Efficient Electric Bus Fleet Quick Charge System for Optimal Performance

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Product Description

Basic Info.
Installation:Floor Mounted
Housing:Metal
Input Voltage:400VAC ±15%
Input Frequency:45-65Hz
Efficiency:Beyond 95%
IP Class:IP55
Communication:2G, 3G, 4G, 10/100base-T Ethernet
Outlet Current:500A/850A
Specification:3174*1681*4866mm
Origin:China
Product Description

600 KW Split Type Fast Charging Solution Pantograph System For EV Bus

This Quick Charge Solution is designed for Electric Bus Fleets featuring a high-power pantograph, efficient auto charging, and 600 Kw capacity. It is an ideal solution for rapid charging of electric buses and trucks.

Production Parameters
Parameter 300KW System 600KW System
AC Input Input Rating 400Vac±15% 400Vac±15%
Connection L1+L2+L3+N+PE L1+L2+L3+N+PE
Power Factor >0.99 @full load >0.99 @full load
THDi <5% <5%
DC Output Voltage Range 150-1000VDC 150-1000VDC
Max Current 500A 850A
Interface Connectivity Ethernet/4G Ethernet/4G
Software Remote Upgrade Remote Upgrade
Protocol OCPP 1.6 JSON OCPP 1.6 JSON
Environmental IP Level IP55 IP55
Temperature -30~55ºC -30~55ºC
Product Display
Frequently Asked Questions
What is the maximum output power of the pantograph system?
The system supports high-power charging up to 600KW, making it ideal for fast charging electric bus fleets and trucks.
What is the protection rating for outdoor installation?
This charging solution is IP55 and IK10 rated, ensuring durability and reliable performance in various environmental conditions.
Does the system support remote management?
Yes, it features OCPP 1.6 JSON integration and supports remote software upgrades via 4G or Ethernet connectivity.
What is the efficiency of the power conversion?
The system is highly efficient, with an efficiency rating of beyond 95% and a power factor of over 0.99 at full load.
What is the typical lead time for an order?
The standard lead time is approximately 15 days after payment is confirmed.
What are the installation requirements?
The system is designed for floor-mounted installation and requires a 400VAC ±15% input connection.

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