Dimension (W×D×H) Power cabinet: <1300 × 750 × 1900mm; Dispenser: 505 × 305 × 1618mm Weight Power cabinet: <880kg; Dispenser: <80kg Cable Length 5~8m Interface 7″ LCD touch screen Connector Type CCS1 / CCS2 / GBT / CHAdeMO / NACS Number of Charging Ports 1~12

SGCC series

Zilix Flex Split DC EV Charger

Zilix Flex Split DC EV Charger delivers 160~960kW high-power DC charging with remote dispensers, dynamic power sharing, and flexible installation for high-demand charging sites.

REQUEST

300A

Maximum Output Current

Up to 12

Charging Guns

40kW

Power Allocation Granularity

>95%

Charging Efficiency

24-Month

Warranty

High-Power Charging, Flexible Deployment

xperience scalable 160–960kW DC fast charging with Zilix Flex, featuring centralized power distribution and up to 12 charging ports for high-demand commercial EV charging networks.

Zilix Flex Split DC EV Charger

High-Power DC Charging with Flexible Dispenser Deployment: Zilix Flex is a split DC EV charging system designed for high-demand public and commercial charging applications. Available in power configurations from 160kW to 960kW, one power cabinet can support up to 12 charging guns, with a maximum installation distance of 50m between the power cabinet and dispensers. Its dynamic power sharing technology distributes available power across charging terminals in 40kW increments according to vehicle demand, helping maximize charger utilization across multiple vehicles. With OCPP 1.6J connectivity, remote management, smart charging, OTA updates, and multiple payment options, Zilix Flex provides a scalable architecture for high-capacity charging networks.

Key Advantages

Intelligent Power Distribution

Dynamically allocate available charging power across multiple outputs in 40kW increments according to vehicle demand, improving charger utilization across multiple vehicles.

High-Capacity Split Charging

Power configurations from 160kW to 960kW and support for up to 12 charging guns enable high-capacity charging for busy public, commercial, and fleet sites.

Flexible Split Design

The separate power cabinet and charging dispensers allow flexible equipment layout, with cabinet-to-dispenser distances of up to 50m to adapt to different site configurations.

Broad Vehicle Compatibility

Charging connectors can be configured with CCS1, CCS2, GB/T, CHAdeMO, or NACS standards, providing flexibility for mixed-vehicle charging environments and different market requirements.

Smart Operation & Remote Management

Powered by Zilix’s in-house control technology, supporting OCPP 1.6J, remote monitoring, OTA updates, smart charging, and flexible payment options.

Reliable Outdoor Performance

Built with IP54 protection, IK10 impact resistance, and C3 anti-corrosion coating, the charger delivers reliable performance in outdoor environments and demanding operating conditions.

Applications

Designed for Versatile Charging Applications

Highway Service Stations

High-power split charging for highway service areas requiring multiple charging terminals and efficient vehicle turnover.

Public Charging Stations

Scalable DC charging infrastructure for public charging networks with multiple charging demand points.

Fleet Depots

Centralized high-power charging for fleets requiring multiple charging terminals and efficient power distribution.

Commercial Parking Facilities

Flexible charging deployment for commercial parking sites with multiple EV charging spaces.

Specification

Mechanical

Dimension (W×D×H)	Power cabinet: <1300 × 750 × 1900mm; Dispenser: 505 × 305 × 1618mm
Weight	Power cabinet: <880kg; Dispenser: <80kg
Cable Length	5~8m
Interface	7″ LCD touch screen
Connector Type	CCS1 / CCS2 / GBT / CHAdeMO / NACS
Number of Charging Ports	1~12

Electrical Parameters

Output Power	160kW / 240kW / 360kW / 480kW / 640kW / 640kW / 720kW / 800kW / 960kW
Output Voltage	150~1000VDC
Output Current	0～300A
Power Supply	3P+N+PE
Input Voltage	AC380V±15%
Input Frequency	50±10%Hz
Power Factor	≥0.99
Efficiency	>95%

Environmental Parameters

Operating Temperature	-30°C ~ +65°C (derated above +55°C)
Storage Temperature	-40°C ~ +75°C
Operating Humidity	0% ~ 95%
Operating Altitude	<2000m (full load output)
Cooling method	Forced air cooling
Networking	4G / WiFi / Ethernet
Communication Protocol	OCPP1.6J
User Authentication	RFID / Mobile APP / POS

Build Your EV Charging Solution with ZILIX

Tell us your power, connector, installation, and project requirements. Our engineering team will recommend a suitable compact DC charger configuration and provide technical support, customization options, pricing, and delivery guidance.

Request a Quote

FAQ

The Zilix Flex is a split DC EV charging system that separates the central power cabinet from individual charging dispensers. The power cabinet provides centralized power conversion and distribution, while remote dispensers deliver charging power to electric vehicles at different parking spaces. This architecture allows operators to deploy multiple charging terminals across a charging site while managing available power through a centralized system. With power configurations ranging from 160kW to 960kW and support for up to 12 charging ports, Zilix Flex is designed for high-capacity public charging stations, highway service areas, commercial parking facilities, and fleet depots.
The Zilix Flex supports configurations with 1 to 12 charging ports, allowing operators to build charging networks with multiple charging points. Its intelligent power distribution system dynamically allocates available power across active charging sessions according to vehicle demand and system capacity. The number of vehicles that can charge simultaneously and the available power per charging port depend on the selected configuration, installed dispensers, and total system power. For projects requiring multiple simultaneous high-power charging sessions, Zilix can help determine the appropriate power cabinet and dispenser configuration.
The Zilix Flex offers multiple power configurations, including 160kW, 240kW, 360kW, 480kW, 640kW, 720kW, 800kW, and 960kW. The system supports a DC output voltage range of 150–1000V and an output current of up to 300A per connector. Its dynamic power-sharing system allocates charging power in 40kW increments, helping operators distribute available capacity across multiple charging points according to real-time demand. This flexible configuration supports charging infrastructure projects with different power requirements and site capacities.
The Zilix Flex supports a maximum installation distance of 50 meters between the central power cabinet and charging dispensers. This flexible split design allows operators to position charging terminals across multiple parking spaces while locating the central power cabinet in a separate equipment area. It provides greater flexibility for charging site planning, particularly in commercial parking facilities, highway service areas, and large fleet depots. Actual installation layouts and cable requirements should be confirmed according to site conditions and project specifications.
Yes. The Zilix Flex supports OCPP 1.6J and provides 4G, Wi-Fi, and Ethernet connectivity for integration with compatible charging management platforms. Its intelligent charging system supports dynamic power distribution, remote monitoring, charger management, remote diagnostics, and OTA software updates. The system also supports RFID cards, mobile applications, and POS payment authentication, providing flexible user access and payment options for commercial charging networks. These capabilities help charging operators manage multiple charging terminals through a centralized charging infrastructure.
The Zilix Flex is designed for high-capacity commercial charging projects requiring multiple charging terminals and flexible power distribution. Typical applications include highway service areas, public EV charging networks, logistics and fleet depots, commercial parking facilities, and large-scale charging hubs. Its centralized power cabinet, support for up to 12 charging ports, and flexible dispenser installation allow operators to distribute charging capacity across multiple parking spaces. With IP54 protection, IK10 impact resistance, and an operating temperature range of -30°C to +65°C, the system is suitable for demanding outdoor charging environments.

Zilix Flex Split DC EV Charger