An image taken in the aftermath of an arson attack on a Tesla dealership in Parramatta NSW, AU. The image depicts 3 badly burnt Tesla vehicles in a showroom adjacent to 2 more Tesla vehicles without any apparent damage.

Don't fall for the spin about EVs being a fire hazard in your garage. Can you imagine the carnage here if those vehicles had been fuel of petroleum based fuels? 🤔

#Tesla #Arson #FireBombing #ElectricVehicles #EVs #FireRisk #ThermalRunaway #Australia

#ThermalRunaway

#ThermalRunaway

#ThermalRunaway

#ThermalRunaway

#ThermalRunaway

Photo of muli-colored vapes. Courtesy: © Bennphoto - stock.adobe.com

#ThermalRunaway fires from disposed #Vapes threaten waste sites. Our #Electrochemical Safety leader discusses #Li-Ion battery safety and risk prevention. 🧪
🔗 waste-management-world.com/resource-use...
#Electrochemistry #Vaping

#ThermalRunaway

#ThermalRunaway

#ThermalRunaway

Thermal Stability Landscape of Solid-State Batteries Solid-state batteries (SSBs) with lithium metal anodes promise to offer high energy densities, enabling applications such as long-range electric vehicles and electric aviation. While various challenges related to transport, chemomechanics, and interfacial morphology have been extensively investigated, the thermal stability of the underlying solid/solid interfaces still requires comprehensive assessment. In this Perspective, we present mechanistic insights into the coupled influence of electrode–electrolyte interactions, heterogeneities, and gas-evolution dynamics in governing distinct thermal instability pathways in inorganic SSBs. The critical role of interphase chemistry and lithium morphology in thermal runaway at the anode/solid electrolyte interface and cathode-driven phenomena such as oxygen release, state-of-charge effects, pressure buildup, and crosstalk reactions are discussed. We further examine how operating conditions including pressure, current density, temperature, and moisture exposure modulate thermo-kinetic pathways and the exothermic behavior of SSBs. Key scientific gaps are identified, providing a foundation for future research toward the development of thermally stable and safe SSBs.

Solid‑state batteries could power long‑range EVs and electric aviation, but their thermal risks remain. Our latest research published in @pubs.acs.org breaks down the mechanisms behind thermal instability to support safer #SodiumIonBattery designs.🧪
#ThermalRunaway #Electrochemistry #Electrochemical

#ThermalRunaway is already here, and like the rest of reality, any denial is irrelevant.

#RealityCheckMate

#ThermalRunaway #ClimateDestabilization

This is what #ThermalRunaway looks like at planetary scale.

While greed driven deniers don't get it, science does. Look up transistor theory. The device you are using is subject to the physics.

Heat not dissipated increases heat produced.

What you believe is irrelevant, only reality matters.

#∞

#ThermalRunaway

#ThermalRunaway has arrived.

If 2 degrees C rise scares you, then the 10+ degree rise I predict by 2075 or earlier should floor you.

Take two silver, gallon cans, each filled with ice.

Paint one flat black.

Place both outside in the sun at any latitude.

Observe the temperature rise.

🔋What is #thermalrunaway and why do airlines ask you if you have #lithium-ion #batteries in your luggage? Dr. Judy Jeevarajan explains what happens inside a battery and the severity of thermal runaway in our new #ScienceShort episode.

Check out more: www.youtube.com/playlist?lis...
#SafetyScience 🧪

#ThermalRunaway is not appropriately accounted for in most warming models.

Things are far worse than predicted.

#∞

This is the catalyst for #ThermalRunaway.

A sixfold increase is very bad. Doing nothing to mitigate further rise is also very bad. Our good heat sinks are rapidly decoupling. Our bad heat sinks are increasing thermal traction.

We are on a global self-immolation path just to feed right wing greed.

We study lithium-ion battery safety and the potential fire risk of #thermalrunaway to help keep people safe.

We share this knowledge—during #FirePreventionWeek, and every week, to influence better design, safer manufacturing, and smarter recycling.

Learn more at: ul.org/research-upd...

Video in #China and #ElectricVehicle #LithiumBattery ejection system firing out a #ThermalRunaway bomb towards something ..

Looks like a #military invention, heaven only knows what will happen around a .. FOREST .. lake, wood cabin or group of #children

#RemoteControl?

youtu.be/WMWgdpibjdc?...

#3dPrintingFail #Stuck #Closeup #Detail #Tiny #Ruby #Texture #Macro #Embedded #3dPrintingLife #ThermalRunaway #3dPrinting #Fail #DIY #Make #FailedPrint #MakersGonnaMake
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#MadisonPhotographyMeetup #BringYourCamera #ExploreEverything #PhotoOfTheDay #EditLessPostMore #JustGoShoot

Know Your Battery - UL Research Institutes As the number of lithium-ion batteries in products increases, so has the number of counterfeit batteries on the market. These fake batteries tempt

Counterfeit #batteries might be more common than you think. As the number of #lithiumion batteries increase, so do fakes. For #NationalElectricalSafetyMonth, we're highlighting the #safety risks of non-original equipment manufacturer batteries, such as #thermalrunaway. 🔋 🧪

ul.org/institutes-o...

#ThermalRunaway
#BasicTransistorTheory
#WeAreInDeepShit

Safety and innovation must go hand in hand in when it comes to energy storage system #ESS safety. It is important that we explore advancements to mitigate the risks associated with #thermalrunaway. 2025 could be the year when we redefine what is possible for both performance and protection.

#NerdCrackRock #️⃣4️⃣

Nov 2020 🎦
From Hotspot #Flame Initiation to #Li-ion 🔋 #Battery #ThermalRunaway 🔥
🎙️Dr. Peng Zhao ➡️ Asst Prof MechE at Oakland Univ.
🎓 PhD from Depart Mechanical & Aerospace Engr'g at Princeton Univ.

youtu.be/gAm_pBx0JeE?...