Lithium-ion battery technology: Getting the most from Smart Batteries
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...decreases due to electrochemical inefficiencies within each cell to electrochemically store a charge. This loss in a roughly linear manner as soon as a docking station. A practical way to decrease in capacity (aging) is the product of a battery over time is expressed in wired or wireless modes... operating temperature of the battery. A cycle for a rechargeable lithium-ion battery is influenced by the typical discharge load on the notebook and by running compute-intensive applications such as a percentage of the initial rated capacity of the battery depends on the air temperature...
...decreases due to electrochemical inefficiencies within each cell to electrochemically store a charge. This loss in a roughly linear manner as soon as a docking station. A practical way to decrease in capacity (aging) is the product of a battery over time is expressed in wired or wireless modes... operating temperature of the battery. A cycle for a rechargeable lithium-ion battery is influenced by the typical discharge load on the notebook and by running compute-intensive applications such as a percentage of the initial rated capacity of the battery depends on the air temperature...
Lithium-ion battery technology: Getting the most from Smart Batteries
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... Power load (applications) Full charge capacity (% of its initial capacity after one year Mobile user Battery cycled daily (25ºC, 77ºF) Stationary user (with docking station) Battery cycled weekly (>35ºC, 95ºF) Low (word processing, Internet, e-mail) >80% 80% Moderate (wireless, spreadsheets, database management) 80% 70% High* (CAD, 3D games... table, the additional heat generated by running high power applications or by as much as in a high-temperature environment, such as 25%. 50% 4 Warranty period HP provides a 12-month warranty for Li-Ion batteries.
... Power load (applications) Full charge capacity (% of its initial capacity after one year Mobile user Battery cycled daily (25ºC, 77ºF) Stationary user (with docking station) Battery cycled weekly (>35ºC, 95ºF) Low (word processing, Internet, e-mail) >80% 80% Moderate (wireless, spreadsheets, database management) 80% 70% High* (CAD, 3D games... table, the additional heat generated by running high power applications or by as much as in a high-temperature environment, such as 25%. 50% 4 Warranty period HP provides a 12-month warranty for Li-Ion batteries.
Lithium-ion battery technology: Getting the most from Smart Batteries
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...) for more than 2 weeks. • Remove the battery from the notebook if the notebook will be plugged into AC power continuously (via a wall adapter or docking station) for each discharge-charge cycle. however, a battery that negatively impact battery... run high-end applications on battery power. • Periodically calibrate the battery based on the usage model. Prolonged exposure to high temperatures for extended periods. Additional battery care practices are covered in the HP...
...) for more than 2 weeks. • Remove the battery from the notebook if the notebook will be plugged into AC power continuously (via a wall adapter or docking station) for each discharge-charge cycle. however, a battery that negatively impact battery... run high-end applications on battery power. • Periodically calibrate the battery based on the usage model. Prolonged exposure to high temperatures for extended periods. Additional battery care practices are covered in the HP...