Exclusive Webinar for EV & Battery Engineers - Smarter Thermal Runaway Detection
Your Battery Is Sending a Warning Signal. Are You Paying Attention?
Traditional sensors miss the earliest signs of Battery Thermal Runaway. DEP's electrochemical BTR sensor detects danger at the chemistry level - giving engineers up to 12 minutes more time to act.
📅June 4, 2026 · 11:30 AM EST
⏱ 60 Minutes · Live Q&A Included
💻Online · Free to Attend
Space is limited. Secure your spot soon!
The Industry Problem
Pressure. Temperature. Voltage.
None of Them See It Coming Early Enough
Conventional battery monitoring sensors are reactive - they trigger only after a dangerous event is already underway.
By the time gas venting occurs or temperature spikes, the window for safe mitigation is dangerously narrow. Regulations are tightening globally. The 5-minute warning requirement is currently law in Europe. The 3-minute mandate is coming to the US in 2027. DEP's BTR sensor detects the electrochemical changes that precede thermal runaway at the molecular level - before any gas vents, before any temperature spike - giving your system the earliest possible warning signal.
Webinar Topics:
60 Minutes That Could Change Your Battery Safety Strategy
This technical deep-dive session explains both the science and the engineering practice of electrochemical BTR sensing. Expect real test data, live benchmarks, and actionable integration guidance.
From SEI formation and dendritic growth to cathode oxygen release - understand the full battery failure cascade at the chemistry level, not just the symptom level.
Sensor Comparison
CAPABILITY | DEP BTR SENSOR | CONVENTIONAL | |
|---|---|---|---|
Detects before gas venting | ✔ | ✘ | |
Placed inside the cell | ✔ | ✘ | |
Chemistry-agnostic | ✔ | ✘ (Calibration matrix needed) | |
Zero false positives/negatives | ✔ | High risk | |
Thermal runaway precursor detection | ✔ upto 12 min early | After event onset | |
Scalable: cell → module → pack | ✔ | Partial |
Validated Test Performance
The Numbers Don't Lie
Regulatory Compliance
The Regulatory Clock Is Ticking
Global regulators are raising the bar on battery safety warning requirements. DEP's sensor is engineered to help you meet - and exceed - these mandates.
China: GB 38031-2025
5-minute alarm with zero toxic fumes in cabin. Batteries must survive 2 hours without fire/explosion post-thermal runaway.
Europe / Global: UN ECE R100.05
5-minute warning requirement - no fire, explosion, or smoke may enter the passenger compartment. 2-hour propagation prevention standard
United States: FMVSS No. 305a · Mandatory 2027/2028
3-minute thermal event warning with audible + visual signals. Mandatory for light vehicles from September 2027.
Who Should Attend
Built for Battery & EV Engineers and Decision-Makers
If battery safety, performance, or regulatory compliance is part of your role - this webinar is engineered for you.
DEP Presenter
DEP (Detroit Engineering Products) is a global engineering services and product development firm headquartered in Troy, Michigan, with offices in India, China, Brazil, and Japan. DEP's BTR sensing technology is battery-chemistry agnostic, customizable in form factor, and integrates directly with BMS architectures at cell, module, or pack level
Join battery engineers, safety teams, and innovation leaders from across the EV and energy storage industry for this exclusive technical deep-dive. Register Free and Secure Your Seat. Any Questions? Contact us at
