Bifalgorithm post

This tiny battery runs for 50 years without charging. It's called the BV100. And if you stack enough of them, a phone would never need charging again. Unlike regular batteries, it doesn't store power. It makes its own. Inside is Nickel 63, a metal that slowly falls apart, releasing tiny sparks of electricity. A layer of diamonds captures these sparks and turns them into power. This process lasts 50 years, giving the battery its lifespan. NASA has used these batteries since 1977 to power probes. Your phone uses about 15 watt hours per day, and the next BV100 battery generates around 24 watt hours daily for 50 years straight. Subscribe for more.

This tiny battery runs for 50 years without charging. It's called the BV100. And if you stack enough of them, a phone would never need charging again. Unlike r…

Ideas in this flowchart

  • BV100 Battery Overview
  • Battery Characteristics
  • 50-Year Lifespan
  • No Charging Required
  • Power Generation
  • Nickel 63 Decay
  • Electricity Sparks
  • Diamond Layer
  • Energy Conversion
  • Applications
  • NASA Probes
  • Potential for Phones
  • Energy Output
  • 24 Watt Hours Daily
  • Phone Usage Comparison
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This tiny battery runs for 50 years without charging. It's called the BV100. And if you stack enough of them, a phone would never need charging again. Unlike regular batteries, it doesn't store power. It makes its own. Inside is Nickel 63, a metal that slowly falls apart, releasing tiny sparks of electricity. A layer of diamonds captures these sparks and turns them into power. This process lasts 50 years, giving the battery its lifespan. NASA has used these batteries since 1977 to power probes. Your phone uses about 15 watt hours per day, and the next BV100 battery generates around 24 watt hours daily for 50 years straight. Subscribe for more.

"This tiny battery runs for 50 years without charging."

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