A swollen battery can look “offline,” but it may still be active inside. If your phone, laptop, or power bank gets unusually hot and then the casing bulges, you should treat it as a safety incident, not a cosmetic issue. In the US, lithium-ion battery fires have risen sharply in recent years, including a reported … Read more
A battery fire can start with something that looks harmless: a drawer packed too full, a warm garage shelf, or mixed batteries that should never touch. In the U.S., lithium-ion battery incidents linked to improper storage have continued to rise, with 2025 waste and recycling fires reaching a record 448 events. For households, the common … Read more
A battery does not fail all at once, unless something in its cells breaks. More often, you see gradual battery degradation first, with capacity shrinking and runtime falling. Then, under the right stress, battery failure can occur, including sudden shutdowns or rare fire events. Heat, cold, and charging habits drive most of the wear. Chemical … Read more
A damaged lithium-ion battery can fail in a way that does not stay small. The U.S. Consumer Product Safety Commission (CPSC) has reported over 25,000 overheating or fire incidents involving lithium-ion batteries across many consumer products over a multi-year period ending around 2018-2023. Those events can lead to rapid fire spread, toxic fumes, and serious … Read more
A battery thrown into regular trash can end up doing more than sitting in a landfill. In March 2026, lithium batteries were linked to trash truck fires in Burlington, Iowa and Media, Pennsylvania, after batteries ignited during compaction and transport. These events create cleanup costs, safety risks, and air pollution. Because of that, the obligation … Read more
Silent acceleration, smooth starts, and no engine noise come with a condition. Your batteries in electric vehicles must store energy, manage it safely, and deliver it on demand. In practice, that battery pack becomes the vehicle’s main energy source, feeding electricity to the drive motor through controlled power electronics. Because EV systems run on electricity, … Read more
Batteries have become one of the main reasons solar and wind can send power on demand, not just when weather cooperates. As of 2026, global battery storage installations are forecast to reach about 297 GWh, even with slowdowns in some regions. In the United States, the buildout has moved from pilot scale into grid-scale planning, … Read more
If your energy bill keeps climbing, you’re not alone. In early 2026, many US homeowners also face more frequent outages and tougher peak-rate pricing. That’s where home energy storage systems can help. A storage system captures extra power from solar panels or the grid, then saves it in batteries. Later, it releases that power to … Read more
Solar and wind can’t always match when people need power. Energy storage systems fix that by saving electricity when it’s available, then releasing it later. That matters for more than homes. Data centers, hospitals, and factories need power that stays steady, even when the grid hiccups. So batteries are moving from “nice to have” to … Read more
One reason EVs feel like they’re improving every year is simple: battery tech is moving faster than most other big industries. And if you’ve ever watched a phone battery go from “one day” to “two days,” you’ve already seen the pattern. Now the stakes are higher. In 2026, the global battery market is heading toward … Read more