Difference between revisions of "Translations:Lithium-ion battery/23/en"

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*Higher upfront investment. Although the cost per cycle of some lithium-ion energy storage systems is comparable to that of lead acid batteries.
 
*Higher upfront investment. Although the cost per cycle of some lithium-ion energy storage systems is comparable to that of lead acid batteries.
*Very sensitive to over-discharging and over-charging. The amount of current that can be inputted/outputted is limited and if exceeded can irreparably damage the batteries.  
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*Very sensitive to over-discharging and over-charging. The input and output current is limited and if exceeded can irreparably damage the batteries.  
 
*Require a battery management system.
 
*Require a battery management system.
 
*Risk of thermal runaway events.
 
*Risk of thermal runaway events.

Latest revision as of 10:11, 11 February 2021

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Message definition (Lithium-ion battery)
*Higher upfront investment. Although the cost per cycle of some lithium-ion energy storage systems is comparable to that of lead acid batteries.
*Very sensitive to over-discharging and over-charging. The input and output current is limited and if exceeded can irreparably damage the batteries. 
*Require a battery management system.
*Risk of thermal runaway events.
*Far more sensitive to low temperatures. Cannot be charged below 0°C.
*Limited availability.
*Limited compatible equipment availability.
Translation*Higher upfront investment. Although the cost per cycle of some lithium-ion energy storage systems is comparable to that of lead acid batteries.
*Very sensitive to over-discharging and over-charging. The input and output current is limited and if exceeded can irreparably damage the batteries. 
*Require a battery management system.
*Risk of thermal runaway events.
*Far more sensitive to low temperatures. Cannot be charged below 0°C.
*Limited availability.
*Limited compatible equipment availability.
  • Higher upfront investment. Although the cost per cycle of some lithium-ion energy storage systems is comparable to that of lead acid batteries.
  • Very sensitive to over-discharging and over-charging. The input and output current is limited and if exceeded can irreparably damage the batteries.
  • Require a battery management system.
  • Risk of thermal runaway events.
  • Far more sensitive to low temperatures. Cannot be charged below 0°C.
  • Limited availability.
  • Limited compatible equipment availability.