Difference between revisions of "Translations:Inverter/28/en"

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Inverters vary in terms of how efficiently the transform DC into AC. Many inverter manufacturers offer a maximum or peak efficiency number for their products, but this number is not likely to be achieved in practice. Inverters will only achieve these efficiency numbers when under a sufficient load, but the number drops rapidly with less loading. An off-grid inverter in practice will likely be somewhere in the 85-90% efficiency range. The efficiency of an inverter can have a significant impact on system design and performance.
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Inverters vary in terms of how efficiently the transform DC into AC. Many inverter manufacturers offer a maximum or peak efficiency number for their products, but this number is not likely to be achieved in practice. Inverters will only achieve these efficiency numbers when under a sufficient load, but the number drops rapidly with less loading. An off-grid inverter in practice will have an efficiency of 85-90%. The efficiency of an inverter can have a significant impact on system design and performance.

Latest revision as of 18:16, 11 February 2021

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Message definition (Inverter)
Inverters vary in terms of how efficiently the transform DC into AC. Many inverter manufacturers offer a maximum or peak efficiency number for their products, but this number is not likely to be achieved in practice. Inverters will only achieve these efficiency numbers when under a sufficient load, but the number drops rapidly with less loading. An off-grid inverter in practice will have an efficiency of 85-90%. The efficiency of an inverter can have a significant impact on system design and performance.
TranslationInverters vary in terms of how efficiently the transform DC into AC. Many inverter manufacturers offer a maximum or peak efficiency number for their products, but this number is not likely to be achieved in practice. Inverters will only achieve these efficiency numbers when under a sufficient load, but the number drops rapidly with less loading. An off-grid inverter in practice will have an efficiency of 85-90%. The efficiency of an inverter can have a significant impact on system design and performance.

Inverters vary in terms of how efficiently the transform DC into AC. Many inverter manufacturers offer a maximum or peak efficiency number for their products, but this number is not likely to be achieved in practice. Inverters will only achieve these efficiency numbers when under a sufficient load, but the number drops rapidly with less loading. An off-grid inverter in practice will have an efficiency of 85-90%. The efficiency of an inverter can have a significant impact on system design and performance.

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