Difference between revisions of "Translations:Stand-alone system configurations/12/en"

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An ideal system for systems that have limited load requirements like [[Special:MyLanguage/Lighting|lighting]], cell phone charging, a radio, [[Special:MyLanguage/Energy efficient loads|an energy efficient DC TV]], and [[Special:MyLanguage/Energy efficient loads|an energy efficient DC fan]]. DC appliances do not suffer from the efficiency losses of an [[Special:MyLanguage/Inverter|inverter]], the standby consumption of an inverter, nor from downtime resulting from an inverter failure.
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An ideal system for applications that have limited load requirements like [[Special:MyLanguage/Lighting|lighting]], cell phone charging, a radio, [[Special:MyLanguage/Energy efficient loads|an energy efficient DC TV]], and [[Special:MyLanguage/Energy efficient loads|an energy efficient DC fan]]. DC appliances do not suffer from the efficiency losses of an [[Special:MyLanguage/Inverter|inverter]], the standby consumption of an inverter, nor from downtime resulting from an inverter failure.

Latest revision as of 18:19, 13 March 2021

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Message definition (Stand-alone system configurations)
An ideal system for applications that have limited load requirements like [[Special:MyLanguage/Lighting|lighting]], cell phone charging, a radio, [[Special:MyLanguage/Energy efficient loads|an energy efficient DC TV]], and [[Special:MyLanguage/Energy efficient loads|an energy efficient DC fan]]. DC appliances do not suffer from the efficiency losses of an [[Special:MyLanguage/Inverter|inverter]], the standby consumption of an inverter, nor from downtime resulting from an inverter failure.
TranslationAn ideal system for applications that have limited load requirements like [[Special:MyLanguage/Lighting|lighting]], cell phone charging, a radio, [[Special:MyLanguage/Energy efficient loads|an energy efficient DC TV]], and [[Special:MyLanguage/Energy efficient loads|an energy efficient DC fan]]. DC appliances do not suffer from the efficiency losses of an [[Special:MyLanguage/Inverter|inverter]], the standby consumption of an inverter, nor from downtime resulting from an inverter failure.

An ideal system for applications that have limited load requirements like lighting, cell phone charging, a radio, an energy efficient DC TV, and an energy efficient DC fan. DC appliances do not suffer from the efficiency losses of an inverter, the standby consumption of an inverter, nor from downtime resulting from an inverter failure.