240/1600kw Split Type Charging Pile DC Fast Charger CCS2 Gbt Ocpp1.6j IP54 Solar Compatible Credit Card Payment Public Parking

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

Product Description

240-1600kW DC EV Charger
The split EV charger offers flexible terminal configurations (12 single-gun or 6 dual-gun units), serving 12 vehicles simultaneously across diverse scenarios—from auto OEMs and commercial sites to public stations. Compatible with all EV types (cars, buses, trucks), it combines scalability with robust performance.
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Basic Specifications

Feature Details
LocationPrivate Use / Public Station
InterfacesOne Pile with Multiple Charges (Up to 12)
Start ModeCredit Card, Mobile App, RFID Authentication
Power Range240kW - 1600kW
Altitude< 2000m
Protection RatingIP54
CoolingAir Cooled
Cable Length5m (Standard)
ProtocolOCPP 1.6J
Emergency StopManual Button Disables Output Power

Technical Parameters

Category Data Parameters
Input Voltage400VAC/480VAC (3P+N+PE) 50/60Hz
Output Voltage200 - 1000VDC
Efficiency≥94% at nominal output power
Power Factor> 0.98
Operating Temp-30℃ to 55℃
Display7" LCD with touch screen
Standard ComplianceIEC 61851, ISO-1518, DIN 70121, CCS1/2, CHAdeMO, GB/T
Safety FeaturesGFCI (RCD 30 mA Type A), Surge Protection (20 kA), Over/Under Voltage, Short Circuit
Split Type Charging Pile Infographic
DC Fast Charger Application

Advanced Energy Solutions

As a fully integrated provider, every stage of the EV charging ecosystem is managed to deliver superior quality and cost-competitive solutions. Manufacturing facilities produce both AC and DC chargers with custom hardware configurations and rigorous quality control standards.

  • Smart Management: AI-driven systems dynamically manage power flows between solar panels, the grid, and building loads.
  • V2G Technology: Transform EVs into mobile energy storage units that can feed power back into the grid when needed.
  • Renewable Integration: Maximize solar energy utilization during daylight hours to reduce operational costs.
  • Scalability: Future-proof charging hubs where buildings, vehicles, and the grid work in harmony.
Manufacturing Quality Control
Smart Energy Hub
Terminal Configurations
DC Fast Charger Detailed View
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Frequently Asked Questions

What makes these chargers superior to third-party options?
As a fully integrated provider with dedicated manufacturing, we ensure superior quality control, cost competitiveness, and the ability to provide custom hardware configurations for both AC and DC systems.
Are the chargers certified for international use?
Yes. The products comply with international standards IEC 61851 and IEC 62196, making them suitable for most global markets including Europe and North America.
Can the hardware or software be customized?
Absolutely. We offer tailored user interfaces, custom branding, hardware adaptations, and integration with local energy management platforms.
How does the AI smart energy system benefit users?
The AI platform optimizes power flow between solar panels, the electrical grid, and building loads. This maximizes renewable use and significantly reduces energy costs through intelligent load balancing.
Is Vehicle-to-Grid (V2G) supported?
Yes. V2G-enabled chargers allow EVs to function as mobile energy storage units, feeding power back into buildings or the grid to support stability and potentially generate revenue.
What kind of after-sales support is available?
We provide comprehensive assistance including technical support, remote diagnostics, warranty services, and software updates to ensure long-term system optimization.

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