Difference between revisions of "Translations:Lead acid battery/11/en"

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*End users that are capable of maintaining a battery (with proper training and protective equipment) or in a location where the system can be serviced by technicians.
 
*End users that are capable of maintaining a battery (with proper training and protective equipment) or in a location where the system can be serviced by technicians.
*Users must have reliable access to distilled water was any other form of water has impurities and will damage the battery.
+
*Users must have reliable access to distilled water was any other form of water has impurities and will damage the battery over time.
*Require a secure space with proper ventilation due to the combined hazard of the batteries spilling acid and their tendency to release significant amounts of hydrogen gas.
+
*Require a secure space with proper ventilation due to the combined hazard of the batteries spilling acid and their tendency to release significant amounts of hydrogen gas. They also create a noxious sulfur smell. The combination of these risks means that ideally flooded batteries should always be stored in a room that is secure and not regularly inhabited like a storage room, shed, or garage.
 
*May not be the best battery type with either extreme high or low temperatures.
 
*May not be the best battery type with either extreme high or low temperatures.
 
*Low budget and high energy needs.
 
*Low budget and high energy needs.

Latest revision as of 09:14, 11 February 2021

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Message definition (Lead acid battery)
*End users that are capable of maintaining a battery (with proper training and protective equipment) or in a location where the system can be serviced by technicians.
*Users must have reliable access to distilled water was any other form of water has impurities and will damage the battery over time.
*Require a secure space with proper ventilation due to the combined hazard of the batteries spilling acid and their tendency to release significant amounts of hydrogen gas. They also create a noxious sulfur smell. The combination of these risks means that ideally flooded batteries should always be stored in a room that is secure and not regularly inhabited like a storage room, shed, or garage.
*May not be the best battery type with either extreme high or low temperatures.
*Low budget and high energy needs.
Translation*End users that are capable of maintaining a battery (with proper training and protective equipment) or in a location where the system can be serviced by technicians.
*Users must have reliable access to distilled water was any other form of water has impurities and will damage the battery over time.
*Require a secure space with proper ventilation due to the combined hazard of the batteries spilling acid and their tendency to release significant amounts of hydrogen gas. They also create a noxious sulfur smell. The combination of these risks means that ideally flooded batteries should always be stored in a room that is secure and not regularly inhabited like a storage room, shed, or garage.
*May not be the best battery type with either extreme high or low temperatures.
*Low budget and high energy needs.
  • End users that are capable of maintaining a battery (with proper training and protective equipment) or in a location where the system can be serviced by technicians.
  • Users must have reliable access to distilled water was any other form of water has impurities and will damage the battery over time.
  • Require a secure space with proper ventilation due to the combined hazard of the batteries spilling acid and their tendency to release significant amounts of hydrogen gas. They also create a noxious sulfur smell. The combination of these risks means that ideally flooded batteries should always be stored in a room that is secure and not regularly inhabited like a storage room, shed, or garage.
  • May not be the best battery type with either extreme high or low temperatures.
  • Low budget and high energy needs.