ADAS is a technology that integrates sensors, cameras, radars, and algorithms to provide real-time assistance to drivers, enhancing road safety and driving comfort. Its core objective is to reduce human error and minimize accident risks through warnings, interventions, or partial automation.

Key components of NEVS are core technological elements that determine a vehicle’s power performance, range, safety, and intelligence. They primarily revolve around the "Three Electric Systems" (Battery, Motor, and Electronic Control) and include energy management, charging, and intelligent modules.

A high-precision sensor module is an integrated electronic device that combines sensors, signal processing circuits, and communication interfaces. It detects specific physical quantities (e.g., temperature, pressure, light intensity, displacement) with exceptional accuracy, stability, and sensitivity, converting them into digital or analog signals processable by electronic systems. Its core objectives are to minimize measurement errors and enhance data reliability, making it indispensable in scenarios demanding ultra-precise measurements.