2023 Business Summary Meeting and Annual Meeting Dinner

The automotive thermal management system is an important component of modern automotive engineering, aimed at ensuring that the engine and other key components can maintain a suitable temperature range under various operating conditions. This system effectively manages heat, improves engine efficiency, extends component life, and enhances vehicle performance through precise control and collaborative components.

The automotive domain control system is a key technology in modern automotive electronic architecture, which has important safety, reliability, and flexibility. This system divides and manages automotive electronic devices, enabling each subsystem to operate independently, thereby improving the performance and efficiency of the entire vehicle.

With the rapid development of automotive technology, energy storage systems, as a core component of new energy vehicles, are leading the automotive industry towards a more environmentally friendly and efficient direction. The automotive energy storage system not only provides convenient utilization of renewable energy for vehicles, but also brings revolutionary changes in driving performance, driving experience, and other aspects.

Driven by modern automotive technology, automotive computing decision systems are becoming a key component of intelligent driving. This system endows cars with more intelligent, safe, and efficient driving capabilities through advanced sensors, advanced algorithms, and real-time data analysis.

The interconnection and interaction of automobiles, as an important development direction in the field of automotive technology, is profoundly changing people's driving experience and driving methods. Innovation in this field transforms cars into intelligent, interactive, and safe mobile spaces, providing drivers and passengers with a more convenient and comfortable travel experience.