Model G · high-power DC charging station

500 kW DC Charging Station 4 ports · 3 × CCS2 + 1 × GB/T

High-power UGV Chargers DC charging station with a total rated power of 500 kW and four DC charging ports. The 3 × CCS Combo 2 + 1 × GB/T configuration is designed for public charging hubs, motorway and transit locations, fuel stations, shopping centres and corporate fleets.

500 kW DC 4 DC ports 3 × CCS2 1 × GB/T 150–1000 V DC OCPP 1.6 RFID
Request a Quote Technical Data
8 × 62.5 kW modules IP54 / IK10 Ethernet / 3G / 4G / Wi-Fi RFID + mobile app

Model: UGV-A500DG-C500C500C500G500-D-RMH

UGV Chargers 500 kW DC charging station with 4 DC ports
UGV Chargers · 500 kW
3 × CCS2 · 1 × GB/T · 4 DC ports
500 kW total power
4 DC ports
150–1000 V DC
OCPP 1.6
Configuration

500 kW DC for High-Traffic Charging Locations

The power section is built from eight 62.5 kW modules. The station combines four DC ports, a wide output-voltage range and online management via OCPP 1.6.

01 / POWER

500 kW DC

High-power solution for commercial and public locations.

Power500 kW
Modules8 × 62.5 kW
DC Voltage150–1000 V
Efficiency> 94 %
02 / PORTS

3 × CCS2 + 1 × GB/T

Four DC charging ports in one unit.

Port 1CCS Combo 2
Port 2CCS Combo 2
Port 3CCS Combo 2
Port 4GB/T
03 / GRID

400 V AC Connection

The available site capacity should be checked before implementation.

Grid3P+N+PE / 3P+PEN
Voltage400 V ±10 %
Input Current780 A
Input Power538 kVA
500 kW Model

Floor-Standing DC Station with Four DC Ports

Maximum overall dimensions are 1300 × 2400 × 870 mm. The listed configuration weighs 820 kg.

UGV Chargers DC 500 kW – front view
Front view · 4 DC ports
UGV Chargers DC 500 kW – side view
3 × CCS2 + 1 × GB/T
Dynamic Power Distribution

500 kW Is Dynamically Distributed Across Four DC Ports

UGV Chargers supports dynamic distribution of available DC power between active charging ports. If one vehicle is charging, the station can direct available power to that port. With multiple vehicles, the system continuously adjusts distribution according to current demand and station configuration.

Available Station Power 500 kW DC
360 kW
UGV Chargers
CCS2 · Port 1 500 kW
active charging
CCS2 · Port 2 0 kW
port ready
CCS2 · Port 3 0 kW
port ready
GB/T · Port 4 0 kW
port ready
Illustrative animation of the dynamic power distribution principle. The displayed values are examples. Actual power at each port depends on vehicle demand and system configuration.
01 / 1 VEHICLE

Power for the Active Port

If only one port is active, power does not need to remain permanently reserved for the other unused connectors.

02 / MULTIPLE VEHICLES

Continuous Redistribution

When several vehicles charge simultaneously, the system adjusts allocated power according to their current demand.

03 / 4 PORTS

More Efficient Use of 500 kW

Available station power is used where it is needed at that moment, instead of being permanently divided into equal shares.

Real Installations

Installed High-Power UGV Chargers Stations

Photos of installed UGV Chargers DC charging stations.

Installed UGV Chargers DC charging station
Installed UGV Chargers station
High-power UGV Chargers DC charging station
UGV Chargers DC station in operation
Applications

For Locations Where Power and Throughput Matter

The 500 kW DC solution is particularly suitable for busy commercial and public charging locations.

HIGHWAY

Motorways and Transit

High-power charging on busy transport routes.

FUEL

Fuel Stations

Add fast DC charging to the location.

HUB

Charging Hubs

Multi-port solution for locations serving a higher number of EVs.

FLEET

Corporate Fleets

Fast charging for fleet EVs.

Smart DC charging

OCPP 1.6, RFID and Remote Management

The station supports OCPP 1.6 and can be connected to a software platform. User authorisation is available via RFID and the mobile app.

OCPP 1.6. Integration into a managed charging network.
RFID. User authorisation.
Mobile App. User interface.
Ethernet / 3G / 4G / Wi-Fi. Multiple data connectivity options.
Online Operation
500 kW + OCPP 1.6
OCPP1.6
RFIDyes
Mobile Appsupported
ConnectivityEthernet / 3G / 4G / Wi-Fi
UGV Chargers Software
Project and Installation

500 kW Requires a Properly Prepared Site

Before implementation, electrical capacity, connection method, cable routes and data infrastructure should be checked.

01

Site Analysis

Operation, parking layout and expected utilisation.

02

Electrical Capacity

Check available grid capacity.

03

Installation

Foundation, electrical feeds and cable routes.

04

OCPP

Software connection and operating configuration.

Technical Data

UGV-A500DG-C500C500C500G500-D-RMH

UGV Chargers 500 kW DC charging station with four DC ports.

Basic Parameters +
ManufacturerUGV Chargers
ModelUGV-A500DG-C500C500C500G500-D-RMH
TypeFloor-standing DC charging station
Power500 kW
Number of Ports4 DC
Charging Modules8 × 62.5 kW
Cabinet Dimensions (W × H × D)800 × 2200 × 800 mm
Overall Dimensions (W × H × D)1300 × 2400 × 870 mm
Weight820 kg
AC Input +
Connectivity3P+N+PE / 3P+PEN
Input Voltage400 V AC ±10 %
Input Current780 A
Input Power538 kVA
Frequency50 / 60 Hz
Power Factor at 50% Load> 0.97
DC Ports and Output +
Port 1CCS Combo 2
Port 2CCS Combo 2
Port 3CCS Combo 2
Port 4GB/T
Output Voltage150–1000 V DC
Output Currentup to 500 A peak
Efficiency> 94 %
Operating Conditions +
Operating Temperature−25 to +50 °C
Storage Temperature−25 to +50 °C
Relative Humidity5–95 %, non-condensing
Protection RatingIP54
Mechanical Impact ResistanceIK10
Noise at Full Load< 55 dB
Station Own Consumption +
Standby Mode100 W
Anti-Condensation Heater400–415 W
Ventilation Unit460 W
Dynamic Power Distribution +
Power Managementdynamic distribution of available DC power between active ports
Principlepower adapts to the current demand of connected vehicles and system configuration
Total Available Power500 kW DC
Number of DC Ports4
Communication and Authorisation +
OCPP1.6
AuthorisationRFID / mobile app
Billingby time / kWh depending on configuration
ConnectivityEthernet / UMTS 3G / LTE 4G / Wi-Fi
Protection Functions +
DC Sideinsulation monitoring
Charging Cablevoltage monitoring
Connectorstemperature monitoring
DC Protectionoverload protection
AC Protectionoverload / overvoltage
Gridgrid parameter monitoring
Standards Listed in the Technical Specification +
SafetyIEC 61439-2; IEC 62196-2
DC CablesIEC 62196-1:2014; IEC 62196-3:2014
EMCEN 61000-6-1:2007; EN 61000-6-3:2007/A1:2011/AC:2012
Additional Standards in the Source SpecificationDSTU EN 61851-1:2019; DSTU EN 61851-22:2002; DSTU EN 61851-23:2014; DSTU EN 61851-24:2015; DSTU EN 61439-1:2016
UGV Chargers Catalogue

More DC Charging Stations

Compare other power levels and configurations of UGV Chargers DC fast charging stations.

FAQ

500 kW DC Charging Station

How Many DC Ports Does the Station Have?+
The station has four DC ports: 3 × CCS Combo 2 and 1 × GB/T.
What Is the Output Voltage Range?+
The technical specification lists an output range of 150–1000 V DC.
What Is the Maximum Output Current?+
For the listed DC ports, the specified peak current is up to 500 A.
How Does Dynamic Power Distribution Work? +
The available 500 kW DC can be dynamically distributed between active charging ports according to the current demand of connected vehicles and system configuration. Power therefore does not need to be permanently divided equally between all four ports.
Does the Station Support OCPP?+
Yes. OCPP 1.6 is listed in the technical specification.
Can the Station Be Installed Outdoors?+
According to the technical data, the station has IP54, IK10 and an operating range of −25 to +50 °C.
500 kW Project

Planning a High-Power DC Charging Project?

Send us the location type and number of parking spaces and available electrical capacity. UGV Chargers will assess the technical conditions and prepare a suitable configuration for your project.