Liquid-Cooled DC Charging Test Platform
Review liquid-cooled DC charging equipment for compatible GB/T vehicle training, with operating data, cooling and output limits specified.
- Reference input
- 380 V AC, 50–60 Hz
- Listed DC output-voltage range
- 200–1,000 V
- Listed maximum-current requirement
- ≥100 A; actual maximum and derating curve required
- Listed maximum-power requirement
- ≥120 kW; output envelope to be verified
On This Page Overview
Product Overview
This Baitongkexin charging platform combines a DC charging arrangement with liquid cooling and operating-data monitoring. It is intended for courses and test activities that need to examine charging modules, cable cooling, controls and the charging sequence. The described interface is for compatible GB/T DC charging vehicles. Vehicle, connector and output-envelope checks are essential before the platform is selected for a particular laboratory.
Core Functions
Charging and Thermal Relationships
Liquid cooling of the charging modules and cable provides a physical context for discussing heat management during charging.
Operating Data and Protection
The touchscreen and monitoring arrangement present voltage, current, temperature and power information. Listed protective functions include voltage, current, thermal, short-circuit, earthing and emergency-stop responses.
Structure and Maintenance Teaching
The task scope covers system recognition, operating principles, approved operation, maintenance and diagnostic investigation. These activities require the model-specific procedure.
Practical Training Tasks
System recognition
Learner Practice
Identify the charging, communication and cooling groups
Evidence for Review
A system diagram explaining their roles
Operating review
Learner Practice
Observe an approved charging condition on a compatible setup
Evidence for Review
A record of operating values and charging state
Maintenance planning
Learner Practice
Identify the checks for an assigned service topic
Evidence for Review
A plan tied to the approved manual
Equipment and Scope
The reference configuration combines charging, control, communication and liquid-cooling modules with a touchscreen. Confirm the final charger identity, cable/connector, cooling plant, electrical installation and instruments.
Technical Specifications
| Reference input | 380 V AC, 50–60 Hz |
|---|---|
| Listed DC output-voltage range | 200–1,000 V |
| Listed maximum-current requirement | ≥100 A; actual maximum and derating curve required |
| Listed maximum-power requirement | ≥120 kW; output envelope to be verified |
| Reference enclosure protection | IP55 |
| Reference vehicle connection | GB/T DC charging; exact connector and protocol version required |
Configuration and Ordering
Reference Laboratory Quantity
1 unit
This quantity belongs to the reference laboratory equipment schedule. Confirm the quantity for your project in the quotation.
Configuration and Procurement
Provide vehicle interface, operating voltage, site capacity and intended tests. Request the complete voltage/current/power curve, cooling limits and regional compliance evidence. No charging-time or battery-life improvement can be inferred from the platform name.
Review a Liquid-Cooled Charging Requirement
Provide vehicle voltage, connector, site capacity and test objectives to review the charger output curve and cooling configuration.
Product Questions
Does it charge CCS or NACS vehicles as supplied?
Those interfaces are not specified. Any alternative connector and communication arrangement requires a separate review.
Is 120 kW available throughout the voltage range?
A full power curve is not provided. Confirm the actual output and thermal limits at the required vehicle voltage.
Continue Exploring
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