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#batterysafety — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #batterysafety, aggregated by home.social.

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  1. That battery in your garage? It might be one bad install away from a fire.

    LiFePO4 rarely enters thermal runaway. Lead-acid doesn't catch fire but releases hydrogen gas while charging, and needs real ventilation.

    Most battery fires trace back to bad installs, not bad cells. Sealed enclosures, no airflow, mismatched inverters.

    Full safety guide, ventilation rules & backup-time math:

    solarbazaar.io/knowledge/solar
    #SolarEnergy #BatterySafety #LiFePO4

  2. That battery in your garage? It might be one bad install away from a fire.

    LiFePO4 rarely enters thermal runaway. Lead-acid doesn't catch fire but releases hydrogen gas while charging, and needs real ventilation.

    Most battery fires trace back to bad installs, not bad cells. Sealed enclosures, no airflow, mismatched inverters.

    Full safety guide, ventilation rules & backup-time math:

    solarbazaar.io/knowledge/solar
    #SolarEnergy #BatterySafety #LiFePO4

  3. That battery in your garage? It might be one bad install away from a fire.

    LiFePO4 rarely enters thermal runaway. Lead-acid doesn't catch fire but releases hydrogen gas while charging, and needs real ventilation.

    Most battery fires trace back to bad installs, not bad cells. Sealed enclosures, no airflow, mismatched inverters.

    Full safety guide, ventilation rules & backup-time math:

    solarbazaar.io/knowledge/solar
    #SolarEnergy #BatterySafety #LiFePO4

  4. That battery in your garage? It might be one bad install away from a fire.

    LiFePO4 rarely enters thermal runaway. Lead-acid doesn't catch fire but releases hydrogen gas while charging, and needs real ventilation.

    Most battery fires trace back to bad installs, not bad cells. Sealed enclosures, no airflow, mismatched inverters.

    Full safety guide, ventilation rules & backup-time math:

    solarbazaar.io/knowledge/solar
    #SolarEnergy #BatterySafety #LiFePO4

  5. Silicon-Carbon Battery Tech Ends EV Range Anxiety 10-Min 0–80% Charge

    Imagine charging 80% of your electric vehicle’s battery in under 10 minutes and achieving over 400 miles on a single charge. Group14 Technologies’ silicon-carbon anode material, SCC55®, promises substantial advancements in EV battery capabilities, addressing some of the key barriers to mass adoption by improving both range and charging speeds…….Continue reading…. By Brian Iselin Source:  Autoblog . Critics: In the automotive industry, safety means that users, operators, […]

    onlinemarketingscoops.com/2026

  6. Silicon-Carbon Battery Tech Ends EV Range Anxiety 10-Min 0–80% Charge

    Imagine charging 80% of your electric vehicle’s battery in under 10 minutes and achieving over 400 miles on a single charge. Group14 Technologies’ silicon-carbon anode material, SCC55®, promises substantial advancements in EV battery capabilities, addressing some of the key barriers to mass adoption by improving both range and charging speeds…….Continue reading…. By Brian Iselin Source:  Autoblog . Critics: In the automotive industry, safety means that users, operators, […]

    onlinemarketingscoops.com/2026

  7. Silicon-Carbon Battery Tech Ends EV Range Anxiety 10-Min 0–80% Charge

    Imagine charging 80% of your electric vehicle’s battery in under 10 minutes and achieving over 400 miles on a single charge. Group14 Technologies’ silicon-carbon anode material, SCC55®, promises substantial advancements in EV battery capabilities, addressing some of the key barriers to mass adoption by improving both range and charging speeds…….Continue reading…. By Brian Iselin Source:  Autoblog . Critics: In the automotive industry, safety means that users, operators, […]

    onlinemarketingscoops.com/2026

  8. Silicon-Carbon Battery Tech Ends EV Range Anxiety 10-Min 0–80% Charge

    Imagine charging 80% of your electric vehicle’s battery in under 10 minutes and achieving over 400 miles on a single charge. Group14 Technologies’ silicon-carbon anode material, SCC55®, promises substantial advancements in EV battery capabilities, addressing some of the key barriers to mass adoption by improving both range and charging speeds…….Continue reading…. By Brian Iselin Source:  Autoblog . Critics: In the automotive industry, safety means that users, operators, […]

    onlinemarketingscoops.com/2026

  9. Silicon-Carbon Battery Tech Ends EV Range Anxiety 10-Min 0–80% Charge

    Imagine charging 80% of your electric vehicle’s battery in under 10 minutes and achieving over 400 miles on a single charge. Group14 Technologies’ silicon-carbon anode material, SCC55®, promises substantial advancements in EV battery capabilities, addressing some of the key barriers to mass adoption by improving both range and charging speeds…….Continue reading…. By Brian Iselin Source:  Autoblog . Critics: In the automotive industry, safety means that users, operators, […]

    onlinemarketingscoops.com/2026

  10. Scientists Solve Dendrite-Induced Short Circuits in Solid-State Batteries

    📰 Original title: The biggest problem with solid-state batteries may finally be solved

    🤖 IA: It's clickbait ⚠️
    👥 Users: It's clickbait ⚠️

    View full AI summary en.killbait.com/scientists-sol

    #technology #solidstatebatteries #dendrites #batterysafety

  11. Scientists Solve Dendrite-Induced Short Circuits in Solid-State Batteries

    📰 Original title: The biggest problem with solid-state batteries may finally be solved

    🤖 IA: It's clickbait ⚠️
    👥 Users: It's clickbait ⚠️

    View full AI summary en.killbait.com/scientists-sol

    #technology #solidstatebatteries #dendrites #batterysafety

  12. Scientists Solve Dendrite-Induced Short Circuits in Solid-State Batteries

    📰 Original title: The biggest problem with solid-state batteries may finally be solved

    🤖 IA: It's clickbait ⚠️
    👥 Users: It's clickbait ⚠️

    View full AI summary en.killbait.com/scientists-sol

    #technology #solidstatebatteries #dendrites #batterysafety

  13. Scientists Solve Dendrite-Induced Short Circuits in Solid-State Batteries

    📰 Original title: The biggest problem with solid-state batteries may finally be solved

    🤖 IA: It's clickbait ⚠️
    👥 Users: It's clickbait ⚠️

    View full AI summary en.killbait.com/scientists-sol

    #technology #solidstatebatteries #dendrites #batterysafety

  14. Scientists Solve Dendrite-Induced Short Circuits in Solid-State Batteries

    📰 Original title: The biggest problem with solid-state batteries may finally be solved

    🤖 IA: It's clickbait ⚠️
    👥 Users: It's clickbait ⚠️

    View full AI summary en.killbait.com/scientists-sol

    #technology #solidstatebatteries #dendrites #batterysafety

  15. Toy Headbands, Electronic Pet Cage-Dinosaur Tribes, and My Pet Bird Cute Bird Tribes All Contain Dangerous Buttons Batteries. Their battery compartments can be easily accessed by children. #ToyRecall #ChildSafety #ProductRecall #BatterySafety #ParentAlert
    instagram.com/p/DZdL3nMBgR1/

  16. Toy Headbands, Electronic Pet Cage-Dinosaur Tribes, and My Pet Bird Cute Bird Tribes All Contain Dangerous Buttons Batteries. Their battery compartments can be easily accessed by children. #ToyRecall #ChildSafety #ProductRecall #BatterySafety #ParentAlert
    instagram.com/p/DZdL3nMBgR1/

  17. ACCC sues Amazon Australia over children's backpack battery safety labels: Australia's ACCC today filed a Federal Court case against Amazon over alleged missing button battery warnings on children's unicorn backpacks sold via FBA. ppc.land/accc-sues-amazon-aust #ACCC #AmazonAustralia #ProductSafety #ConsumerProtection #BatterySafety

  18. ACCC sues Amazon Australia over children's backpack battery safety labels: Australia's ACCC today filed a Federal Court case against Amazon over alleged missing button battery warnings on children's unicorn backpacks sold via FBA. ppc.land/accc-sues-amazon-aust #ACCC #AmazonAustralia #ProductSafety #ConsumerProtection #BatterySafety

  19. ACCC sues Amazon Australia over children's backpack battery safety labels: Australia's ACCC today filed a Federal Court case against Amazon over alleged missing button battery warnings on children's unicorn backpacks sold via FBA. ppc.land/accc-sues-amazon-aust #ACCC #AmazonAustralia #ProductSafety #ConsumerProtection #BatterySafety

  20. Misco Sports Badminton Toy Sets Contain Dangerous Button Batteries. The shuttlecocks in these sets contain button cell batteries that can be easily accessed by children. #RecallAlert #ToyRecall #ChildSafety #BatterySafety #ParentingTips
    instagram.com/p/DY5H3hAvMah/

  21. Misco Sports Badminton Toy Sets Contain Dangerous Button Batteries. The shuttlecocks in these sets contain button cell batteries that can be easily accessed by children. #RecallAlert #ToyRecall #ChildSafety #BatterySafety #ParentingTips
    instagram.com/p/DY5H3hAvMah/

  22. Malker Bicycle Light Sets Have An Ingestion Risk. The button cell batteries in these units are easily accessible, posing a risk of serious injury or death if swallowed and violating required safety standards. #recallalert #batterysafety #productrecall #childsafety #safetyalert
    instagram.com/p/DYXzRJztymi/

  23. Malker Bicycle Light Sets Have An Ingestion Risk. The button cell batteries in these units are easily accessible, posing a risk of serious injury or death if swallowed and violating required safety standards. #recallalert #batterysafety #productrecall #childsafety #safetyalert
    instagram.com/p/DYXzRJztymi/

  24. The battery miracle online is doing the most

    All-solid-state battery diagram by Luca Bertoli, CC BY-SA 4.0, via Wikimedia Commons.

    Dear Cherubs, the internet has once again discovered a battery so perfect it sounds like it came from a pitch deck written by a caffeinated intern and approved by gravity itself. The specific 90-second charge, 99.7% storage retention, and 5,000-cycle package circulating online was not verifiable from primary sources I checked, so the smart move is to treat it as a viral claim, not a finished breakthrough.

    Reality check

    What is real is the bigger trend: solid-state batteries replace the flammable liquid electrolyte used in conventional lithium-ion cells with a solid ion conductor, which can improve safety and potentially raise energy density. MIT has been making that case for years, while also pointing out that the interface between materials is still the part where the dream gets stuck in traffic.

    That interface problem is not a footnote. MIT’s recent coverage says solid-state cells are still plagued by dendrites that can short-circuit the battery, and a 2020 MIT review lays out the rest of the mess: chemical stability, mechanical stability, processing, and long-term performance. In other words, the field is advancing, just not in the magical “plug in for 90 seconds and disappear for six months” way social media likes to sell it.

    DOE’s battery overview says solid-state batteries can be safer because they are less prone to leakage from damage or swelling in hot temperatures, but it also notes that some designs still use a little liquid at the cathode to reduce interfacial resistance. Translation: progress, yes. Fairy dust, no.

    Why it matters

    The good news is that the field is moving. In 2025, Stellantis and Factorial Energy said they validated automotive-sized solid-state cells with 375 Wh/kg energy density and fast charging from 15% to 90% in 18 minutes, with a demonstration fleet planned for 2026. That is not “two-minute EV charging,” but it is a serious step forward, which is how real engineering usually behaves when nobody is trying to go viral.

    So the right takeaway is not that battery problems have been solved. It is that researchers keep making the hard part less impossible. If the viral post was pointing at a real advance, it was probably one brick in a wall, not the wall itself. The upside is still huge: safer packs, longer life, and faster charging. The downside is that physics remains deeply committed to being inconvenient.

    Sources:
    MIT Department of Materials Science and Engineering — https://dmse.mit.edu/news/why-solid-state-batteries-keep-short-circuiting/
    MIT News — https://news.mit.edu/2017/toward-solid-lithium-batteries-0202
    MIT Review PDF — https://ecm.mit.edu/pubs/articles/10.1002_aenm.202002689.pdf
    U.S. Department of Energy — https://www.energy.gov/cmei/ammto/breaking-it-down-next-generation-batteries
    U.S. Department of Energy — https://www.energy.gov/cmei/ammto/breaking-it-down-next-generation-batteries
    Stellantis — https://www.stellantis.com/en/news/press-releases/2025/april/stellantis-and-factorial-energy-reach-key-milestone-in-solid-state-battery-development
    Wikimedia Commons image source — https://commons.wikimedia.org/wiki/File:All-Solid-State_Battery.png

    The Thisclaimer logo blends a classic warning symbol with a brain icon to represent critical thinking, curiosity, and thoughtful disclaimers. #batterySafety #batteryTechnology #cleanEnergy #climateChange #electricVehicles #energy #energyStorage #fastCharging #lithiumIon #mit #renewableEnergy #research #solidStateBatteries #sustainability #technology
  25. The battery miracle online is doing the most

    All-solid-state battery diagram by Luca Bertoli, CC BY-SA 4.0, via Wikimedia Commons.

    Dear Cherubs, the internet has once again discovered a battery so perfect it sounds like it came from a pitch deck written by a caffeinated intern and approved by gravity itself. The specific 90-second charge, 99.7% storage retention, and 5,000-cycle package circulating online was not verifiable from primary sources I checked, so the smart move is to treat it as a viral claim, not a finished breakthrough.

    Reality check

    What is real is the bigger trend: solid-state batteries replace the flammable liquid electrolyte used in conventional lithium-ion cells with a solid ion conductor, which can improve safety and potentially raise energy density. MIT has been making that case for years, while also pointing out that the interface between materials is still the part where the dream gets stuck in traffic.

    That interface problem is not a footnote. MIT’s recent coverage says solid-state cells are still plagued by dendrites that can short-circuit the battery, and a 2020 MIT review lays out the rest of the mess: chemical stability, mechanical stability, processing, and long-term performance. In other words, the field is advancing, just not in the magical “plug in for 90 seconds and disappear for six months” way social media likes to sell it.

    DOE’s battery overview says solid-state batteries can be safer because they are less prone to leakage from damage or swelling in hot temperatures, but it also notes that some designs still use a little liquid at the cathode to reduce interfacial resistance. Translation: progress, yes. Fairy dust, no.

    Why it matters

    The good news is that the field is moving. In 2025, Stellantis and Factorial Energy said they validated automotive-sized solid-state cells with 375 Wh/kg energy density and fast charging from 15% to 90% in 18 minutes, with a demonstration fleet planned for 2026. That is not “two-minute EV charging,” but it is a serious step forward, which is how real engineering usually behaves when nobody is trying to go viral.

    So the right takeaway is not that battery problems have been solved. It is that researchers keep making the hard part less impossible. If the viral post was pointing at a real advance, it was probably one brick in a wall, not the wall itself. The upside is still huge: safer packs, longer life, and faster charging. The downside is that physics remains deeply committed to being inconvenient.

    Sources:
    MIT Department of Materials Science and Engineering — https://dmse.mit.edu/news/why-solid-state-batteries-keep-short-circuiting/
    MIT News — https://news.mit.edu/2017/toward-solid-lithium-batteries-0202
    MIT Review PDF — https://ecm.mit.edu/pubs/articles/10.1002_aenm.202002689.pdf
    U.S. Department of Energy — https://www.energy.gov/cmei/ammto/breaking-it-down-next-generation-batteries
    U.S. Department of Energy — https://www.energy.gov/cmei/ammto/breaking-it-down-next-generation-batteries
    Stellantis — https://www.stellantis.com/en/news/press-releases/2025/april/stellantis-and-factorial-energy-reach-key-milestone-in-solid-state-battery-development
    Wikimedia Commons image source — https://commons.wikimedia.org/wiki/File:All-Solid-State_Battery.png

    The Thisclaimer logo blends a classic warning symbol with a brain icon to represent critical thinking, curiosity, and thoughtful disclaimers. #batterySafety #batteryTechnology #cleanEnergy #climateChange #electricVehicles #energy #energyStorage #fastCharging #lithiumIon #mit #renewableEnergy #research #solidStateBatteries #sustainability #technology
  26. The battery miracle online is doing the most

    All-solid-state battery diagram by Luca Bertoli, CC BY-SA 4.0, via Wikimedia Commons.

    Dear Cherubs, the internet has once again discovered a battery so perfect it sounds like it came from a pitch deck written by a caffeinated intern and approved by gravity itself. The specific 90-second charge, 99.7% storage retention, and 5,000-cycle package circulating online was not verifiable from primary sources I checked, so the smart move is to treat it as a viral claim, not a finished breakthrough.

    Reality check

    What is real is the bigger trend: solid-state batteries replace the flammable liquid electrolyte used in conventional lithium-ion cells with a solid ion conductor, which can improve safety and potentially raise energy density. MIT has been making that case for years, while also pointing out that the interface between materials is still the part where the dream gets stuck in traffic.

    That interface problem is not a footnote. MIT’s recent coverage says solid-state cells are still plagued by dendrites that can short-circuit the battery, and a 2020 MIT review lays out the rest of the mess: chemical stability, mechanical stability, processing, and long-term performance. In other words, the field is advancing, just not in the magical “plug in for 90 seconds and disappear for six months” way social media likes to sell it.

    DOE’s battery overview says solid-state batteries can be safer because they are less prone to leakage from damage or swelling in hot temperatures, but it also notes that some designs still use a little liquid at the cathode to reduce interfacial resistance. Translation: progress, yes. Fairy dust, no.

    Why it matters

    The good news is that the field is moving. In 2025, Stellantis and Factorial Energy said they validated automotive-sized solid-state cells with 375 Wh/kg energy density and fast charging from 15% to 90% in 18 minutes, with a demonstration fleet planned for 2026. That is not “two-minute EV charging,” but it is a serious step forward, which is how real engineering usually behaves when nobody is trying to go viral.

    So the right takeaway is not that battery problems have been solved. It is that researchers keep making the hard part less impossible. If the viral post was pointing at a real advance, it was probably one brick in a wall, not the wall itself. The upside is still huge: safer packs, longer life, and faster charging. The downside is that physics remains deeply committed to being inconvenient.

    Sources:
    MIT Department of Materials Science and Engineering — https://dmse.mit.edu/news/why-solid-state-batteries-keep-short-circuiting/
    MIT News — https://news.mit.edu/2017/toward-solid-lithium-batteries-0202
    MIT Review PDF — https://ecm.mit.edu/pubs/articles/10.1002_aenm.202002689.pdf
    U.S. Department of Energy — https://www.energy.gov/cmei/ammto/breaking-it-down-next-generation-batteries
    U.S. Department of Energy — https://www.energy.gov/cmei/ammto/breaking-it-down-next-generation-batteries
    Stellantis — https://www.stellantis.com/en/news/press-releases/2025/april/stellantis-and-factorial-energy-reach-key-milestone-in-solid-state-battery-development
    Wikimedia Commons image source — https://commons.wikimedia.org/wiki/File:All-Solid-State_Battery.png

    The Thisclaimer logo blends a classic warning symbol with a brain icon to represent critical thinking, curiosity, and thoughtful disclaimers. #batterySafety #batteryTechnology #cleanEnergy #climateChange #electricVehicles #energy #energyStorage #fastCharging #lithiumIon #mit #renewableEnergy #research #solidStateBatteries #sustainability #technology
  27. The battery miracle online is doing the most

    All-solid-state battery diagram by Luca Bertoli, CC BY-SA 4.0, via Wikimedia Commons.

    Dear Cherubs, the internet has once again discovered a battery so perfect it sounds like it came from a pitch deck written by a caffeinated intern and approved by gravity itself. The specific 90-second charge, 99.7% storage retention, and 5,000-cycle package circulating online was not verifiable from primary sources I checked, so the smart move is to treat it as a viral claim, not a finished breakthrough.

    Reality check

    What is real is the bigger trend: solid-state batteries replace the flammable liquid electrolyte used in conventional lithium-ion cells with a solid ion conductor, which can improve safety and potentially raise energy density. MIT has been making that case for years, while also pointing out that the interface between materials is still the part where the dream gets stuck in traffic.

    That interface problem is not a footnote. MIT’s recent coverage says solid-state cells are still plagued by dendrites that can short-circuit the battery, and a 2020 MIT review lays out the rest of the mess: chemical stability, mechanical stability, processing, and long-term performance. In other words, the field is advancing, just not in the magical “plug in for 90 seconds and disappear for six months” way social media likes to sell it.

    DOE’s battery overview says solid-state batteries can be safer because they are less prone to leakage from damage or swelling in hot temperatures, but it also notes that some designs still use a little liquid at the cathode to reduce interfacial resistance. Translation: progress, yes. Fairy dust, no.

    Why it matters

    The good news is that the field is moving. In 2025, Stellantis and Factorial Energy said they validated automotive-sized solid-state cells with 375 Wh/kg energy density and fast charging from 15% to 90% in 18 minutes, with a demonstration fleet planned for 2026. That is not “two-minute EV charging,” but it is a serious step forward, which is how real engineering usually behaves when nobody is trying to go viral.

    So the right takeaway is not that battery problems have been solved. It is that researchers keep making the hard part less impossible. If the viral post was pointing at a real advance, it was probably one brick in a wall, not the wall itself. The upside is still huge: safer packs, longer life, and faster charging. The downside is that physics remains deeply committed to being inconvenient.

    Sources:
    MIT Department of Materials Science and Engineering — https://dmse.mit.edu/news/why-solid-state-batteries-keep-short-circuiting/
    MIT News — https://news.mit.edu/2017/toward-solid-lithium-batteries-0202
    MIT Review PDF — https://ecm.mit.edu/pubs/articles/10.1002_aenm.202002689.pdf
    U.S. Department of Energy — https://www.energy.gov/cmei/ammto/breaking-it-down-next-generation-batteries
    U.S. Department of Energy — https://www.energy.gov/cmei/ammto/breaking-it-down-next-generation-batteries
    Stellantis — https://www.stellantis.com/en/news/press-releases/2025/april/stellantis-and-factorial-energy-reach-key-milestone-in-solid-state-battery-development
    Wikimedia Commons image source — https://commons.wikimedia.org/wiki/File:All-Solid-State_Battery.png

    The Thisclaimer logo blends a classic warning symbol with a brain icon to represent critical thinking, curiosity, and thoughtful disclaimers. #batterySafety #batteryTechnology #cleanEnergy #climateChange #electricVehicles #energy #energyStorage #fastCharging #lithiumIon #mit #renewableEnergy #research #solidStateBatteries #sustainability #technology
  28. The battery miracle online is doing the most

    All-solid-state battery diagram by Luca Bertoli, CC BY-SA 4.0, via Wikimedia Commons.

    Dear Cherubs, the internet has once again discovered a battery so perfect it sounds like it came from a pitch deck written by a caffeinated intern and approved by gravity itself. The specific 90-second charge, 99.7% storage retention, and 5,000-cycle package circulating online was not verifiable from primary sources I checked, so the smart move is to treat it as a viral claim, not a finished breakthrough.

    Reality check

    What is real is the bigger trend: solid-state batteries replace the flammable liquid electrolyte used in conventional lithium-ion cells with a solid ion conductor, which can improve safety and potentially raise energy density. MIT has been making that case for years, while also pointing out that the interface between materials is still the part where the dream gets stuck in traffic.

    That interface problem is not a footnote. MIT’s recent coverage says solid-state cells are still plagued by dendrites that can short-circuit the battery, and a 2020 MIT review lays out the rest of the mess: chemical stability, mechanical stability, processing, and long-term performance. In other words, the field is advancing, just not in the magical “plug in for 90 seconds and disappear for six months” way social media likes to sell it.

    DOE’s battery overview says solid-state batteries can be safer because they are less prone to leakage from damage or swelling in hot temperatures, but it also notes that some designs still use a little liquid at the cathode to reduce interfacial resistance. Translation: progress, yes. Fairy dust, no.

    Why it matters

    The good news is that the field is moving. In 2025, Stellantis and Factorial Energy said they validated automotive-sized solid-state cells with 375 Wh/kg energy density and fast charging from 15% to 90% in 18 minutes, with a demonstration fleet planned for 2026. That is not “two-minute EV charging,” but it is a serious step forward, which is how real engineering usually behaves when nobody is trying to go viral.

    So the right takeaway is not that battery problems have been solved. It is that researchers keep making the hard part less impossible. If the viral post was pointing at a real advance, it was probably one brick in a wall, not the wall itself. The upside is still huge: safer packs, longer life, and faster charging. The downside is that physics remains deeply committed to being inconvenient.

    Sources:
    MIT Department of Materials Science and Engineering — https://dmse.mit.edu/news/why-solid-state-batteries-keep-short-circuiting/
    MIT News — https://news.mit.edu/2017/toward-solid-lithium-batteries-0202
    MIT Review PDF — https://ecm.mit.edu/pubs/articles/10.1002_aenm.202002689.pdf
    U.S. Department of Energy — https://www.energy.gov/cmei/ammto/breaking-it-down-next-generation-batteries
    U.S. Department of Energy — https://www.energy.gov/cmei/ammto/breaking-it-down-next-generation-batteries
    Stellantis — https://www.stellantis.com/en/news/press-releases/2025/april/stellantis-and-factorial-energy-reach-key-milestone-in-solid-state-battery-development
    Wikimedia Commons image source — https://commons.wikimedia.org/wiki/File:All-Solid-State_Battery.png

    The Thisclaimer logo blends a classic warning symbol with a brain icon to represent critical thinking, curiosity, and thoughtful disclaimers. #batterySafety #batteryTechnology #cleanEnergy #climateChange #electricVehicles #energy #energyStorage #fastCharging #lithiumIon #mit #renewableEnergy #research #solidStateBatteries #sustainability #technology
  29. Sanlebi Pet Vet Playsets Contain Dangerous Button Batteries. The nail grinders and otoscopes in these playsets contain button batteries. #RecallAlert #ChildSafety #ToyRecall #BatterySafety #ParentAlert
    instagram.com/p/DXsIzPzicF7/

  30. Sanlebi Pet Vet Playsets Contain Dangerous Button Batteries. The nail grinders and otoscopes in these playsets contain button batteries. #RecallAlert #ChildSafety #ToyRecall #BatterySafety #ParentAlert
    instagram.com/p/DXsIzPzicF7/

  31. Casely Wireless Portable Power Banks Light Up. The lithium-ion batteries in these power banks overheat and ignite creating serious fire and burn hazards. #RecallAlert #FireHazard #BatterySafety #TechRecall #ConsumerSafety
    instagram.com/p/DXsG0DMlQzR/

  32. Casely Wireless Portable Power Banks Light Up. The lithium-ion batteries in these power banks overheat and ignite creating serious fire and burn hazards. #RecallAlert #FireHazard #BatterySafety #TechRecall #ConsumerSafety
    instagram.com/p/DXsG0DMlQzR/

  33. BUILT LUUM Light Up Tumblers Have Ingestible Button Batteries. These tumblers break apart and expose button cell batteries create choking and ingestion hazards for children. #RecallAlert #ChildSafety #BatterySafety #ProductRecall #HomeSafety
    instagram.com/p/DWo-FMEjKzn/

  34. BUILT LUUM Light Up Tumblers Have Ingestible Button Batteries. These tumblers break apart and expose button cell batteries create choking and ingestion hazards for children. #RecallAlert #ChildSafety #BatterySafety #ProductRecall #HomeSafety
    instagram.com/p/DWo-FMEjKzn/

  35. Sunnyyes LED Mini Lights Contain Dangerous Button Batteries. These light sets have child-accessible lithium coin batteries in a remote control battery compartment. #RecallAlert #ChildSafety #BatterySafety #HomeSafety #ProductRecall
    instagram.com/p/DWo7WuwD6CH/

  36. Sunnyyes LED Mini Lights Contain Dangerous Button Batteries. These light sets have child-accessible lithium coin batteries in a remote control battery compartment. #RecallAlert #ChildSafety #BatterySafety #HomeSafety #ProductRecall
    instagram.com/p/DWo7WuwD6CH/

  37. Cheap lithium-ion batteries can look identical on the outside — but be dangerously different inside.

    A CT study scanning 1,000 18650 cells found some ultra-cheap brands missing key safety protections and showing serious internal defects — things you cannot see.

    I use these cells in my T-Beams. Brand matters.
    The Surprising Flaws in 18650 Lithium-Ion Batteries
    youtube.com/watch?v=-Y23nfAOiXQ

    Details:
    salemdata.net/johnpress/?p=499

    #BatterySafety #18650 #Meshtastic #LoRa #ESP32 #Electronics #DIY

  38. Cheap lithium-ion batteries can look identical on the outside — but be dangerously different inside.

    A CT study scanning 1,000 18650 cells found some ultra-cheap brands missing key safety protections and showing serious internal defects — things you cannot see.

    I use these cells in my T-Beams. Brand matters.
    The Surprising Flaws in 18650 Lithium-Ion Batteries
    youtube.com/watch?v=-Y23nfAOiXQ

    Details:
    salemdata.net/johnpress/?p=499

    #BatterySafety #18650 #Meshtastic #LoRa #ESP32 #Electronics #DIY

  39. Cheap lithium-ion batteries can look identical on the outside — but be dangerously different inside.

    A CT study scanning 1,000 18650 cells found some ultra-cheap brands missing key safety protections and showing serious internal defects — things you cannot see.

    I use these cells in my T-Beams. Brand matters.
    The Surprising Flaws in 18650 Lithium-Ion Batteries
    youtube.com/watch?v=-Y23nfAOiXQ

    Details:
    salemdata.net/johnpress/?p=499

    #BatterySafety #18650 #Meshtastic #LoRa #ESP32 #Electronics #DIY

  40. Cheap lithium-ion batteries can look identical on the outside — but be dangerously different inside.

    A CT study scanning 1,000 18650 cells found some ultra-cheap brands missing key safety protections and showing serious internal defects — things you cannot see.

    I use these cells in my T-Beams. Brand matters.
    The Surprising Flaws in 18650 Lithium-Ion Batteries
    youtube.com/watch?v=-Y23nfAOiXQ

    Details:
    salemdata.net/johnpress/?p=499

    #BatterySafety #18650 #Meshtastic #LoRa #ESP32 #Electronics #DIY

  41. Cheap lithium-ion batteries can look identical on the outside — but be dangerously different inside.

    A CT study scanning 1,000 18650 cells found some ultra-cheap brands missing key safety protections and showing serious internal defects — things you cannot see.

    I use these cells in my T-Beams. Brand matters.
    The Surprising Flaws in 18650 Lithium-Ion Batteries
    youtube.com/watch?v=-Y23nfAOiXQ

    Details:
    salemdata.net/johnpress/?p=499

    #BatterySafety #18650 #Meshtastic #LoRa #ESP32 #Electronics #DIY

  42. I’ve worked in fire safety management and training for 28 years. In that time, one hazard has grown from niche to everyday risk: lithium-ion battery fires. These incidents don’t behave like “normal” fires — and that difference is critical for safety. 🧵
    #FireSafety
    #LithiumIon
    #BatterySafety
    #FirePrevention
    #christmas
    #Electric

  43. I’ve worked in fire safety management and training for 28 years. In that time, one hazard has grown from niche to everyday risk: lithium-ion battery fires. These incidents don’t behave like “normal” fires — and that difference is critical for safety. 🧵
    #FireSafety
    #LithiumIon
    #BatterySafety
    #FirePrevention
    #christmas
    #Electric

  44. I’ve worked in fire safety management and training for 28 years. In that time, one hazard has grown from niche to everyday risk: lithium-ion battery fires. These incidents don’t behave like “normal” fires — and that difference is critical for safety. 🧵
    #FireSafety
    #LithiumIon
    #BatterySafety
    #FirePrevention
    #christmas
    #Electric

  45. I’ve worked in fire safety management and training for 28 years. In that time, one hazard has grown from niche to everyday risk: lithium-ion battery fires. These incidents don’t behave like “normal” fires — and that difference is critical for safety. 🧵
    #FireSafety
    #LithiumIon
    #BatterySafety
    #FirePrevention
    #christmas
    #Electric

  46. I’ve worked in fire safety management and training for 28 years. In that time, one hazard has grown from niche to everyday risk: lithium-ion battery fires. These incidents don’t behave like “normal” fires — and that difference is critical for safety. 🧵
    #FireSafety
    #LithiumIon
    #BatterySafety
    #FirePrevention
    #christmas
    #Electric