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Built in compliance with ISO 354:2003 and GB/T 20247-2006 standards, the Reverberation Laboratory provides a highly uniform and high sound pressure reverberant field for comprehensive acoustic testing. It supports sound power measurements, sound quality evaluation, absorption performance testing, and more—enabling effective validation and optimization of materials and product acoustics
Equipped with a tri-axial vibration excitation system (frequency range: 5–3500 Hz, max load: 300 kg), high-frequency mini exciters (up to 11 kHz), and precision accelerometers, this lab supports structural dynamics testing, modal analysis, and reliability assessments under representative conditions
This lab enables physical property testing and analysis of materials and structural components, including springs, cylinders, hinges, and probes. It provides high-precision, repeatable data on strength, stiffness, and durability to support design optimization and manufacturing reliability
Serving as a foundational platform for testing and validation of measurement and control systems, this lab covers functional testing and electrical verification of circuit boards, signal chains, and power modules. Outfitted with oscilloscopes, signal generators, spectrum analyzers, and logic analyzers, it supports the full development cycle from prototyping to final debugging
Focusing on the EV sector, this lab features test benches for electric drive systems, battery management systems, and power electronics converters. It supports performance evaluation, energy efficiency analysis, and reliability testing—enabling comprehensive development and validation of EV drive, battery, and control systems
Constructed in accordance with GB/T 12085-2010 and other relevant standards, the Optical Laboratory supports the testing, simulation, and validation of optical systems.
It enables parameter measurement, development of advanced testing solutions, product demonstrations, and prototype evaluations
This lab can simulate and regulate environmental conditions with temperatures ranging from -30°C to 50°C and humidity from 25% to 95% RH.
Compliant with GB/T 7725, ARI 210/240, and EN 14825 standards, it is ideal for performance and energy efficiency testing of air conditioners, heat pumps, and similar systems
Equipped with programmable temperature and humidity chambers and dedicated aging racks, this lab simulates long-term exposure conditions for electronic, electrical, and instrumentation components. It verifies durability and reliability across temperature extremes and humid environments, assessing resistance to heat, cold, moisture, and dryness
This R&D center focuses on the development and validation of lab intelligence technologies, including test automation, information management platforms, data collaboration, big data analytics, and AI algorithms. It supports the transformation of labs from automation and digitization to full intelligence, enhancing testing efficiency, resource utilization, and promoting green, low-carbon lab environments
