Battery Compliance Notification Using Vehicle Position and Pack ID

The verification system is segmented into two independent modules: one for authenticity verification (ID and code information matching) and another for regulatory compliance verification (checking battery information against local laws). This allows both functions to operate independently and simultaneously without interfering with each other.

The verification system is enhanced to perform multiple functions: it not only verifies battery authenticity through ID and code matching but also checks compliance with local battery laws and regulations. The system adapts to different regional requirements by storing multiple sets of regulatory information and selecting the appropriate ones based on location.

Instead of continuously verifying compliance for every position change, the system performs verification periodically or at specific trigger events (such as when the vehicle enters a new region with different regulations or after a predetermined time interval). This reduces unnecessary processing while maintaining compliance assurance.

The system stores battery information and regulatory requirements locally, enabling the controller to perform compliance verification independently without requiring continuous external communication. This self-contained approach reduces processing load and communication overhead.

The system implements a feedback mechanism where compliance status information is transmitted to the user terminal when non-compliance is detected. This feedback loop keeps users informed about their battery's compliance status, enabling them to take appropriate actions such as replacing the battery or adjusting usage patterns.

Instead of continuously transmitting compliance information, the system sends notifications only when necessary (i.e., when non-compliance is detected). This partial action approach avoids unnecessary communication energy consumption while ensuring users receive critical information when needed.