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Automotive EMC Test System Solutions

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Why Is Dynamic EMC Testing Important for Electric Vehicles?

As electric vehicles integrate high-voltage batteries, power electronics, traction motors and advanced electronic control systems, electromagnetic compatibility becomes increasingly important during vehicle development and validation. Dynamic EMC testing allows engineers to evaluate electromagnetic behavior under different operating conditions, including acceleration, deceleration and changing torque loads. JINGKETEST provides specialized EMC dynamometer systems and test benches for electric motors, e-axles and complete vehicles, supporting controlled operating conditions for automotive EMC testing and laboratory applications.


EMC Test System Categories

Free-standing models use an independent movable structure with no foundation work.
External fixed models position the dynamometer outside the chamber as a permanent installation.

Product Advantages

Engineered EMC Testing Solutions for Electric Motors, E-Axles and Complete Vehicles.

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Dynamic EMC Testing Performance

JINGKETEST EMC Test Systems support electromagnetic compatibility testing of electric motors, inverters and integrated electric drive systems under dynamic load conditions. With specialized shielding, filtering and dynamometer configurations, our systems support applicable conducted emission, radiated emission and immunity testing procedures, depending on the selected equipment and testing requirements. They enable engineers to assess electromagnetic performance while the equipment operates under defined speed and torque conditions.

Flexible System Configuration

From electric motors and e-axles to complete vehicle testing, JINGKETEST provides various EMC test bench configurations for different laboratory requirements. External fixed and free-standing test benches support flexible equipment arrangements for electric drive testing, while integrated and free-standing chassis dynamometer systems accommodate different vehicle testing environments. Customized steering robots are also available for specific automotive EMC testing applications.

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Technical Specifications

JINGKETEST EMC Test Systems feature flexible dynamometer configurations, integrated shielding designs and precise dynamic loading capabilities. Explore the technical specifications of our chassis dynamometers, E-axle and E-motor test benches to find suitable solutions for your automotive EMC testing requirements.

Vehicle Testing

Integrated Turntable Chassis Dynamometer

120 km/h

Maximum listed test speed

360° Turntable · 2WD / 4WD


E-Motor Testing

Free-Standing E-Motor Test Bench

17,940 rpm

Maximum listed motor speed

5.5–150 kW · Modular Design


E-Axle Testing

External Fixed E-Axles Test Bench

6,000 N·m

Maximum listed rated torque

External Dynamometer · 4-Quadrant



External Fixed E-Motor Test Bench

External Dynamometer Configuration

250–500 kW

Rated Power Range

6,000–12,000 rpm Maximum Speed Range



Applicable EMC Standards

Badges:

CISPR 25・ISO 11452-2・GB/T 18655・GB/T 18387・GB 34660

For e-motor, e-axle & vehicle component EMC testing

Automotive EMC Testing Applications

JINGKETEST testing solutions for electric motors, e-axles and complete vehicles.

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Electric Motor EMC Testing

Electric motor EMC testing evaluates electromagnetic behavior under different speed and torque conditions. JINGKETEST provides external fixed and free-standing E-motor test benches for standalone motors and motor-controller testing applications.

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E-Axle EMC Testing

E-Axle EMC testing evaluates the electromagnetic behavior of electric drive assemblies under controlled operating conditions. JINGKETEST provides external fixed EMC test bench configurations with dynamic loading capabilities for e-axle and related electric drive testing applications.

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Complete Vehicle EMC Testing

Complete vehicle EMC testing evaluates electromagnetic compatibility under simulated driving conditions. JINGKETEST chassis dynamometer systems provide vehicle speed and load simulation, with integrated turntable and free-standing configurations for different laboratory layouts.

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Customized EMC Test System Solutions


Customized System Design

We develop non-standard EMC test systems according to customer requirements, test object specifications, operating conditions and laboratory layouts. Different dynamometer configurations and mechanical interfaces can be tailored to specific applications.

Hardware & Software Integration

Our engineering team integrates hardware selection, control system development, software programming and data acquisition to create coordinated testing solutions for electric motors, e-axles and complete vehicles.

In-House Manufacturing & Quality Control

With dedicated manufacturing and processing facilities, JINGKETEST maintains control over equipment production, assembly and quality inspection to support reliable project delivery.


Installation & Technical Support

We provide comprehensive project support covering system installation, commissioning, technical training and after-sales service, helping customers throughout the implementation and operation of their testing systems.


Our Certifications

JINGKETEST is committed to quality management, occupational safety, environmental responsibility and technological innovation. Our certifications and intellectual property demonstrate our dedication to continuous improvement and engineering development.

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FAQs

Q: What Is an Automotive EMC Test System?
An automotive EMC test system is designed to support electromagnetic compatibility testing of vehicles and electric drive components. It may integrate dynamometers, test benches and supporting equipment to evaluate electromagnetic behavior under defined operating conditions.
Q: What Equipment Can JINGKETEST Provide for EMC Testing?
JINGKETEST provides EMC E-motor Test Benches, EMC E-Axles Test Benches, EMC Chassis Dynamometer Systems and EMC Steering Robots for different automotive testing applications.
Q: What Is the Difference Between External Fixed and Free-Standing EMC Test Benches?
External fixed test benches position the dynamometer outside the EMC chamber, while free-standing systems use an independent movable structure for flexible equipment positioning. The appropriate configuration depends on laboratory layout and testing requirements.
Q: Can an EMC Test System Simulate Dynamic Operating Conditions?
Yes. JINGKETEST dynamometer systems support controlled speed and torque loading, allowing engineers to simulate operating conditions such as acceleration, deceleration and regenerative braking, depending on the selected configuration.
Q: Which EMC Standards Can JINGKETEST Test Systems Support?
JINGKETEST product documentation references standards such as CISPR 25, ISO 11452-2 and GB/T 18655. Applicable testing standards and configurations should be confirmed according to the specific equipment and project requirements.

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Keep In Touch With Us

Looking for an EMC testing solution? Contact JINGKETEST for customized test systems, technical consultation and professional support. Our team is ready to discuss your project requirements.

Phone: +86-18192676576

E-mail: jkt@jk-test.com

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