High-Voltage EV Architecture Teaching Platform
Plan a high-voltage EV teaching arrangement around liquid-cooled battery and motor systems, with the test envelope and measurement package defined.
- Battery cooling
- Liquid cooling
- Drive motor type
- Permanent-magnet synchronous motor
- Voltage and performance envelope
- To be confirmed for the selected configuration
On This Page Overview
Product Overview
This Baitongkexin platform configuration brings a liquid-cooled traction battery and permanent-magnet synchronous drive system into one teaching context. The intended lesson scope connects component recognition with static measurements and controlled operating observations. Instructors can use the selected setup to discuss how battery behavior relates to drive-system commands and response. The actual voltage class, operating limits and measurement package must be defined before test capabilities are specified.
Core Functions
Battery and Drive Relationships
The combined arrangement supports discussion of battery supply, motor operation and the associated thermal and control connections.
A Defined Measurement Program
Open-circuit, static and dynamic activities are identified as intended test areas. The exact instruments, sensors and approved conditions must be selected for each activity.
Practical Training Tasks
System mapping
Learner Practice
Identify the battery and drive relationships in the confirmed setup
Evidence for Review
An annotated power and control diagram
Measurement planning
Learner Practice
Select an approved test and identify its required instruments
Evidence for Review
A test plan stating conditions and limits
Operating interpretation
Learner Practice
Review data from the selected supervised demonstration
Evidence for Review
An explanation distinguishing observations from inferred performance
Equipment and Scope
The base configuration comprises a liquid-cooled traction battery and a permanent-magnet synchronous motor system. Charging provision, loading equipment, measurement instruments, control software and guarding require a complete configuration schedule.
Technical Specifications
| Battery cooling | Liquid cooling |
|---|---|
| Drive motor type | Permanent-magnet synchronous motor |
| Voltage and performance envelope | To be confirmed for the selected configuration |
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 curriculum, required voltage class and test objectives. Request battery capacity, operating voltage, motor limits, measurement accuracy, loading arrangement and protection documentation before selecting the station.
Define a High-Voltage Architecture Teaching Setup
Share the required voltage class, curriculum and test objectives to define the battery, drive, instruments and protection schedule.
Product Questions
Which voltage class should the laboratory specify?
Provide the intended vehicles and teaching tasks, then confirm the platform’s actual operating-voltage range and protective arrangement before selection.
Does the base arrangement guarantee capacity or efficiency testing?
Those capabilities depend on the supplied measurement and loading equipment. Define the required test and acceptance method explicitly.
Continue Exploring
Related Products
Compare the stated teaching roles below. Product connections, included accessories and software licenses are confirmed in the selected configuration.
