Technological progress in lithium-ion batteries has been slow. At present, lithium-ion batteries are much higher than lead-acid and nickel-metal hydride batteries in terms of energy density, high and low temperature characteristics, and multiplier performance, but it is still difficult to meet the rapidly rising demand of electronic products and electric vehicles.In recent years, researchers have worked to improve the energy density (volume-to-volume ratio), value, safety, environmental impact and trial life of lithium-ion batteries, and are designing new types of batteries.But Patherini says the traditional lithium-ion battery technology is now nearing a bottleneck, and the space for further optimization is limited.
Scientists are now working on new batteries that have more energy storage and a longer life span, especially in different fields, because none is suitable for all fields.In the current situation of lithium-ion battery technology development, lithium-ion battery contributes to the development of innovative technology.They are light and durable, and have inestimable value in the development of drone consumer technology.
Not long ago, Chinese scientists developed a lithium-ion battery that can be used at minus 70 degrees Celsius, which could be used in extremely cold areas and even in outer space, which sounds like a scary day.According to the researchers, the new battery is inexpensive and environmentally friendly, but the important time to become commercially available is that its energy density is too low to match traditional lithium-ion batteries.
Recently, technological innovation in the battery sector.A research team at Harvard University has developed a new type of flow battery using an electrolyte that is non-toxic, noncorrosive, pH-neutral, and has a life of more than 10 years.The team says the flow battery can be used not only in smartphones, but also in new energy applications, including renewable energy, with better safety and longevity than current battery products, the team said.
Recently, technological innovation in the battery sector.A research team at Harvard University has developed a new type of flow battery using an electrolyte that is non-toxic, noncorrosive, pH-neutral, and has a life of more than 10 years.The team says the flow battery can be used not only in smartphones, but also in new energy applications, including renewable energy, with better safety and longevity than current battery products, the team said.
Another type of battery has also made a technological breakthrough.A new type of solid-state battery is developed.The solid-state battery is smaller than traditional lithium-ion batteries, a solid electrode and solid electrolyte, with low power density, high energy density, the same power, solid-state battery volume is smaller than conventional lithium-ion batteries.
Post time: Jun-26-2022