Green energy startup NDB, which is developing a high-power self-charging diamond-based alpha, beta, and neutron voltaic battery that it claims provides up to thousands of years of charge, has announced the completion of two successful Proofs of Concept tests of its nano diamond battery (NDB). by Rich Pell @

In the tests, which were conducted at Lawrence Livermore National Laboratory and the Cavendish Laboratory at Cambridge University, the battery, says the company, achieved a breakthrough 40% charge – a significant improvement over commercial diamonds, which have only 15% charge collection efficiency. The company also announced its first two beta customers, including a leader in nuclear fuel cycle products and services and a leading global aerospace, defense, and security manufacturing company.

The company’s proprietary, universal, self-charging battery creates energy from recycled radioactive waste and is claimed to be able to provide a charge for the entire lifetime of a device or machine, with up to 28,000 years of battery life depending on the radioisotope being used. Its technology, says the company, is poised to completely transform the concept of energy, and can power devices and machines of any size, from aircraft and rockets to electric vehicles, hearing aids, smartphones, sensors and more, all with no carbon emissions.

Our team is bringing together leaders in the nanotechnology, nuclear science, and diamond fields with military, academic and research backgrounds, and combining our unique mix of expertise has made it possible for us to crack the code in developing this groundbreaking, life-changing solution,” says Nima Golsharifi, CEO and co-founder of NDB. “Moreover, as members of society, we are extremely concerned about the welfare of the planet and are focused on lowering climate change to protect our planet for future generations. With the NDB battery, we have achieved a massive, groundbreaking, proprietary technological breakthrough of a battery that is emission-free, lasts thousands of years, and only requires access to natural air in order to power devices.


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