Batteries of Tomorrow: A Look at the Future of Battery Technology

The world, science, and technology are forever on the run! People these days also do not like to stick to something for a long time. Therefore, their constant craving and demand for more make researchers and scientists look for something new and innovative every day.

When it comes to batteries, several technological breakthroughs have been taking place recently in the industry. Instead of using the same Li-ion rechargeable batteries, modern day consumers want to try something more effective and beneficial.

For a better understanding of the batteries of tomorrow, keep reading this guide!

Top 4 new battery technologies that may change the future

  1. NanoBolt Lithium Tungsten Batteries

Scientists have discovered a new type of battery by adding tungsten and copper multi-layered nanotubes. This brand-new technology creates a web-like nanostructure by making a bond with the copper anode. As a result, lots of ions can attach to the surface during the charging and discharging phase. Therefore, these batteries can get charged exceptionally faster, along with storing lots of energy for a long time. For these amazing features, this battery will surely go a long way.

Nano bolt lithium tungsten
  • Organosilicon electrolyte batteries

Over the last two or three decades, the entire world has seen many accidents caused by sudden electrolyte explosions. Generally, these destructive incidents take place while working with or using lithium-based batteries. Therefore, with the development of technology, many scientists have gone through lots of research and finally introduced the only organosilicon electrolyte batteries that do not contain any carbonate-based solvent system, such as Li-ion batteries. As a result, many industries, the military field, and other platforms are already using this battery to ensure a safer life.

  • Gold nanowire gel electrolyte batteries

Gel, being lesser explosive than liquids, gold nanowire gel electrolyte batteries have become another new-age battery. After coating the gold nanowires with manganese gels and covering them with electrolyte gel, researchers at the University of California made this battery. The charging and holding capacity of these batteries is high. While traditional batteries can only go through around six thousand cycles after one charge, these can go up to twenty thousand cycles without any issue.

Gold nanowire battery
  • TankTwo String Cell Batteries

Keeping the charging procedure and time of electronic vehicles in mind, scientists have introduced another futuristic battery containing small individual self-organizing cells. All of them are covered with conductive material that offers them to connect without much effort. This battery can turn the charging hours of electronic vehicles into minutes.

Key features of the latest battery technologies

The latest designs and technologies used in batteries have defeated the old conventional batteries in many ways. Some latest features of the future battery technologies include:

  • They can store more energy per volume/weight
  • Longer lifespan
  • Safer to use and less flammable
  • Fast charging capability
  • Lesser Levelized cost of energy (LCOE)

Conclusion With the growth of technology and the awareness of researchers and consumers, battery technology is constantly growing. Looking at the new technologies recently been introduced, it would not be wrong to predict that the day is not far when the new battery technologies will replace our conventional Li-ion batteries forever.