KnowraLithium-ion batteryLinked fromLinked fromThe 89 pages that link to Lithium-ion battery, each with the reason it gives.All 89Broader topic 26Related 44Narrower topic 10Compared with 9Rare-earth elementCompared with: Unlike common battery chemistries, some nickel-metal hydride batteries use rare-earth-bearing alloys.Lead–acid batteryCompared with: It usually offers greater energy density, while lead–acid often costs less and delivers strong starting current.Nickel–metal hydride batteryCompared with: It generally offers greater energy density, while nickel–metal hydride avoids lithium-based cell chemistry.SupercapacitorCompared with: It generally stores more energy per mass, while supercapacitors deliver power and cycle rapidly.Alkaline batteryCompared with: Unlike typical alkaline cells, it is rechargeable and uses intercalating electrode materials.Nickel–cadmium batteryCompared with: Its higher energy density and lack of cadmium helped it replace nickel–cadmium in many portable devices.Vanadium redox flow batteryCompared with: Lithium-ion cells generally offer higher energy density, while vanadium systems separate tanks from stack power.Atomic batteryCompared with: It stores electrical energy for later use, whereas an atomic battery continuously harvests decay energy.Lithium nitrateCompared with: Despite its lithium content, lithium nitrate is not the standard lithium-ion battery electrolyte.