Electric Vehicle Six-linkage System Trainers
The Electric Vehicle Six-linkage System Trainers integrate six interconnected training modules—BMS, control system, electric motor drive system, air conditioning system, power steering system, and the complete electrical system—into one coordinated training platform.
The configuration is designed for system-level training, where students can analyze not only individual system operation but also the electrical and control relationships between related systems. HS focuses on maintaining accurate system connections, accessible diagnostic interfaces, and consistent operating conditions so that the equipment can support meaningful measurement and fault diagnosis training.
Price: approximately US$25,800–34,700/set
Electric Vehicle Six-linkage System Trainers Systems & Training Functions
The six-module architecture creates a practical environment for examining how different EV systems depend on and respond to one another.
2. Control System Module: Analyze how control commands interact with the relevant vehicle systems. The module provides a basis for tracing control relationships when system behavior does not match the expected operating condition.
3. Electric Motor Drive System Module: Examine the relationship between control signals and electric motor drive operation. Students can use operating responses and measurable electrical conditions to analyze drive-system behavior.
4. Air Conditioning System Module: Analyze the electrical and control relationships involved in EV air-conditioning operation, including how control conditions affect system response.
5. Power Steering System Module: Study the electrical control and operating relationship of the power steering system, with emphasis on identifying abnormal conditions through system behavior and available measurements.
6. Complete Electrical System Module: Use the complete electrical system as the broader diagnostic context for understanding how individual modules are connected within the vehicle. This allows training tasks to move from single-system analysis toward cross-system diagnosis.
Practical Training Workflow
The training workflow is structured around system relationships and evidence-based diagnosis.
1. Establish the Normal System State: Operate the relevant module and confirm its expected response under normal conditions.
2. Identify Related Systems: Determine which of the six modules are involved and trace the relevant electrical or control relationship.
3. Observe System Response: Monitor changes in the related systems to determine whether the abnormal behavior is isolated or affects another linked function.
4. Measure at Defined Points: Use the designated measurement interfaces to obtain electrical data from the relevant circuit or system.
5. Narrow Down the Fault: Compare operating behavior and measurement results to distinguish between the suspected system, circuit, or connection.
6. Verify the Cause: Carry out additional measurements or functional checks to confirm the actual cause before corrective action.
Custom Electric Vehicle Six-linkage System Trainers
For customized projects, HS can adapt the six-linkage configuration around the customer’s training objectives rather than simply modifying the external appearance of the equipment.customization may include the following options. For broader OEM/ODM requirements, see our Customization Service for additional customization capabilities.
Linked System Configuration
The six training modules can be configured according to the required curriculum and diagnostic scope. Particular attention can be given to which systems need to interact during a training task and what operating relationships students need to observe.
Measurement & Diagnostic Interfaces
Measurement points and diagnostic interfaces can be arranged according to the required training tasks. HS considers whether each interface provides useful diagnostic information and whether students can follow a logical measurement path during troubleshooting.
Fault Training Configuration
Fault conditions can be configured around the required diagnostic exercises. The objective is not simply to introduce an electrical fault, but to create a condition in which students must use system relationships and measured evidence to identify the cause.
Equipment Layout & Training Operation
The layout of modules, controls, measurement interfaces, and operating areas can be adjusted according to laboratory space and teaching requirements while maintaining clear system relationships and practical accessibility.
Electric Vehicle Six-linkage System Trainers Price, Lead Time, Shipping & Installation
Price
Approximately US$25,800–34,700/set, depending on the final configuration and customization requirements.
Lead Time
Standard configurations: 20–25 working days.
Custom configurations: 30–45 working days after requirements, configuration, and order details are confirmed.
Pre-Shipment Verification
HS pre-assembles and function-tests the trainer against the approved configuration and specifications. For a six-linkage system, verification focuses not only on individual module functions but also on the required system connections, interfaces, operating responses, and overall configuration consistency.
Shipping & Installation
Overall shipping time is usually 20–45 days, depending on the destination, shipping route, and logistics arrangement.
For details on installation, training, and ongoing technical support, see Installation, Training & Technical Support.
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FAQ About Electric Vehicle Six-linkage System Trainers
1.Why use a six-linkage platform instead of six separate training units?
Separate trainers can demonstrate individual systems, but they do not provide the same basis for studying relationships between systems. With BMS, control, motor drive, air conditioning, power steering, and the complete electrical system configured as one training platform, diagnostic exercises can examine whether an abnormal condition originates within one system or is related to another connected system.
2. What should buyers confirm before ordering a customized six-linkage trainer?
The key information is not only the list of systems required. Buyers should confirm the intended training tasks, required system relationships, measurement requirements, fault-diagnosis depth, operating interfaces, and whether the equipment needs to match an existing curriculum or vehicle platform.
3. What happens if the system connections are technically correct but not suitable for teaching?
A trainer can be electrically functional while still providing poor diagnostic training if measurement points, interfaces, system visibility, or fault conditions do not support a logical diagnostic path. For a complex six-linkage system, training usability therefore needs to be considered during configuration, not added after production.
4. Can the trainer be aligned with an existing EV training curriculum?
Yes. The configuration can be planned around the customer’s existing practical training tasks, including which systems students need to study together, what measurements they need to perform, and what level of diagnostic reasoning the course requires.
5.How does HS reduce the risk of discrepancies between the approved design and the finished trainer?
HS confirms the technical configuration before production and uses the approved configuration as the basis for manufacturing and pre-shipment verification. This creates a defined reference for checking system connections, interfaces, functions, and overall configuration consistency instead of relying only on a final visual inspection.
6. What is particularly important when integrating BMS, control, and motor drive training?
These systems should not be treated simply as three independent teaching modules. Their training value depends on whether students can observe and analyze the relevant control and operating relationships without losing a clear diagnostic path. The configuration therefore needs to balance system integration with training accessibility.
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Request an Electric Vehicle Six-linkage System Trainers Quote
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