Difference between revisions of "Translations:Inverter/18/en"

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*'''Pure sine wave (PSW):''' An inverter that outputs AC in a sine wave that is indistinguishable from that supplied by the electricity grid. The creation of a pure sine wave requires a more complex inverter design that costs more, but the additional cost of a pure sine wave inverter often bring additional efficiency and quality. It is recommended that any system that relies on AC continuously to supply loads incorporate a PSW inverter.
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*'''Pure sine wave (PSW):''' An inverter that outputs AC in a sine wave that is indistinguishable from that supplied by the electricity grid. The creation of a pure sine wave requires a more complex inverter design that costs more, but the additional cost of a pure sine wave inverter often bring additional efficiency and quality. If the budget allows it, it is recommended that any system that relies on AC continuously to supply loads incorporate a PSW inverter.

Latest revision as of 18:16, 11 February 2021

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Message definition (Inverter)
*'''Pure sine wave (PSW):''' An inverter that outputs AC in a sine wave that is indistinguishable from that supplied by the electricity grid. The creation of a pure sine wave requires a more complex inverter design that costs more, but the additional cost of a pure sine wave inverter often bring additional efficiency and quality. If the budget allows it, it is recommended that any system that relies on AC continuously to supply loads incorporate a PSW inverter.
Translation*'''Pure sine wave (PSW):''' An inverter that outputs AC in a sine wave that is indistinguishable from that supplied by the electricity grid. The creation of a pure sine wave requires a more complex inverter design that costs more, but the additional cost of a pure sine wave inverter often bring additional efficiency and quality. If the budget allows it, it is recommended that any system that relies on AC continuously to supply loads incorporate a PSW inverter.
  • Pure sine wave (PSW): An inverter that outputs AC in a sine wave that is indistinguishable from that supplied by the electricity grid. The creation of a pure sine wave requires a more complex inverter design that costs more, but the additional cost of a pure sine wave inverter often bring additional efficiency and quality. If the budget allows it, it is recommended that any system that relies on AC continuously to supply loads incorporate a PSW inverter.