Scientists and technicians have begun to develop new battery technologies, such as graphene, sodium ions, organic batteries, etc. Even environmental noise, urine, and water droplets may supply power to consumer electronics.
Obviously, we are not the first to explore future battery technology. In the absence of a breakthrough in lithium batteries, scientists and technicians have begun to develop new battery technologies, such as graphene, sodium ions, organic batteries, carbon batteries, and even environmental noise, urine, and water droplets. Electronic products are powered. Of course, these new battery technologies are still under development, and there is a steady stream of new concepts to join. For the time being, we don't know which technology will become mainstream in the future, but they are definitely worthy of attention.
Foam battery
Technology company Prieto believes that the future of batteries is 3D. The company used a foamed copper substrate to create a new battery that is safer, less flammable, and has longer battery life, faster charging speeds, and lower manufacturing costs. Prieto plans to first promote its products in the field of wearable devices and gradually extend to mobile phones and even electric drive vehicles.
2. Solid state battery
Scientists at the Massachusetts Institute of Technology worked with Samsung to develop solid-state battery projects. It is reported that solid-state batteries are safer and longer lasting than lithium-ion batteries, can be charged hundreds of thousands of times, and even increase power by changing the density. However, there is no more accurate information about the technology at present, and it is believed that it is still in a very early stage of research and development.
3. 6 minutes filled with nano batteries
Also from the Massachusetts Institute of Technology, scientists have created a new type of nano-battery that is three times the capacity of existing products and can be recharged in as little as six minutes. At the same time, it does not generate power attenuation over time. The technology's larger highlights are low-cost, easy to scale, and may soon appear in the market.
4. Aluminum graphite battery
Scientists at Stanford University have developed an aluminum graphite battery that can be recharged in less than a minute. The advantage is that the material is flexible, long lasting and fast charging, but the only problem is that the capacity is only half that of current lithium batteries.
5. Alfa battery
The Alfa battery uses the principle of an aluminum air battery to achieve 40 times the power of a lithium battery. This technology needs to be recharged by water injection, which lasts for 14 days and is expected to be launched later this year to solve the charging problem of electric vehicles.
6. Skin battery
In fact, human beings themselves are excellent power generators. After experimentation, scientists have successfully powered 12 LED bulbs through the power generated by skin friction, which means that human skin can fully power wearable products. The technology generates electricity by rubbing a 50 nm thick metal film with extremely small metal dots underneath the skin.
7. Lumopack mobile power
Lumopack is a mobile power source that has recently received much attention on crowdfunding platforms. Its biggest selling point is that it can be filled with an iPhone 6 in just 6 minutes. Its core technology is 140W high power, which is twice as impressive as current mainstream technology.
8. Origami battery
The Jenax J.Flex battery is a paper-based battery with a very flexible form that folds and supports waterproofing, enabling 200,000 non-destructive folding, meaning it can be placed in wearable devices such as smart watches. It is expected to become the key to power supply for flexible electronic devices.
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