Charger and Connector Status
View supported operating states separately for each asset so one unavailable connector is not confused with a complete charger outage.
Remote Monitoring DC Charger
• View charger and connector status remotely • Review sessions, energy data and reported faults • Optional OCPP supports platform integration • Authorized remote commands aid fault response • 40–240kW commercial configurations available • LAN, Wi-Fi and 4G network options available • CCS1, CCS2, GB/T and CHAdeMO options
- Fast Delievery
- Quality Assurance
- 24/7 Customer Service
Product Introduction
Operational Visibility
Define What Operators Need to See and Control Remotely
A Remote Monitoring DC Charger sends supported operating, session, communication and fault information to a compatible charging-management platform. It helps operators supervise distributed charging equipment and prepare a more informed response when abnormal conditions occur.
Remote monitoring is not one fixed feature package. The available data points, commands, alert rules, history retention and user permissions depend on the charger configuration, communication protocol and selected backend.
- Charger availability status
- Connector-level visibility
- Session and energy records
- Reported fault information
- Authorized remote commands
- Multi-site operating support
Monitoring Scope to Confirm
- AssetsCharger, connector and site identification
- StatusAvailable, charging, faulted or offline states
- SessionsStart, stop, duration and energy records
- AlarmsRequired events, severity and notification route
- CommandsFunctions permitted for each operator role
- HistoryData retention, export and reporting needs
Monitoring Data
Availability
Sessions
Faults
Communication
Energy
Utilization
Turn Charger Events into Useful Operating Information
A useful dashboard should help the operator answer practical questions: Is the charger available? Which connector is affected? Did a session begin? Is the fault repeating? Does the site require a technician?
Charging Activity
Review session start and stop information, duration, delivered energy and termination details supplied by the configured system.
Reported Events
Use event time, connector identity and reported codes to distinguish a single occurrence from a repeating operational problem.
Online and Offline History
Track communication interruptions and recovery times to separate network availability issues from charger hardware conditions.
Metered Session Data
Collect the supported energy values needed for operational review, platform reporting or reconciliation requirements.
Operating Patterns
Compare sessions, busy periods, failed attempts and inactive time to identify where operational follow-up may be needed.
Available Series Data
Remote Monitoring DC Charger Technical Range
The final order specification should identify the charging hardware, network method, protocol version, backend and required monitoring functions.
| Category | Selection Item | Available Specification |
|---|---|---|
| AC Input | Voltage Range | AC380V ±20% |
| AC Input | Connection | 3P + N + PE |
| AC Input | Operating 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 | Charging Cable Cooling | Air cooling; liquid cooling optional |
| Monitoring | Operating Visibility | Remote operation and service support |
| Monitoring | Typical Data Scope | Status, sessions and reported faults by configuration |
| Communication | Network Options | LAN / Wi-Fi / 4G by ordered configuration |
| Communication | Charging Protocol | Optional OCPP; version confirmed by project |
| 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 |
Remote Control
View
Operate
Service
Admin
Separate Monitoring Permissions from Control Permissions
The ability to view charger information does not mean every user should be able to issue commands. Define operator roles, approval rules and command limits before platform commissioning.
Monitoring-Only Users
Provide visibility into charger availability, session records and reported events without granting operational control where it is unnecessary.
- Site and asset overview
- Connector status
- Session history
- Fault and communication records
Authorized Operators
Limit supported remote actions to trained personnel and document when each command may be used.
- Approved session commands
- Availability changes where supported
- Reset under defined conditions
- Recorded user and command time
Technical Support Roles
Give service personnel the information needed for diagnosis while controlling access to configuration and maintenance functions.
- Fault-code history
- Communication events
- Configuration visibility
- Post-service verification
Platform Administration
Restrict user creation, role changes, credentials and platform-level settings to the assigned administrative team.
- User-role management
- Credential control
- Site and charger assignment
- Audit-record access
Remote-reset boundary A remote reset should only be used for conditions covered by an approved operating procedure. Repeated protection trips, overheating, damaged hardware, insulation-related alarms or suspected water entry require qualified assessment.
Fault Response
1 Detect
2 Preserve
3 Classify
4 Respond
5 Verify
Use Monitoring Data to Prepare the Correct Site Action
Remote information can shorten diagnosis when the operator captures the original event before clearing it and combines platform records with physical inspection.
Identify the affected charger, connector, time and reported operating state.
Record event details before resets or configuration changes remove useful evidence.
Separate communication loss, user issues, vehicle conditions and charger faults.
Apply an approved remote action or dispatch qualified personnel with relevant data.
Confirm stable status and complete a functional test before closing the incident.
Project Definition
Specify the Dashboard Around the Operating Team
Asset Structure
- Sites and charger quantities
- Charger naming convention
- Connector-level identification
- Regional or customer grouping
- Responsible operating teams
Alert Workflow
- Events requiring notification
- Alarm severity levels
- Notification recipients
- Escalation time limits
- Incident-closure responsibility
Data Requirements
- Required session fields
- History-retention period
- Export and reporting format
- Time-zone configuration
- Access and privacy requirements
System Integration
- Required OCPP version
- Backend platform details
- LAN, Wi-Fi or 4G connection
- Authentication requirements
- Pre-shipment integration testing
Related Charging Options
Compare Monitoring, Networking and Charger Hardware
Buyer Questions
Remote Monitoring DC Charger FAQ
What information can a remote monitoring DC charger provide?
Typical information can include charger and connector status, session activity, delivered energy, communication status and reported faults. Exact data points depend on the charger, protocol and backend implementation.
Does remote monitoring require OCPP?
OCPP is an available method for connecting compatible chargers and management platforms. The required protocol, monitoring functions and platform compatibility must be specified for the project.
Can each connector be monitored separately?
Connector-level status and session monitoring should be listed as a project requirement, especially for dual-connector or multi-gun chargers. Confirm the required data with the selected backend before production.
Can operators reset the charger remotely?
Authorized remote actions may include reset functions when supported by the charger and platform. A reset must not replace physical diagnosis of repeated safety, electrical, thermal or hardware faults.
Will the charger continue operating if the network is lost?
The result depends on the configured authorization method, local operating rules and backend requirements. Specify offline authorization, active-session handling, local record storage and reconnection behavior.
Can the system send fault notifications automatically?
Notification channels, event rules and escalation functions are generally determined by the management platform. Provide the required alarm types, recipients and response workflow during integration planning.
What information is required for a quotation?
Send the charger quantity, power rating, connector standard, required monitoring data, remote commands, user roles, alarm workflow, OCPP version, backend platform, network method, destination and OEM requirements.
Define the Monitoring Scope Before Platform Integration
Send the required status data, alarms, remote commands, user permissions, reporting needs, OCPP version, network method and charging hardware for project review.
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