Baitong Kexin
Contact
Technical training laboratory with battery systems and electrical teaching equipment

BTKX — Product Category

New Energy Vehicle Training Equipment.

Training equipment for EV fundamentals, battery and charging systems, electric drive, electrical systems, chassis, performance testing and virtual simulation.

Product Directory

Browse Equipment by Training Category

Browse every product below, or open a category to review equipment choices and compare the complete range.

NEV Fundamentals & Safety

Explore Category · 9 Products

Electrical circuit trainers, high-voltage safety simulation, component displays and teaching resources, plus harness repair and CPR/AED practice equipment.

Battery & Charging Systems

Explore Category · 8 Products

Battery assembly and BMS trainers, cell grading and performance test equipment, AC charging systems, virtual software and measurement instruments.

Drive Motor & Control

Explore Category · 7 Products

Motor assembly and performance test platforms, electric-drive service equipment, virtual software, a hybrid-drive cutaway and supporting tools.

NEV Electrical Systems

Explore Category · 4 Products

Working benches for NEV lighting, comfort functions, electric air conditioning and CAN communication, with circuit measurement and diagnostic training.

NEV Chassis Systems

Explore Category · 3 Products

Drivetrain dismantling, electric power steering and front-suspension benches for component study, inspection and supervised practical training.

Performance Testing & Diagnostics

Explore Category · 8 Products

High-voltage architecture, liquid-cooled DC charging, wheel-end loading and signal-measurement platforms, plus data-acquisition and control software.

Whole-Vehicle Virtual Simulation

Explore Category · 5 Products

Virtual vehicle diagnosis software for ID.4 and Corolla-based training, with virtual instruments, task records and assessment functions.

Selection Guide

Choose Equipment for Your Teaching Tasks

Connect EV systems with practical measurement and diagnosis. Build a teaching sequence from high-voltage safety and component recognition to battery, drive and virtual diagnostic practice.

Rehearse High-Voltage Procedures

Use safety simulation to introduce isolation reasoning and interlock checks before supervised work on actual vehicle systems.

Make Battery and Drive Systems Measurable

Choose assembly, BMS investigation or controlled performance experiments around the evidence students need to collect.

Develop Diagnostic Reasoning

Use virtual measurements and recorded tasks to prepare learners to explain their decisions in a workshop investigation.

BTKX Support

Turn EV Equipment Choices into a Teaching Plan

Connect battery, motor, charging and diagnostic stations with the room, learning resources and instructor preparation required by your course.

A Connected NEV Teaching Sequence in Practice

Beijing Commercial School's practice center combines a culture wall, a training vehicle and battery and motor performance stations. Matched task sheets, micro-lessons and operation videos accompanied the recorded project, connecting the physical equipment with a planned teaching sequence.

Explore the Beijing Practice Center

Plan the EV Laboratory

Review workstation numbers, electrical capacity, access and high-voltage teaching zones together. Match the selected battery, motor and charging stations to the course sequence before agreeing the laboratory layout and equipment list.

Explore EV Lab Planning

Connect Resources with EV Tasks

Co-develop automotive task sheets, operation media and assessment materials around the equipment students will use. Define the lesson objectives and deliverable formats with faculty, including the resources required for each practical unit.

Review Automotive Course Development

Match Digital Practice to the Course

For a custom simulation brief, specify the vehicle or system, fault tasks and assessment record. Select the delivery platform, computer requirements and licensed scope to support the intended preparation and diagnostic exercises.

Review Simulation Development

Prepare Instructors for Delivery

Plan faculty preparation around the installed equipment and teaching tasks. School-based, Beijing or online formats can cover agreed operation, lesson delivery and assessment topics, with the schedule matched to laboratory readiness.

Explore Instructor Training

Product Questions

New Energy Vehicle Training FAQs

Review equipment roles, practical teaching tasks and configuration requirements before choosing your platforms.

How can introductory safety and practical EV lessons be connected?

Begin with component identification, simulated isolation sequences and interlock reasoning. Then define physical assembly, measurement or service tasks for the selected equipment, with the required instruments and supervision. The safety trainer's displayed high-voltage values represent simulated conditions rather than its physical output.

How do assembly trainers differ from performance test platforms?

Battery and motor assembly trainers focus on construction, connections, inspection and guided circuit investigation. Dedicated performance platforms support controlled charge-discharge or loaded motor experiments. Choose the format according to whether students need an assembly record, circuit evidence or measured performance results.

Can battery, drive, charging and data systems be selected as one test arrangement?

A coordinated arrangement requires a matched equipment and interface schedule. Define the mechanical connections, electrical supplies, communication interfaces, sensors and control responsibilities for the intended experiment. Individual product listings do not establish that every platform connects directly to every other system.

How should a vehicle simulation edition be chosen?

Compare the represented vehicle, circuit references and fault tasks with the course. Then confirm the installation edition, learner access, host-computer requirements and licensing. The catalogue includes different ID.4 configurations and a Corolla-based title; their virtual tasks and deployment scope should be checked separately.