Ecoflow: Difference between revisions

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The PowerOcean lithium iron phosphate (LFP) batteries continuously consume ~100W when charging or discharging which EcoFlow misrepresent on their dashboard app as an increase in house load. Therefore, unless the battery is at a 100% state of charge (SoC) or at its reserve limit, then the batteries will consume more power (~2.4kWh/day, ~16.8kWh/week and 873.6kWh/year). Also, as each battery pack has a capacity of 5kWh the battery will have drained itself in 2 days @ ~2.4kWh/day.

When solar generation to the PowerOcean inverter increases, the house load also increases, which is assumed to be a misrepresentation of the inverter efficiency losses. Furthermore, the calculated efficiency based on the losses is in the ~80s% which is short of the >96%<ref>https://enterprise-service-eu-cdn.ecoflow.com/enterprise/documentation/1736237468159/EcoFlow%20PowerOcean%20(Single%20Phase)_Datasheet_EN_20241230.pdf#page=2</ref> efficiency claimed.

When solar generation to the PowerOcean inverter increases, the house load also increases, which is assumed to be a misrepresentation of the inverter efficiency losses. Furthermore, the calculated efficiency based on the losses is in the ~80s% which is short of the >96%<ref>https://enterprise-service-eu-cdn.ecoflow.com/enterprise/documentation/1736237468159/EcoFlow%20PowerOcean%20(Single%20Phase)_Datasheet_EN_20241230.pdf#page=2 ([http://web.archive.org/web/20250708180331/https://enterprise-service-eu-cdn.ecoflow.com/enterprise/documentation/1736237468159/EcoFlow%20PowerOcean%20(Single%20Phase)_Datasheet_EN_20241230.pdf Archived])</ref> efficiency claimed.

==References==

[[Category:Ecoflow]]

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 The PowerOcean lithium iron phosphate (LFP) batteries continuously consume ~100W when charging or discharging which EcoFlow misrepresent on their dashboard app as an increase in house load. Therefore, unless the battery is at a 100% state of charge (SoC) or at its reserve limit, then the batteries will consume more power (~2.4kWh/day, ~16.8kWh/week and 873.6kWh/year). Also, as each battery pack has a capacity of 5kWh the battery will have drained itself in 2 days @ ~2.4kWh/day.
-When solar generation to the PowerOcean inverter increases, the house load also increases, which is assumed to be a misrepresentation of the inverter efficiency losses. Furthermore, the calculated efficiency based on the losses is in the ~80s% which is short of the >96%<ref>https://enterprise-service-eu-cdn.ecoflow.com/enterprise/documentation/1736237468159/EcoFlow%20PowerOcean%20(Single%20Phase)_Datasheet_EN_20241230.pdf#page=2</ref> efficiency claimed.
+When solar generation to the PowerOcean inverter increases, the house load also increases, which is assumed to be a misrepresentation of the inverter efficiency losses. Furthermore, the calculated efficiency based on the losses is in the ~80s% which is short of the >96%<ref>https://enterprise-service-eu-cdn.ecoflow.com/enterprise/documentation/1736237468159/EcoFlow%20PowerOcean%20(Single%20Phase)_Datasheet_EN_20241230.pdf#page=2 ([http://web.archive.org/web/20250708180331/https://enterprise-service-eu-cdn.ecoflow.com/enterprise/documentation/1736237468159/EcoFlow%20PowerOcean%20(Single%20Phase)_Datasheet_EN_20241230.pdf Archived])</ref> efficiency claimed.
 ==References==
 <references />
 [[Category:Ecoflow]]