Testing Laboratory

Ensure that the motor’s output power and efficiency meet design requirements and can operate stably. Conduct tests for power and efficiency, speed and torque, temperature rise, and noise to verify the motor’s performance, power output, and stability, ensuring it provides reliable power support in electric bicycles.

Test the battery’s capacity, output voltage, and safety by performing capacity tests, charging and discharging tests, battery protection tests, and temperature and safety tests. This ensures the battery’s capacity, endurance, and safety performance meet standards, providing stable power for the motor and control system.

Conduct tests on controller functions, riding mode switching, speed sensors, torque sensors, and communication systems to ensure the control system can precisely manage the motor and battery, providing stable assistance under different riding conditions and enhancing the riding experience.

Testing includes high and low temperature, humidity, vibration, salt spray, and waterproof tests to ensure reliability in extreme conditions. Through comprehensive environmental testing, the laboratory helps customers identify potential environmental risks, providing assurance for the long-term use of products.

The mechanical performance testing laboratory is responsible for assessing the structural strength and durability of products. Testing projects include tensile, compressive, fatigue, and impact tests to ensure safety and stability during actual use. The laboratory employs high-precision equipment to conduct tests that simulate various working conditions.

Evaluate the electric bicycle’s endurance, ensuring the battery range meets design requirements. Conduct real-world riding tests under different assistance modes to assess the battery’s range after a single charge, ensuring it meets daily riding needs. Measure the motor’s energy consumption under various speeds and load conditions to evaluate battery usage, ensuring it aligns with design expectations.

Test whether the control system and motor can function normally under external electromagnetic interference, ensuring system resistance to disturbances. Assess the electromagnetic radiation generated during the operation of the electric bicycle to ensure it does not interfere with surrounding electronic devices (like phones and GPS).