Volkswagen has obtained an L3 autonomous driving test permit in China and targets rollout around 2027, according to a report published on Electrek. The permit marks a step toward higher-level automated driving in one of the world's largest vehicle markets.
L3 autonomy imposes higher demands on power redundancy, sensor power stability and functional safety. Battery and power systems must support dual-redundant supply, fault isolation and real-time status monitoring to ensure safe operation when the system is engaged.
This means regulatory opening will drive certification demand for autonomous-driving hardware and power modules, requiring supply chains to meet functional safety standards such as ISO 26262 with traceable battery and BMS solutions.
| Requirement Area | Impact on B2B Customers |
|---|---|
| Power redundancy | Dual-redundant supply and fault isolation become essential |
| Monitoring | Real-time battery and power status monitoring required |
| Certification | Growing demand for ISO 26262-aligned hardware and modules |
| Traceability | Traceable battery and BMS documentation for compliance |
Suppliers targeting autonomous-driving programs should align battery and power designs with functional safety requirements and prepare traceable validation records early.
L3 functional-safety requirements favor redundant, traceable power designs; early cell selection and prototype validation support ISO 26262-aligned development timelines.
