UPCOMING WEBINAR
Exclusive Webinar: Breakthrough in Battery Thermal Runaway Detection Technology
December
11
REGISTER NOW
Time Zone:
USA: 11:30 AM EST (Eastern Standard Time)
Duration: 90 minutes, followed by live Q&A
About the Webinar:
This webinar is your gateway to exploring our state-of-the-art Thermal Runaway Sensor, a technological marvel that sets new standards in battery and energy storage safety. Discover how this sensor can detect thermal runaway before it happens by identifying electrochemical changes in the battery. This early detection is critical in preventing catastrophic events, ensuring the safety of the public, and protecting your investment in energy storage. Learn about the sensor’s unparalleled reliability and precision, providing accurate alerts without false positives and remaining unaffected by atmospheric conditions. Witness how our sensor can seamlessly integrate with your Battery Management System (BMS), enhancing its efficiency and effectiveness in safeguarding against potential hazards.
Who Should Attend?:
- Regulation Officers in charge of battery safety.
- Battery Cell Manufacturers developing next-generation lithium-ion or solid state cells
- Module and Pack Designers seeking to enhance system-level safety
- Energy Storage System (ESS) Integrators responsible for stationary or mobile applications
- Sensor and Diagnostics Engineers
- Regulation Officers in charge of battery safety
Webinar Highlights
Explore key insights on battery safety and
early detection technology
Topic A: Understanding Thermal Runaway
In the first segment, we delve into the phenomenon of thermal runaway - a
critical safety concern for batteries. You’ll gain insights into the various triggers of
thermal runaway, including manufacturing impurities, temperature spikes, excessive usage,
overcharging, and physical damage such as punctures.
We also discuss the severe safety implications, such as the emission of large quantities of flammable gases during a thermal runaway event, posing significant risks to the public. Additionally, we cover the regulatory landscape and safety standards designed to mitigate these dangers, offering a complete understanding of why thermal runaway is a paramount concern in the EV industry.
Topic B: Introducing Our Revolutionary Sensor
The second segment introduces our Thermal Runaway Sensor, an innovative solution
designed to detect the onset of thermal runaway before it occurs. This groundbreaking sensor
identifies electrochemical changes in the battery as early indicators of potential failure.
Unlike traditional detection methods, our sensor is highly reliable - providing accurate alerts without false positives and remaining unaffected by atmospheric conditions. We highlight its robustness, durability, and critical role in enabling the Battery Management System (BMS) to take preemptive action, ensuring public safety and preventing hazardous situations.
DEP Engineering Services:
DEP Engineering Services offers tailored engineering solutions, from Crash analysis to Multi-body dynamics, ensuring top-notch results across fields like NVH, CFD, and aerodynamics. Specialized portfolio for EV development solutions includes designing, engineering, and manufacturing support for electric vehicles (EVs) to reduce carbon emissions and dependency on fossil fuels. Our EV Solutions suite encompasses efficient battery design & development technologies, optimizing charging infrastructure, and integrating smart mobility features for sustainability and convenience. Guided by customer satisfaction, we support you throughout the product development stages, utilizing our expertise and state-of-the-art facilities.
Don’t Miss Out!
Be among the first to witness this game-changing technology that promises to redefine safety standards for lithium-ion battery applications. Whether you're a manufacturer, safety engineer, or EV enthusiast, this webinar offers invaluable insights and a sneak peek into the future of battery safety - all at no cost.
Join us and be a part of the revolution in battery safety!
