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<onlyinclude>
This is a rough roadside assistant for understanding the ''resting'' pack voltage to [[SoC]] relationship.
: YMMV literally.
{| class="wikitable sortable"
!Pack at rest (V)
!SoC (%)
|-
|95||0
|-
|102||50
|-
|106||60
|-
|108||70
|-
|110||80
|-
|116.4||100
|}
[https://www.electric.motorcycles/post/how-oems-calculate-battery-capacity-and-why-it-s-not-totally-their-fault-they-are-wrong How OEMs calculate Battery Capacity, and why it's not totally their fault they are wrong by Brandon Nozaki Miller]
</onlyinclude>
[[File:Voltage_vs_soc.png|thumb|left|Voltage vs % State of Charge (SoC)]]
[[Category:Quick Reference]]
This is a rough roadside assistant for understanding the ''resting'' pack voltage to [[SoC]] relationship.
: YMMV literally.
{| class="wikitable sortable"
!Pack at rest (V)
!SoC (%)
|-
|95||0
|-
|102||50
|-
|106||60
|-
|108||70
|-
|110||80
|-
|116.4||100
|}
[https://www.electric.motorcycles/post/how-oems-calculate-battery-capacity-and-why-it-s-not-totally-their-fault-they-are-wrong How OEMs calculate Battery Capacity, and why it's not totally their fault they are wrong by Brandon Nozaki Miller]
</onlyinclude>
[[File:Voltage_vs_soc.png|thumb|left|Voltage vs % State of Charge (SoC)]]
[[Category:Quick Reference]]
