Lithium ion battery
The high energy density and large number of discharge cycles supplied by lithium-ion cells are the most essential things, which make them crucial in mobile phones and electrical vehicles alike. However, there are lots of different ways they are superior to conventional battery chemistries. In addition to the high energy density of the cells, they are able to discharge at a higher power and may then be re-charged a lot more quickly. In applications where charging power or time might be limited, such as solar PV systems or stop-start cars, it is not harmful to function lithium-ion cells always at partial state of charge. This gives them greater operating flexibility than direct acid cells.
Lithium-ion battery life
Life of a lithium-ion battery is typically defined as the amount of total charge-discharge cycles to reach a failure threshold concerning capacity loss or impedance rise. Manufacturers' datasheet typically uses the term"cycle existence" to define lifespan in terms of the amount of cycles to reach 80% of the rated battery capacity. Inactive storage of those batteries also reduces their capacity, so calendar life is used to symbolize the whole battery life cycle involving both the bicycle and inactive storage operations.
Lithium-ion battery charging
A Li-ion battery (a group of Li-ion cells in series) is charged in three phases: Constant Current, Balance (not mandatory once a battery is balanced) and Continuous Voltage.
Lithium-ion battery security
A lithium-ion battery contains not cells, but also a Battery Management System (BMS) that manages its operation and ensures that it doesn't depart from its secure operating area. This is vital for Li-ion batteries as they are sensitive to overcharging, shorts and excessively deep discharge, and may be permanently damaged. Battery management systems can contain a switch that can disconnect the battery charged to capacity, to prevent continuing charging and consequent damage.
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Li-ion battery load
The load characteristics of a lithium-ion cell are fairly good. They assert their nominal voltage of 3.6 V or more before falling off as the last of their fee is used.
The cell's effective capacity is reduced by very high discharge rates, or conversely increased by low discharge rates.
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