NEWS  News  January 13, 2024  Reading time: 2 Minute(s)

Max (RS editor)

Betavolt Technology, a Beijing-based startup, is capturing the attention with its groundbreaking nuclear battery technology. Drawing inspiration from the long-lasting pacemaker and space components, Betavolt is on a mission to revolutionize the power supply industry with its innovative BV100 model—a tiny 15 x 15 x 5mm battery that taps into the potential of radioactive decay to provide a reliable source of electricity.

 BETAVOLT TECHNOLOGY - BV100 PORTABLE ATOMIC BATTERY 

The BV100 challenges conventional notions of risk associated with nuclear energy, especially considering materials like Plutonium. Betavolt's approach diverges from the norm, incorporating a diamond semiconductor and a decaying nickel isotope. This strategic design not only aims to harness atomic energy efficiently but also mitigates potential hazards such as radiation emission and the production of toxic chemicals.

The Chinese firm claims its nuclear battery can power various devices for an astounding 50 years without the need for recharging. Betavolt Technology stands out in this domain by pioneering the "miniaturization of atomic energy batteries". The BV100 squeezes 63 nuclear isotopes into a module smaller than a coin, producing 100 microwatts of electricity.

The BV100 is not just compact; it boasts a 3V voltage output, making it a formidable player in the portable power game. These miniature batteries can be connected in series to generate even more power, hinting at a future where smartphones remain charged indefinitely, potentially rendering conventional chargers obsolete.

 THE INCREDIBLE SMALL SIZE OF THE BV100 BATTERY 

The use of radioactive decay for electricity generation is not entirely new, with pacemakers and spacecraft relying on similar technology. However, the risk associated with radioactive elements like Plutonium has deterred widespread adoption.

However, the risk associated with radioactive elements like Plutonium has deterred widespread adoption. Betavolt's solution addresses these safety concerns. The company assures that there is zero radiation leakage and no toxic chemicals involved, as nickel-63 transforms into copper.

Betavolt's nuclear battery is not only safe but also robust, with an operational range spanning from a freezing -60 degrees Celsius to a scorching 120 degrees Celsius. This resilience makes it suitable for various applications, from aerospace and AI gear to medical equipment, small drones, sensors, and micro-robots.

Looking ahead, Betavolt aims to scale its technology, with plans to create tiny batteries capable of producing one watt by 2025. The company envisions its atomic energy batteries as the go-to solution for a continuous power supply across diverse scenarios.

 IMAGES CREDIT: BETAVOLT TECHNOLOGY | COVER IMAGE BY MACROVECTOR ON FREEPIK