CANID 0x5BC

• CAN ID: 0x5BC
• Name: x5BC
• Data length (DLC): 8
• Transmitter: HVBAT

Byte-Level Representation [ 0 --> 7]

Byte-Level Layout

Byte 0	Byte 1	Byte 2	Byte 3	Byte 4	Byte 5	Byte 6	Byte 7
LB_Remain_Capacity_GIDS	LB_Remain_Capacity_GIDS	CapacityBars	LB_Temperature_Segment_For_Dash	LB_Capacity_Deterioration_Rate	LB_Remain_Charge_Time_Condition	LB_Remain_Charge_Time	LB_Remain_Charge_Time

Bit-Level Views [7 --> 0]

Bit-Level Layout of Byte 2

Bit 7	Bit 6	Bit 5	Bit 4	Bit 3	Bit 2	Bit 1	Bit 0
CapacityBars	CapacityBars	CapacityBars	CapacityBars	Reserved	Reserved	Reserved	Reserved

Bit-Level Layout of Byte 4

Bit 7	Bit 6	Bit 5	Bit 4	Bit 3	Bit 2	Bit 1	Bit 0
LB_Capacity_Deterioration_Rate	LB_Capacity_Deterioration_Rate	LB_Capacity_Deterioration_Rate	LB_Capacity_Deterioration_Rate	LB_Capacity_Deterioration_Rate	LB_Capacity_Deterioration_Rate	LB_Capacity_Deterioration_Rate	Mux_5BC

Bit-Level Layout of Byte 5

Bit 7	Bit 6	Bit 5	Bit 4	Bit 3	Bit 2	Bit 1	Bit 0
LB_Output_Power_Limit_Reason	LB_Output_Power_Limit_Reason	LB_Remain_Charge_Time_Condition	LB_Remain_Charge_Time_Condition	LB_Remain_Charge_Time_Condition	LB_Remain_Charge_Time_Condition	LB_Remain_Charge_Time_Condition	Reserved

Signal Definitions

Detailed Signal Information

Signal Name	Start Bit	Length (bits)	Factor	Offset	Unit	Minimum	Maximum	Description
LB_Remain_Capacity_GIDS	7	10	1	0	gids	0	500	0-281 for 24kWh, 0-363 for 30kWh, 0-498 for 40kWh, 0-775 for 62kWh 1 LSB = 80WH LB_CAPR (aka 'gids') is an 80Wh resolution capacity indication used by the GOM and combined with LB_FULLCAP on gen1 Leafs to generate the capacity dashes behind the GOM.
LB_Remaining_Capacity_Segments	16	8	1	0	–	0	240	Contains chargebars and capacitybars, alternating depending on mux. Simplified lower down in the message
ChargeBars	20	4	1	0	-	0	15	Range 0-15 (Below data from test at 0%SOC, writing values to bus) 15 = 12 chargebars 14 = 12 chargebars 13 = 11 chargebars 12 = 10 chargebars 11 = 9 chargebars 10 = 8 chargebars ! 9 = 8 chargebars ! 8 = 7 chargebars 7 = 6 chargebars 6 = 5 chargebars 5 = 4 chargebars ! 4 = 4 chargebars ! 3 = 3 chargebars 2 = 2 chargebars 1 = 1 chargebars 0 = 0 chargebars
CapacityBars	20	4	1	0	-	0	15	Range 0-15 Below test data by writing to bus and seeing what happens 15 = 12 capacitybars 14 = 12 capacitybars 13 = 11 capacitybars 12 = 10 capacitybars 11 = 9 capacitybars 10 = 8 capacitybars ! 9 = 8 capacitybars ! 8 = 7 capacitybars 7 = 6 capacitybars 6 = 5 capacitybars 5 = 4 capacitybars ! 4 = 4 capacitybars ! 3 = 3 capacitybars 2 = 2 capacitybars 1 = 1 capacitybars 0 = 0 capacitybars,
LB_Temperature_Segment_For_Dash	24	8	0.4166666	0	%	0	100	For instrumentation cluster. Unit is %, times 5/12 according to documentation, kinda strange .Should be average of the 3 sensors inside the battery pack.
LB_Remain_Cap_Segment_Swit_Flag	32	1	1	0	status	0	1
Mux_5BC	32	4	1	0	–	–	–	Multiplexor
LB_Capacity_Deterioration_Rate	33	7	1	0	%	0	100	SOH (State-of-Health) Effects the charge gauge, lower numbers mean more chargebars
LB_MaxGIDS	44	1	1	0	–	–	–	Only 30kWh AZE0 has this. When this value is 1, the GIDS number is at its maximum.(LB_Remain_Capacity_GIDS)
LB_Output_Power_Limit_Reason	45	3	1	0	modemask	0	7	Indicates why power is limited
LB_Remain_Charge_Time_Condition	41	5	1	0	modemask	0	30	Mux for LB_Remain_charge_time 00000b = Quick charge 01001b = Normal Charge 200V SOC100% 01010b = Normal Charge 200V SOC80% 10001b = Normal Charge 100V SOC100% 10010b = Normal Charge 100V SOC80% 11111b = Invalid value
LB_Remain_Charge_Time	52	13	1	0	minutes	0	8190	1FFFh is used as "Unavailable value"