Exploring Future Sustainable Energy Resource - A Review on Diamond Batteries

Diamond batteries present a revolutionary approach to energy storage problems by utilizing the special qualities of both diamonds and radioisotopes, with the potential to produce long-lasting and maintenance-free power sources that might operate for millennia. This technique uses artificial diamonds embedded with radioactive isotopes such as carbon-14 or nickel-63 to operate through betavoltaic conversion. Space exploration, military hardware, medical implants, and Internet Of Things devices are the key applications of this technique. Prototypes with promising capabilities have been exhibited by businesses such as NDB Inc. and Betavolt Technology in recent breakthroughs. There are still challenges to overcome, though, including as expensive production costs, restricted power output, environmental concerns, and scalability problems. Despite these challenges, diamond batteries provide a revolutionary way to store energy and have the ability to recycle radioactive waste while producing clean and long-lasting power. As research advances, this sort of technology has the potential to transform energy solutions for a variety of industries by balancing innovation and sustainability. In a world where energy is becoming more and more important, the invention of diamond batteries is an ideal example of continuing searches for more eco-friendly and productive power sources.