, RFID, VIN
Communication	4G / Ethernet

Main Products Portfolio

Innovation & Excellence

Defining the Future of EV Infrastructure: We are a global pioneer in high-end electric vehicle charging infrastructure and a recognized specialized technology leader. With over 15 years of expertise in power electronics, we engineer the vital energy veins of future smart cities.

Heritage of Innovation: Our R&D journey is defined by 127 meticulous scheme iterations and 16 core patented technologies. This led to the creation of the World's First Integrated 3D Smart Charging Station, merging vertical parking with ultra-fast charging.

Military-Grade Reliability: Every power stack undergoes more than 50,000 extreme condition tests, ensuring performance in environments from desert heat to coastal zones. Fully compliant with GB/T, IEC, SAE, CHAdeMO, and OCPP 1.6/2.0.1 standards.

Professional Services & Global Reach

Certifications & Projects

Packaging & Shipping

Frequently Asked Questions

Are your devices fully compatible with the OCPP protocol?

All our DC and AC products natively support the OCPP 1.6J protocol and have completed the technical upgrade to OCPP 2.0.1. We provide standard API interfaces and whitelist configuration services for seamless integration with existing cloud platforms.

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

The system employs dynamic matrix switching technology. It 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%, significantly shortening the ROI period.

What solutions do you offer for high grid capacity expansion costs?

We provide an integrated "Solar-Storage-Charging" service. By integrating industrial-grade battery cabinets, the system stores energy during off-peak hours and assists during peak hours. Additionally, our equipment supports dynamic load balancing (DLB) to prevent distribution transformer trips.

What is the advantage of the modular design for maintenance?

If a power module fails, the system automatically isolates it while others keep working, achieving "maintenance without downtime". The design is highly scalable, allowing users to upgrade from 480kW to 960kW simply by adding modules without replacing the entire base.

How do you provide remote support for international markets?

We utilize a "digitalization + localization" system. Our engineers can remotely diagnose over 90% of faults online. For hardware, we use a standardized hot-swappable module design. We also establish spare parts packages and provide detailed video tutorials for a worry-free experience.

What environment conditions can your charging stations handle?

Our equipment is designed with IP54 protection and engineered for reliability. It has been tested to perform flawlessly in diverse conditions, from scorching desert heat to high-humidity coastal zones, with an operating temperature range of -25°C to 50°C.