High-voltage work and battery emergencies don’t give you a second chance. A toolbox-talk slide isn’t the same as deciding correctly when a pack is in thermal runaway. ThinkPair rehearses the decision.
EV high-voltage systems, LOTO, thermal runaway — the cost of getting it wrong is measured in injuries, not a failed quiz. The transition to EV is widening the gap fast.
HV electrical
Live systems to ~400–800 V DC
Thermal runaway
Self-sustaining, reignites
LOTO failure
Energised when assumed dead
The AI runs the incident — isolate, evacuate, escalate — and makes the technician decide and justify each step, so the right sequence is the practised one.
Power down · verify dead
Clear the zone · cordon
Call it · hand over facts
A connected track from EV high-voltage safety to charging install, workshop hazards, and manual handling — the whole technician-safety baseline.
Five connected programs in the technician-safety track — part of our ready-made Academy across 8 tracks, with custom programs built to your request. Each one runs as a facilitated session and exports to your LMS over SCORM & xAPI.
EV High-Voltage Safety & LOTO
EV & Battery Emergency Response (Thermal Runaway)
EV Charging Infrastructure: Safe Install & Commission
Workshop General Safety & Hazard Awareness
Manual Handling, Ergonomics & PPE
Book a demo and run an EV high-voltage or battery-emergency session — decisions rehearsed before they’re real.