1. core functionality

Hydrogen-related environmental adaptability: In response to the special requirements of hydrogen energy equipment, the anechoic chamber must be equipped with good safety measures such as ventilation, explosion-proof, and hydrogen leakage monitoring to ensure the safe operation of the hydrogen energy system during the testing process.

Dual motor loading test: Equipped with dedicated motor loading equipment (such as a dynamometer), it can simulate the motor load under actual working conditions, while monitoring the electromagnetic radiation and anti-interference performance of the motor under different load conditions.

Electromagnetic compatibility testing: Through the shielding and absorption design of the anechoic chamber, external electromagnetic interference is eliminated, simulating a free space environment, and accurately measuring the EMC indicators such as radiation emission and immunity of the motor system, in compliance with relevant international standards (such as CISPR 25).

2. Technical Features

Shielding and absorbing design: High-performance shielding and absorbing materials are adopted to ensure a stable electromagnetic environment inside the anechoic chamber, reduce reflection and interference, and meet the requirements of high-precision EMC testing.

Hydrogen-related safety design: The anechoic chamber may be equipped with hydrogen sensors, ventilation systems and explosion-proof electrical equipment to ensure the safety of the hydrogen energy testing process.

Automated control system: integrates motor loading, testing equipment control, and data acquisition system to achieve automated testing process, improve testing efficiency and accuracy.