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  • Vehicle Powertrain Test System
    Vehicle Powertrain Test System
    Brief:
     
    Global regulations and rising market expectations are driving ever-increasing vehicle complexity. As the industry shifts towards electrification and high integration, testing requirements and configurations are being redefined. Powertrain testing is no longer limited to the validation of drivetrains and transmissions; it now extends to vehicle-level testing of high-voltage components—such as batteries, on-board chargers (OBC), and inverters—as well as the verification of vehicle control strategies.
     
  • Aerospace Application Test Bench
    Aerospace Application Test Bench
    Brief:
     
    JKT provides different kinds of test benches, including aerospace starter-generator performance test benches, aerospace generator test benches, aerospace starter-generator altitude climate simulation test benches, high-speed drive shaft test benches, high speed transmission test benches, bearing test benches, and power-level hardware-in-the-loop (HIL) test benches. Customized solutions can be developed in accordance with customer requirements.
     
  • Electric Motor Test Bench
    Electric Motor Test Bench
    Brief:
     
    With the rapid development of electrification technology, electric motors have become the core power components in various rapidly electrifying fields such as electric vehicles, aerospace, ships, and robots and so on. Their performance directly determines the operational efficiency, safety, reliability and service life of related equipment, making motor performance testing an indispensable link in the R&D, production and certification of electrified products. As a professional and systematic testing platform, the motor test bench plays an irreplaceable role in motor testing across these fields.
     
  • Axle Test Bench
    Axle Test Bench
    Brief:
     
    Axle test benches test commercial vehicle drive axle, off-road vehicle drive axle and so on. JKT Axle test bench is specially designed to meet the testing requirements of various axles and transmissions. It can accurately simulate the actual driving conditions of vehicles and various real operating conditions of the Unit Under Test (UUT). The test bench supports comprehensive tests including steady-state/dynamic performance, durability, NVH, transmission efficiency, shifting performance, as well as reliability and durability under extreme environments. It can accurately measure key parameters such as torque, speed, efficiency and temperature rise, identify potential design defects and performance shortcomings in advance, avoid safety risks and economic losses, and improve testing accuracy.
     
  • E-Axle and E-drive Test Bench
    E-Axle and E-drive Test Bench
    Brief:
     
    With the rapid development of the automotive industry, especially the booming growth of new energy vehicles including battery electric vehicles and hybrid electric vehicles, early-stage testing of automotive transmissions has become particularly important. Comprehensive transmission or reducer testing can greatly shorten the vehicle development cycle.
     
  • Transmission Test Bench
    Transmission Test Bench
    Brief:
     
    With the rapid development of the automotive industry, especially the booming growth of new energy vehicles including battery electric vehicles and hybrid electric vehicles, early-stage testing of automotive transmissions has become particularly important. Comprehensive transmission or reducer testing can greatly shorten the vehicle development cycle.
     
  • EMC Steering Robot
    EMC Steering Robot
    Brief:
     
    The automotive industry is currently accelerating its transformation toward electrification and intelligence, with autonomous driving functions becoming increasingly popular. As a core actuator for vehicle motion control, the electric power steering system has its operational reliability directly related to driving safety.
     
  • Free-standing e-axes EMC Test Bench
    Free-standing e-axes EMC Test Bench
    Brief:
     
    Free-standing e-axes EMC test benches enable testing of the e-axes the anechoic chamber, and have excellent EMC performance.
     
  • External Fixed E-axes EMC Test Bench
    External Fixed E-axes EMC Test Bench
    Brief:
     
    External fixed e-axes EMC test benches enable testing of the e-axes the anechoic chamber, and have excellent EMC performance.
     
  • Free-standing e-motor EMC Test Bench
    Free-standing e-motor EMC Test Bench
    Brief:
     
    Free-standing e-motor EMC test benches enable testing of the electric drives and high-voltage inverters in the anechoic chamber, and have excellent EMC performance. The test bench is suitable for testing electric drive systems in any field, including automotive, aerospace, robotics, and other industries. Free-standing EMC test benches can be move into or out of the anechoic chamber.
    The electric dynamometer and inverter are integrated into a free-standing frame equipped with heavy-duty industrial casters at the bottom. EMC performance fully meets the standards of ISO 11452-2 and CISPR 25
     
  • External Fixed E-motor EMC Test Bench
    External Fixed E-motor EMC Test Bench
    Brief:
     
    External fixed e-motor EMC test benches enable testing of the electric drives and high-voltage inverters in the anechoic chamber, and have excellent EMC performance. The test bench is suitable for testing electric drive systems in any field, including automotive, aerospace, robotics, and other industries.
     
  • Free-Edyno EMC Test System
    Free-Edyno EMC Test System
    Brief:
    Free Edyno is an EMC test load system for motor and controller. It adopts an electric dynamometer controlled by four quadrant frequency converter to simulate any load mode of electric drive system, such as acceleration, deceleration, constant speed, constant torque and so on. The electric dynamometer and frequency converter are integrated into the mobile platform which on the heavy duty industrial universal wheel. Free edyno control system can control the dynamometer through optical fiber and remote data transmission. Users only need to connect the power supply and cooling water pipe to remotely control the system.

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