Difference between revisions of "Translations:Inverter programming/4/en"

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*'''[[Special:MyLanguage/Low voltage disconnect|Low voltage disconnect]]:''' An inverter can be set to automatically cease inverting if the battery bank voltage reaches a certain minimum value in order to protect the it from deep discharges that can greatly reduce [[Special:MyLanguage/Energy storage|cycle life]]. Typically set at around 20% [[Special:MyLanguage/Energy storage#State of charge (SOC)|state of charge (SOC)]]. It may be also possible to set the value at which the inverter begins inverting again to give the battery bank sufficient time to recharge - a higher value than 20% SOC is recommended.
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*'''[[Special:MyLanguage/Low voltage disconnect|Low voltage disconnect]]:''' An inverter can be set to automatically cease inverting if the energy storage system voltage reaches a certain minimum value in order to protect the it from deep discharges that can greatly reduce [[Special:MyLanguage/Energy storage|cycle life]]. Typically set at around 20% [[Special:MyLanguage/Energy storage#State of charge (SOC)|state of charge (SOC)]] for lead acid batteries. It may be also possible to set the value at which the inverter begins to function again to give the energy storage system sufficient time to recharge - a higher value than 20% SOC is recommended.

Latest revision as of 14:02, 9 March 2021

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Message definition (Inverter programming)
*'''[[Special:MyLanguage/Low voltage disconnect|Low voltage disconnect]]:''' An inverter can be set to automatically cease inverting if the energy storage system voltage reaches a certain minimum value in order to protect the it from deep discharges that can greatly reduce [[Special:MyLanguage/Energy storage|cycle life]]. Typically set at around 20% [[Special:MyLanguage/Energy storage#State of charge (SOC)|state of charge (SOC)]] for lead acid batteries. It may be also possible to set the value at which the inverter begins to function again to give the energy storage system sufficient time to recharge - a higher value than 20% SOC is recommended.
Translation*'''[[Special:MyLanguage/Low voltage disconnect|Low voltage disconnect]]:''' An inverter can be set to automatically cease inverting if the energy storage system voltage reaches a certain minimum value in order to protect the it from deep discharges that can greatly reduce [[Special:MyLanguage/Energy storage|cycle life]]. Typically set at around 20% [[Special:MyLanguage/Energy storage#State of charge (SOC)|state of charge (SOC)]] for lead acid batteries. It may be also possible to set the value at which the inverter begins to function again to give the energy storage system sufficient time to recharge - a higher value than 20% SOC is recommended.
  • Low voltage disconnect: An inverter can be set to automatically cease inverting if the energy storage system voltage reaches a certain minimum value in order to protect the it from deep discharges that can greatly reduce cycle life. Typically set at around 20% state of charge (SOC) for lead acid batteries. It may be also possible to set the value at which the inverter begins to function again to give the energy storage system sufficient time to recharge - a higher value than 20% SOC is recommended.
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