An international team has developed a nickel-iron battery prototype that recharges in seconds and can endure over 12,000 cycles, equivalent to 30 years of daily use, making it ideal for storing solar energy despite lower energy density than lithium-ion
An illustration of the design. PIC COURTESY/UCLA
An international research collaboration has developed a nickel-iron battery prototype that recharges in seconds and maintains its performance for over 12,000 cycles.
This endurance is equivalent to more than 30 years of daily recharges.
It is a good fit for storing excess electricity generated at solar farms during the daytime. However, it does not yet match the energy density of lithium-ion batteries.
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