Solution

Malaysia stands as a core hub of the semiconductor industry in Southeast Asia. Multiple local research laboratories focus on cutting-edge R&D of silicon-based, silicon carbide, gallium nitride and other third-generation semiconductor materials, For a long time, local laboratories have adopted a scattered stand-alone testing model, which brings multiple bottlenecks. Testing equipment from different brands operates in isolation with disconnected data interfaces, failing to form a complete testing chain covering electrical, physical, impurity and reliability characterization. The testing accuracy fails to meet the standards of advanced new material R&D, generating large errors in the detection of micro-current, thin-film lattices and ultra-trace impurities. Manual data recording easily causes data loss and poor traceability, greatly slowing down comparative research on new materials. In addition, the equipment lacks expandability to accommodate evolving testing demands of wide-bandgap semiconductors, extending R&D cycles and raising overall experimental costs.

India’s solar industry is expanding rapidly, with numerous manufacturing bases distributed across inland high-temperature areas and coastal regions. Solar panels, junction boxes, metal frames and other core components are exposed to extreme temperature fluctuations, high humidity and salt corrosion all year round. These complex natural conditions easily cause product delamination, poor welding and metal rust, shortening service life.

To meet the global multi-regional deployment requirements of Meta (formerly Facebook)'s Quest series VR products, Taian Test undertook a comprehensive project for environmental reliability and usage safety simulation tests. Relying on a physical laboratory and a digital simulation system, it built a standardized testing chain in accordance with IEC and FCC international standards. It conducted a full set of verifications from five dimensions: natural environment tolerance, mechanical durability, electrical safety, human protection, and software boundaries. This allowed for the early elimination of equipment hazards and ensured the stable and safe use of the products in home, outdoor, and complex electromagnetic scenarios, adapting to different climates and usage habits around the world.

A large-scale battery manufacturing plant in Spain supplies lithium-ion cells, modules and Pack products to European new energy vehicle manufacturers and energy storage systems. The products must meet all compliance requirements for land transportation, maritime transportation and air transportation within the European Union. They must pass the UN38.3 comprehensive testing and be equipped with a complete safety and transportation compliance system. At the same time, they must also ensure the adaptability of the production line, rapid delivery and the lowest cost throughout the entire life cycle.

The export of Chinese testing equipment is just the first step. To truly establish a presence in overseas markets, a complete testing system that can withstand the scrutiny of local standards and conditions is necessary.

A leading testing institution in a certain country is a global leader in applied safety science. In its core overseas markets, with the accelerated launch of new energy vehicle models, higher requirements have been placed on the local testing capabilities in overseas regions.