In the R&D and manufacturing of new energy vehicles (NEVs), aging testing systematically delivers multiple values by simulating the conditions of core components (such as OBC, BMS, and domain controllers) under extreme working conditions, complex environments, and long-term usage scenarios. It validates the reliability of components under harsh conditions such as high temperature, low temperature, humidity, and vibration, ensuring stable operation over a lifespan of more than 10 years. Through accelerated life testing, it evaluates the durability of critical components like charging pile modules and motor controllers, driving material selection and structural optimization to extend their lifespan. It proactively identifies safety risks such as battery overcharge/over-discharge protection failure and insulation aging, strengthening the safety defenses of BMS and high-voltage control systems. Additionally, it complies with global regulatory certification requirements, such as ISO 16750, reducing post-sales failure rates and building brand trust. Furthermore, it supports the innovation of intelligent driving technology by verifying the precision and stability of cameras and millimeter-wave radars under long-term environmental stress, providing a data foundation for the iteration of autonomous driving technology. Ultimately, it forms a closed-loop verification system that covers safety, compliance, cost reduction, and innovation throughout the product lifecycle.

Dingtai 's self-developed and manufactured new energy aging testing equipment provides aging, testing, and assembly solutions for core components of new energy vehicles, including On-Board Chargers (OBC), Motor Control Units (MCU), domain controllers, Battery Management Systems (BMS), charging pile modules, cameras, millimeter-wave radars, and more.