AutoEDU recently conducted a technical training session at a local fire department focused on electric and hybrid vehicle accident safety. The instruction addressed a growing concern among emergency responders: how to safely approach and manage high-voltage vehicle systems during post-collision procedures.
To support the training, AutoEDU’s instructors used the PMTPK05 Hybrid Vehicle Educational Trainer, a system based on the Toyota Prius III petrol-electric-LPG hybrid platform. The trainer provided clear visual access to critical systems including the high-voltage battery, inverter, electric motor, auxiliary 12V system, and internal combustion engine (ICE).
During the session, firefighters were guided through:
High-voltage system identification and isolation.
Airbag and SRS component positioning and disarming.
LPG and petrol system safety handling.
Inspection and verification protocols for damaged EVs.
The PMTPK05 trainer’s real hybrid configuration with cutaway and color-coded components allowed responders to observe actual wiring paths, relay locations, and control modules. This practical layout helped clarify disconnection points and failure risks, especially in cases involving structural damage or water exposure.
This collaboration is part of AutoEDU’s broader initiative to improve technical readiness among safety professionals as EV adoption continues to grow.
