Electric Vehicle Power System Training Bench for School Educational Training Simulator

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Electric Vehicle Power System Training Bench for School Educational Training Simulator

Name: Electric Vehicle Power System Training Bench for School Educational Training Simulator
Brand: Guangdong Zhongcai Education Equipment Co., Ltd.
SKU: 1600140161572_1
Price: 3000.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Hands-On EV Power System Training: Enables students and technicians to study and practice the operation of electric vehicle (EV) power systems, including motor, battery, and circuit interactions.
Real-World Simulation: Features a functional control panel, adjustable components, and a detailed circuit board to replicate real EV power system behaviors and troubleshooting scenarios.

Key features

1. Durable Material Construction

With a sturdy metal and wood frame, this training bench withstands heavy classroom use and frequent handling, outlasting plastic-based models by up to 30%*

2. Interactive Touchscreen Interface

With an intuitive touchscreen control panel, you can simulate real-time EV power system operations and adjust parameters dynamically, enhancing engagement compared to static manual controls*

3. Multi-Component Compatibility

With compatibility for diverse EV components (motors, batteries, circuit systems), you can test and troubleshoot complex configurations efficiently, exceeding basic single-function trainers*

4. Mobile and Flexible Design

With integrated wheels and a lightweight base, you can easily relocate the bench between classrooms or training labs, offering greater flexibility than fixed-position units*

5. Safety-Certified Educational Tool

Built with safety-certified materials and design standards, this bench ensures a secure learning environment for students and trainees, aligning with professional training protocols*

Product details

The Electric Vehicle Power System Training Bench is an advanced educational tool designed for schools and training institutions to teach the fundamentals of electric vehicle (EV) power systems. Constructed from durable metal and wood, this simulator features a mobile platform with wheels, an interactive control panel, and a detailed circuit board to provide hands-on learning experiences.

Technical specifications

Feature	Specification	Benefit
Material Composition	Metal frame and wooden platform	Ensures structural durability and stability
Control Interface	Labeled control panel with switches, buttons, and display	Simplifies operation and real-time data monitoring
Educational Functionality	Simulates EV power system components (motor, battery, circuitry)	Enables interactive learning through practical experimentation
Safety Features	Overload protection and insulated wiring	Safeguards users and equipment during training

Customization guide

Adjustable component configurations (e.g., wiring layouts, motor-battery setups) allow customization to match specific curriculum requirements or training scenarios. Interchangeable parts enable simulation of diverse EV power system configurations.

Get inspired

Enhance your EV education program with this versatile training bench. Whether demonstrating battery management systems or testing motor performance, the bench’s modular design adapts to evolving educational needs, empowering students to master real-world EV technologies.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Simulation Complexity	Basic component functions	Advanced fault diagnosis	Real-time data analytics + AI integration*
Durability Rating	Industrial-grade	Heavy-duty reinforced	Military-grade corrosion resistance
Scalability	Fixed module setup	Modular expandability	Full IoT connectivity

Supplier's note

Technical Breakthroughs:
- The Pro Model’s AI-integrated diagnostics (via real-time data analytics) enable predictive maintenance training, a 30% improvement over industry standards.
- The Advanced Model’s modular design allows 20% faster configuration changes compared to traditional fixed setups.
- All models feature insulated wiring, exceeding OSHA safety standards by 50%.
Version Selection Guidance:
- Base Model: Ideal for vocational schools requiring foundational EV training. Its durable build suits high-traffic classrooms.
- Advanced Model: Perfect for engineering colleges needing fault simulation and hands-on problem-solving exercises.
- Pro Model: Recommended for R&D institutions or advanced programs requiring IoT integration and AI-driven analytics for cutting-edge research.

With the Pro Model’s AI diagnostics, you can simulate real-world EV system failures and train technicians to resolve them efficiently. The Base Model’s robust construction ensures reliability in high-use environments, while the Advanced Model’s expandability supports evolving curricula. Choose based on your institution’s technical goals and student skill levels.

Frequently asked questions

Which Electric Vehicle Training Bench suits school classrooms?
How to maintain an EV power system training bench made of metal and wood?
Metal vs Wood: Which material is better for training benches?
Can this EV training bench be customized for specific curriculum needs?
Is the EV power system training bench compliant with educational safety standards?
What installation requirements does the Electric Vehicle Training Bench have?
Which educational levels is the EV power system bench suitable for?
What safety features does the EV training bench include?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Mobility & Portability	Classroom labs needing frequent relocation	Mobile platform with 360° casters (ISO 7125) ▲ Advanced: 500kg load capacity vs Industry’s 300kg	Easy relocation between classrooms (wheels rated for 300kg+) Space-efficient storage	Bulky footprint limits tight-space maneuverability
Material Durability	Heavy-use training environments	Constructed with 1.2mm steel (EN 10149) ▲ Advanced: 1.5mm steel for 20% higher durability	Withstands daily student handling (tested to 10,000 cycles) Resists corrosion (ASTM B117)	Heavier than plastic alternatives (base: 85kg, advanced: 95kg)
Interactive Controls	Hands-on EV system simulations	10+ interactive controls (IEC 60204) ▲ Advanced: Real-time voltage monitoring (ISO 13849)	Simulates real-world EV troubleshooting scenarios Touchscreen diagnostics	Requires instructor guidance for advanced features
Circuit Board Display	Visual learning demonstrations	Full-color LCD circuit diagram (600x800px, ISO 9001) ▲ Advanced: Touch interactivity (IEC 60950)	Simplifies complex wiring logic visualization Zoom/annotate features	Screen glare in bright classrooms (brightness: 400 cd/m²)
Safety Features	High-risk training scenarios	Emergency stop button (IEC 60947) ▲ Advanced: Overheat protection (IEC 60335)	Safeguards against component damage (tested to 150°C) Automatic shutdown protocols	Adds 15% to base model cost
Customization	Multi-discipline training programs	Modular design (supports 5+ configurations) ▲ Advanced: Wireless module compatibility (IEEE 802.11)	Adapts to hybrid/electric vehicle setups Interchangeable battery packs	Extended setup time for complex configurations (2-3 hours)