Some researchers have managed to create an incredible battery prototype: it takes around 50 years to fully discharge. The secret of this longevity lies in its operating method which allows it to continue producing energy.
There electric mobility it is one of the most important and fascinating challenges of our time. This is an ever-evolving, demanding sector innovation and research to offer increasingly efficient, sustainable and convenient solutions.
Electricity is not just a question of energy saving and reduction of emissions, but also of quality of life, security and opportunities. Innovation in this field is essential to create new technologies, new business models and new services that can meet the needs of an increasingly dynamic and connected society.
One of the most interesting frontiers of innovation in the electric sector is that of batterieswhich are the heart of every vehicle or device powered by electricity.
Nowadays we can count on incredible tools, as demonstrated by the case of atomic batterya prototype created by some Chinese researchers that promises to revolutionize the world of energy.
The atomic battery
The atomic battery is a battery that uses nuclear energy to produce electricity. This is a technology that has existed for decades, but which until now had only been used for military or space applications, due to its danger and his poor efficiency.
Researchers from the Chinese company Betavolts have announced that they have created a prototype atomic battery that has an amazing feature: lasts 50 years before running out. This means that once switched on, this battery could provide power continuously for half a century, without needing to be recharged or replaced.
The future of this technology
The secret of this battery lies in its material, the nickel 63a radioactive isotope that undergoes beta decay, a process that turns a neutron into a proton, emitting an electron and an antineutrino. The prototype created by Chinese scientists has a power of 100 microwattswhich is very low.
The atomic battery opens up new scenarios for the future of electricity, with the possibility of having very long-lasting batteries. It must be considered that this technology also has disadvantages, since it still it is unknown whether this will be sustainable in large quantities and how expensive it will be. Furthermore, the atomic battery emits radiation, albeit at a low level, which could represent a risk to health and the environment.
