#betavolt

[miltonmarketing]

China’s Coin-Size “Nuclear” Betavoltaic Cell, Demystified: Real Specs, Real Limits, and Where It Actually Wins

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[el-candelabro]

Tecnología betavoltaica con níquel-63: autonomía energética continua por 50 años

Tecnología betavoltaica con níquel-63: autonomía energética continua por 50 años

[i-k-lie]

Baterai Nuklir China: Betavolt

China dan teknologi seakan tidak bisa dipisahkan. Betavolt, perusahaan asal China berhasil mengembangkan sebuah baterai bertenaga nuklir yang diklaim mampu bertahan bahkan hingga 50 tahun dan aman untuk lingkungan.

Betavolt: Baterai Bertenaga Nuklir asal China, Tahan Sampai 50 Tahun? | KASKUS

Kalau membahas tentang perkembangan teknologi, China memang selalu menjadi salah satu yang terdepan. Inovasi teknologi di China sangat merat

[neosciencehub]

‘Power’ Play: Betavolt Unveils World's First Miniature Nuclear Battery

‘Power’ Play: Betavolt Unveils World's First Miniature Nuclear Battery @neosciencehub #neosciencehub #science #NSH #betavolt #BV100 #bbrightvc #futuretechnology #atomicenergy #NuclearBattery #EnergyInnovation #StartUp #innovation #environment #medical

In an innovative leap, Chinese startup Betavolt has introduced a pioneering nuclear battery, approximately the size of a coin, capable of delivering uninterrupted electricity for an astounding 50 years without requiring recharging. As Betavolt transitions from development to the pilot phase, the Beijing-based firm is setting the stage for mass production and a formidable market debut. Betavolt…

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[cerebrodigital]

Una empresa china acaba de desarrollar la primera batería nuclear 🔋☢ de la historia. Ahora los autos eléctricos tendrán una central nuclear haciéndolos funcionar.

Betavolt presenta la Batería Nuclear BV100 para vehículos eléctricos

Betavolt, la empresa china que acaba de lanzar una propuesta revolucionaria: la batería nuclear BV100, la cual es considerada como una...

[estiqatsi]

L'azienda cinese Betavolt inaugurara l'era dell'energia nucleare commerciale grazie alla prima batteria per smartphone dotata di un'autonomia di 50 anni. La nuova cella per dispositivi mobili, che è ancora in fase pilota e passerà alla produzione industriale tra qualche anno, sfrutta il decadimento radioattivo dell'isotopo nichel-63 e uno speciale semiconduttore in diamante. I test hanno dimostrato che le batterie atomiche sono stabili e possono generare fino a 100 microwatt di potenza e una tensione di 3 volt. Gli sviluppatori sostengono che non c'è alcun rischio per la salute umana. Le batterie non emettono radiazioni e la loro architettura a strati previene possibili incendi. Sono state progettate per essere inserite all'interno di smartphone, droni o micro-robot, ma Betavolt incoraggia anche le applicazioni in campo medico, per esempio per alimentare pacemaker, cuori artificiali e apparecchi acustici. Betavolt ha già registrato i brevetti della nuova creazione a Pechino, e ha intenzione di fare lo stesso anche nel resto del mondo. Secondo l'Independent, l'azienda ha iniziato il processo di produzione delle applicazioni commerciali e il progetto rientrerebbe nel piano di rafforzamento dell'economia cinese per il quinquennio 2021-2025.

https://www.geopop.it/la-batteria-a-energia-atomica-sviluppata-in-cina-e-sicura/

[snap-blogz]

Nuclear Battery Powers Phones for 50 Years!

In a groundbreaking move, Chinese startup Betavolt claims to have achieved the unimaginable - a nuclear battery that could potentially power smartphones for an astounding 50 years without needing a single charge. This technological marvel introduces a new era of energy storage, paving the way for devices that run continuously, without the need for constant charging.

Revolutionizing Power Storage

Betavolt's nuclear battery, described as the next-generation power solution, is a result of miniaturizing atomic energy. The company managed to place 63 nuclear isotopes into a module smaller than a coin, demonstrating a significant leap in energy storage technology. This innovation promises not just long-lasting power for smartphones but envisions applications in aerospace, AI equipment, medical devices, microprocessors, small drones, and micro-robots.

The Science Behind the Breakthrough

The battery operates by converting the energy released from decaying isotopes, using nickel-63 as the radioactive energy source and diamond semiconductors as energy converters. Betavolt's unique approach involves a single-crystal diamond semiconductor and a thin nickel-63 sheet, resulting in a compact design that delivers 100 microwatts of power and 3V voltage. The layered design ensures safety, eliminating the risk of explosions or fires, even when subjected to punctures or high temperatures.

Safety and Environmental Considerations

Addressing concerns about radiation, Betavolt assures the safety of its nuclear battery, emphasizing its suitability for medical devices like pacemakers. After the decay period, the isotopes transform into a stable, non-radioactive isotope of copper, posing no environmental threat. This innovation, according to Betavolt, is both environmentally friendly and safe.

The Future Implications

This revolutionary nuclear battery technology has the potential to transform various industries, from electronics to automotive technology and AI systems. The modular design allows multiple atomic batteries to be connected, providing higher energy output for diverse applications. This advancement aligns with China's 14th Five-Year Plan, aiming to strengthen the country's economy through technological innovation.

Betavolt Commitment

In conclusion, Betavolt's nuclear battery breakthrough signifies a monumental step towards a future where devices no longer rely on traditional charging methods. With the promise of phones that never need charging and drones that can fly indefinitely, this innovation could reshape the landscape of technology, ushering in a new era of sustainable and limitless power. Read the full article

[borcumvarmi]

Nükleer Pillerin Geliştirilmesi: 50 Yıllık Şarjsız Güç Üretimi Çinli girişim Betavolt, şarj veya bakım gerektirmeden 50 yıl boyunca elektrik üretebileceğini iddia ettiği yeni bir nükleer batarya geliştirdi. Betavolt’un geliştirdiği batarya, radyoaktif bir element olan prometyum-147’nin bozunmasından elde edilen beta parçacıklarını kullanır. Beta parçacıkları, bataryadaki bir yarı iletken malzemede elektronları harekete geçirerek elektrik üretir. https://www.varsayilan.com/nukleer-pillerin-gelistirilmesi-50-yillik-sarjsiz-guc-uretimi_581.htm