Differences

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--- electrical:12v:drop-in_lifepo4 [2022/09/15 18:28]
frater_secessus [myth: lithium doesn't need absorption]
+++ electrical:12v:drop-in_lifepo4 [2022/09/15 18:29]
frater_secessus [myth: lithium doesn't need absorption]
@@ Line 193: / Line 193: @@
 Most charts and tables showing voltage v. SoC assume moderate rates of charge like 0.2[[electrical:12v:battery_capacity|C]] (20A per 100Ah of capacity).  At that rate the charts are reasonably accurate.
-**Very high charge rates**, as sometimes seen with [[id=electrical:12v:drop-in_lifepo4#mythyou_must_use_dc-dc_for_alternator_charging_li|alternator charging]] or large [[electrical:converter|shore power chargers]], can throw off these chart estimates. 0.8C charging might only yield 80% SoC when one expected 90%. Conversely, **very low charge rates** may result in unintentional overcharge;  98% instead of 90%.
+**Very high charge rates**, as sometimes seen with [[electrical:12v:drop-in_lifepo4#mythyou_must_use_dc-dc_for_alternator_charging_li|alternator charging]] or large [[electrical:converter|shore power chargers]], can throw off these chart estimates. 0.8C charging might only yield 80% SoC when one expected 90%. Conversely, **very low charge rates** may result in unintentional overcharge;  98% instead of 90%.
 One rule of thumb is that the bank is fully charged when you are at your target voltage and current acceptance has decreased to ≤0.10C.

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