Product Features

• B/S Architecture Design

Based on a web-based development platform, with no complex local software installation required.

• Advanced Rendering Technology

Uses HTML5 and WebGL technologies to provide high-precision 3D rendering for motor control systems.

• Real-Time Editing and Preview

Supports real-time editing of motor control scenarios and parameter debugging with immediate visual feedback.

• Low-Code Development

Uses graphical logic programming to simplify the development process for motor control algorithms.

• Intelligent Resource Management

Uses browser local caching to optimize the loading of 3D models and teaching resources while reducing network load.

• Two-Way Data Exchange

Enables two-way data interaction between virtual simulation and real experimental equipment for virtual-physical integrated training.

• One-Click Teaching Resource Publishing and Updates

Supports online publishing and updating of teaching resources and practical training projects with one click.

Technical Specifications

Software Configuration

Category	Name	Version Requirement
Operating System	Windows / macOS / Linux	64-bit operating system
Teaching Platform	New Energy Vehicle Motor Control Teaching System	V2.0
Browser	Google Chrome / Microsoft Edge	V131 or above
Supporting Software	Microsoft Office	2010 or above

Hardware Configuration (Recommended)

Equipment	Specification
Processor	Intel Core i7 or AMD Ryzen 7
Memory	16 GB DDR4 or above
Storage	512 GB SSD or above
Graphics Card	NVIDIA GTX 1660 or AMD RX 5600 XT or above
Display	23.8-inch or above, 1920 x 1080 resolution

Practical Training Equipment Connection

Interface Type	Supported Protocol / Signal
Data Acquisition	Modbus/TCP, CANopen
Analog Output	0-10 V voltage output, 4-20 mA current output
Digital Input / Output	Dry contact input, relay output

Application Scenarios

Vocational Education Scenarios

• Integrated theory-and-practice teaching for new energy vehicle programs
• Practical training in motor system assembly, adjustment, and fault diagnosis
• Skills assessment and vocational qualification training
• Skills competition preparation and training

Enterprise Training Scenarios

• Basic training in motor control technology for new employees
• Fault diagnosis skill improvement for in-service employees
• Control strategy training for technical personnel
• Selection and evaluation of skilled technical personnel

Technology R&D Scenarios

• Virtual verification and optimization of motor control algorithms
• Controller product performance testing and fault simulation
• Comparative analysis of drive system solutions
• Technical solution demonstration

FAQ

Q: What network environment is required for the platform?

A: The platform is designed with B/S architecture. A stable wired network connection is recommended, with bandwidth of no less than 10 Mbps. For modules with intensive 3D simulation functions, a network environment above 50 Mbps is recommended.

Q: Can teachers with no prior experience get started quickly?

A: Yes. The platform provides an intuitive graphical operation interface and detailed user manuals. Teacher training services are also available.

Q: Does the platform support connection with real experimental equipment?

A: Yes. The platform supports connection with mainstream motor experiment benches. Through standardized communication protocols, it enables data interaction between virtual simulation and real equipment, supporting virtual-physical integrated practical training.