DC Charger
The charger controller collects session, connector, alarm and operating information supported by the configured system.
4G DC EV Charger
• 4G connectivity supports remote charger management • SIM and APN settings configured for local networks • Optional OCPP enables charging-platform integration • 40–240kW commercial power options available • DC200–1000V supports varied EV platforms • CCS1, CCS2, GB/T and CHAdeMO options • Ethernet and Wi-Fi alternatives available
- Fast Delievery
- Quality Assurance
- 24/7 Customer Service
Product Introduction
Cellular DC Charging
Connect Commercial DC Chargers Where Wired Networks Are Impractical
A 4G DC EV Charger uses a compatible cellular connection to exchange operational data with a charging-management platform. It can support public stations, fleet depots and distributed charging sites where a suitable mobile network is available.
Successful 4G operation depends on more than installing a SIM card. The modem bands, network operator, SIM type, APN, antenna arrangement, OCPP settings and backend address must be confirmed for the destination market.
- Project-specific 4G configuration
- SIM and APN setup support
- Optional OCPP integration
- Remote monitoring capability
- LAN and Wi-Fi alternatives
- Commercial DC power options
Network Details Required Before Ordering
- CountryDestination market and installation location
- OperatorIntended mobile network provider
- SIMCustomer-supplied or project-arranged card
- APNPublic or private APN parameters
- ProtocolRequired OCPP version and message transport
- BackendCSMS address, security and testing details
Communication Path
01
02
03
04
Plan the Complete Route from Charger to Platform
The cellular modem provides the network path, while the charging protocol and backend configuration define how charger data is exchanged. Each layer must be compatible for commissioning to succeed.
4G Modem
The modem must support the applicable cellular network and frequency bands used by the destination operator.
Mobile Network
The SIM subscription, APN, data service and site signal conditions determine whether the connection can be established.
Management Platform
The platform receives supported charger messages after the endpoint, credentials, protocol and security settings are validated.
Available Series Data
4G DC EV Charger Technical Range
The ordered technical schedule should identify both the DC charging hardware and the cellular communication configuration. Available combinations are reviewed against project requirements.
| Category | Selection Item | Available Specification |
|---|---|---|
| AC Input | Voltage Range | AC380V ±20% |
| AC Input | Connection | 3P + N + PE |
| AC Input | Frequency | 45–65Hz |
| Electrical | Power Factor | ≥0.95 under normal output power |
| DC Output | Rated-Power Options | 40 / 60 / 80 / 120 / 160 / 180 / 240kW |
| DC Output | Voltage Range | DC200–1000V |
| DC Output | Series Current | 0–300A; final limit depends on configuration |
| Interface | Connector Options | CCS1 / CCS2 / GB/T / CHAdeMO |
| Interface | Connector Quantity | 2 standard; project options up to 4 guns |
| Cable | Standard Length | 5m; optional length upgrade available |
| Cooling | Cable Cooling | Air cooling; liquid cooling optional |
| Communication | Network Methods | 4G / LAN / Wi-Fi by ordered configuration |
| Communication | Charging Protocol | Optional OCPP; version confirmed by project |
| Communication | Cellular Setup | SIM, APN and operator settings require confirmation |
| Environment | Operating Temperature | -20°C to 50°C |
| Environment | Storage Temperature | -40°C to 85°C |
| Environment | Humidity | 5–90% RH, non-condensing |
| Environment | Altitude | ≤2000m |
| Installation | Cabinet Type | Floor-mounted; indoor or outdoor use |
| Enclosure | Protection Level | IP54 |
| Customization | Project Support | OEM, ODM and project-specific configuration |
Site Signal Review
Verify Coverage at the Final Cabinet Position
A general coverage map does not confirm the signal available inside a metal charger cabinet at a specific parking site. Test the intended operator under realistic installation conditions.
Survey the Actual Location
Measure service where the charger will stand, including the effect of buildings, basements, metal structures and nearby electrical equipment.
Check the Selected Operator
Signal quality can differ between mobile operators at the same site. Test the network intended for the project SIM rather than relying on another provider.
Review Antenna Placement
The enclosure and mounting position can affect reception. Confirm the antenna arrangement and permitted installation method before commissioning.
Keep a Network Alternative
Where operational continuity is critical, assess whether LAN, Wi-Fi or another approved connection can provide a practical backup path.
Platform Commissioning
Complete Backend Testing Before Site Handover
Deployment Applications
Use Cellular Connectivity for Distributed Charging Sites
Public Charging Stations
Connect a charger to the operator platform when a stable wired network is unavailable at the parking facility.
Fleet Depots
Support remote status visibility across depots while keeping the charging-power design aligned with fleet schedules and site capacity.
Highway Locations
Use an available mobile network for charger communication after coverage, antenna placement and operating redundancy are assessed.
Commercial Parking
Connect chargers at hotels, offices, shopping facilities and other sites where access to the building network may be restricted.
Temporary Projects
Cellular connectivity may simplify network preparation where a charger will operate for a limited project period.
Multi-Site Networks
Standardize the required SIM, APN, protocol and commissioning process across geographically separated charging locations.
Related Charging Options
Compare Network, Protocol and Charger Configurations
Buyer Questions
4G DC EV Charger FAQ
Does the 4G DC EV Charger include a SIM card?
The SIM supply arrangement must be defined for each project. The card must be activated for a compatible local mobile network and configured with the required data service and APN parameters.
Will the charger work with every mobile operator?
Compatibility cannot be assumed. Provide the destination country and intended operator so the modem bands, SIM service, APN and local network conditions can be reviewed.
Is OCPP required for a 4G connection?
4G provides a network connection, while OCPP is a communication protocol used between compatible chargers and management platforms. The required OCPP version and backend must be specified separately.
Can the charger also use LAN or Wi-Fi?
LAN, Wi-Fi and 4G connection options are available within relevant product configurations. State the preferred primary and alternative network methods before the ordered configuration is confirmed.
What happens if the mobile signal is lost?
The effect depends on the charger, authentication method and backend configuration. Required offline authorization, local transaction handling, data storage and reconnection behavior should be tested with the selected platform.
Can the charger connect to our existing CSMS?
Potential integration depends on the required OCPP version, endpoint, authentication, certificates and platform-specific behavior. Compatibility testing should be completed before deployment.
What information is needed for a 4G charger quotation?
Send the destination country, mobile operator, SIM and APN requirements, OCPP version, backend details, charger power, vehicle voltage, connector standard, site supply, cable requirements, quantity and OEM needs.
Confirm the Cellular Network Before Production
Send the destination market, mobile operator, SIM and APN details, OCPP platform, power rating, connector standard and installation requirements for configuration review.
Hot Tags: 4g dc ev charger, China 4g dc ev charger manufacturers, suppliers, factory
