Difference between revisions of "Translations:Simplified load evaluation/26/en"
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| − | ====Step 2: | + | ====Step 2: Determine AC energy demand==== |
The total energy demand for all loads must be added up and then it must be multiplied by the average efficiency of the inverter to determine the actual total energy requirement. Inverter efficiency should be assumed to be .85 (85%). Some inverters will list higher peak efficiencies, but they will not achieve that level of efficiency under normal usage. | The total energy demand for all loads must be added up and then it must be multiplied by the average efficiency of the inverter to determine the actual total energy requirement. Inverter efficiency should be assumed to be .85 (85%). Some inverters will list higher peak efficiencies, but they will not achieve that level of efficiency under normal usage. | ||
Latest revision as of 14:45, 24 March 2021
Step 2: Determine AC energy demand
The total energy demand for all loads must be added up and then it must be multiplied by the average efficiency of the inverter to determine the actual total energy requirement. Inverter efficiency should be assumed to be .85 (85%). Some inverters will list higher peak efficiencies, but they will not achieve that level of efficiency under normal usage.
