TUV CE Certified 300kw Super Charging System for Electric Buses

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TUV CE Certified 300kw Super Charging System for Electric Buses

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Product Description

Basic Info.

Installation

Floor Type

Charge Method

Quick Charge

Input Voltage

1000V

Max Output Current

500A

Function

WiFi Supported

Ocpp

Ocpp1.6j Supported

After-Sales Service

Remote Online Guidance and Onsite Service

Type

Ultra Fast Charging System

Certification

CE, ISO, TUV

Warranty

24 Months

Transport Package

Standard Packaging

Trademark

Customization

Origin

China

HS Code

8504409999

Production Capacity

300PCS/Month

Product Description

300kW/600kW Split Type Pantograph Charging System

Super Charging System for Electric Buses

Unique features of HK SERIES Split Type Pantograph System

A. Large Current Output Mode

PLC carrier communication is adopted to realize accurate positioning and data interaction during charging between the bus and pantograph, which has greatly improved the charging security and prevented charging connection errors. Stability meets ISO15118 standards, with maximum output current reaching 800A for fast charging of bus and commuter systems.

B. "Power + Charging" Split Structure Design

Split structure design separates the power part and the charging interface, facilitating easy installation and maintenance. High-quality electrical components ensure charging stability, while the fluid mechanics structural steel frame design ensures the system is beautiful, safe, and reliable.

C. Safe Control Mode

Comprehensive protection including output/input overvoltage, undervoltage, overcurrent, abnormal frequency, short circuit, emergency stop, leakage current, and lightning surge protection. Supports hot insertion and extraction for safe operation.

D. Comprehensive Charging Solutions

Available in both falling type and rising type interfaces. AC or DC input modes can be selected. Provides a complete solution for both the pantograph system and the electric bus.

Major Standards and Approvals

IEC61851-1:2010
IEC 61851-23:2014
IEC 61851-24:2014
IEC 62196-1:2011
IEC 62196-3:2014
IEC 60364-4-41:2005
IEC 60990:1999
IEC 61439-1:2011
IEC 60664-1:2007
ISO15118-2018

Technical Data Sheet (600kW System)

Item	Technical Requirements
Nominal Voltage	400VAC±15%
Input Current (MAX)	1100A
AC Input Frequency Range	40~60HZ
AC Input Mode	3P+N+PE
Rated Output Voltage	150~1000VDC
Rated Output Current	0~800A
Cooling Method	Force Air Cooling
Power Factor	>0.99
Efficiency	≥0.95 (50% load or above)
Voltage Precision	≤±0.5%
IP Class	IP54
Operation Temperature	-30ºC~+55ºC
Communication Protocol	OCPP 1.6 (JSON)

Application

This charging technology has been widely applied in over 200 cities and approximately 27 countries and regions, including England, France, Australia, Singapore, and the Middle East. With abundant experience in actual application and service, the system provides high-performance charging for global green transportation.

After Sale Service

✅ Documentation: English version user manuals, construction manuals, and maintenance guidance.
✅ Remote Support: 24-hour online guidance for installation, commissioning, and troubleshooting.
✅ Training: Free operation and maintenance training for customers.
✅ Spare Parts: Delivery within 5 working days for warranty parts.
✅ Onsite Service: Engineer dispatch for severe onsite issues.

R&D and Production Capacity

Equipped with advanced automatic assembly production lines, the facility integrates data self-collection, self-diagnosis, and automated debugging. One charging pile can be finished within 35 minutes, ensuring high daily production capacity to meet market demands.

Frequently Asked Questions

1. What is the maximum current output for this pantograph system? The system supports a maximum output current of up to 800A, specifically designed for high-power ultra-fast charging requirements.

2. Does the system support OCPP 1.6J? Yes, the system supports the OCPP 1.6J communication protocol for seamless integration with various management platforms.

3. What is the difference between falling and rising type pantographs? Falling type pantographs are mounted on the charging station structure and descend to the bus, while rising type systems are typically bus-mounted and rise to contact the charging overhead.

4. How is the system protected against environmental factors? The system features an IP54 protection class and can operate in temperatures ranging from -30ºC to +55ºC, with comprehensive surge and leakage protection.

5. What is the standard warranty period? The product comes with a standard 24-month warranty, which includes remote technical guidance and spare parts support.

6. How does PLC carrier communication improve charging security? PLC communication ensures accurate positioning and real-time data exchange between the vehicle and charger, effectively preventing connection errors and ensuring stable energy transfer.