Tool Panasonic pour read data eep et battery state

[fils]

Hello

Pour utilisateur de Panasonic

L'état des batterie est difficile a connaitre vu impossible a lire en SMbus sur le connecteur.

Dispo pour membre confirmes selectionnés, tool de panasonic pour le faire en windows.

(pas la peine de me souler ni envoyer 50 messages je répond a qui j'ai envie...)

Cherchez vous même si cela va pas assez vite lol.

Tester sur CF54 CF53 et CFD1, 1 clic et hop

Exemple de read :

System Information
EC Ver : xxxxxxxxxxxxxxxxxxxxxxx
BIOS Ver : xxxxxxxxxxxxxxxxxxxxxxx
ModelNumber : xxxxxxxxxxxxxxxxxxxxxxx
Date : 2025/04/22 09:19

Battery1 EEPROM
EEPROM Static data (0100) = 0006
EEPROM Design Capacity (0102) = 4080(mAh)
EEPROM Design Voltage (0104) = 11100(mV)
EEPROM ChargingCurrent (0106) = 1428(mA)
EEPROM ChargingVoltage (0108) = 12600(mV)
EEPROM ChargingVoltage HTP (010A) = 12000(mV)
EEPROM DeviceName (0110) = CF-VZSU0P
EEPROM ManufactureDate (S/N)(0120) = 2019/05/23 (1420)
EEPROM PackRevision (0129) = F
EEPROM BattLow3 Voltage (0130) = 9000(mV)
EEPROM ChgVoltageFull (0132) = 12000(mV)
EEPROM ChgVoltageFull HTP (0134) = 11400(mV)
EEPROM ChargingCurrent HTP (0136) = 1500(mV)
Rev3 Charging Voltage (01E0) = 0(mV)
Rev3 Charging Voltage HTP (01E2) = 0(mV)
Rev3 Full Detect Voltage (01E4) = 0(mV)
Rev3 Full Detect Voltage HTP(01E6) = 0(mV)
Rev4 Quick Charging Current1(01E8) = 80(0.01C)
Rev4 Quick Charging Current2(01E9) = 70(0.01C)
Rev3 Quick Charging Voltage1(01EA) = 12000(mV)
Rev4 Quick Charging Voltage2(01EC) = 12300(mV)
EEPROM Battery Status (0000) = 0000
EEPROM Full Charge Capacity (0004) = 4080(mAh)
EEPROM Remaining Capacity (0008) = (*unused*)
EEPROM Cycle Count OLD (000C) = (*unused*)
EEPROM Cycle Count (0044) = 16
EEPROM StartDate OLD (0010) = (*unused*)
EEPROM StartDate (0048) = 2024/09/06 vs. 00/00/00
EEPROM FullChargeCapacity_H (0014) = 0(mAh)
EEPROM Sum of Charge_mAh (0018) = 801(mAh)
EEPROM ChargeVoltDynamic (001C) = 12000(mV)
EEPROM Auto High temp. (0020) = 0000
EEPROM BattTemp. Min/Max (0024) = -60/194(deg.)
EEPROM AutoHighTempLastDate (0028) = (*unused*)
EEPROM RefreshLastDate (002C) = 00/00/00
EEPROM OnlyChg80StartDate (003C) = (*unused*)
EEPROM BattDegradation (0040) = 0000

Battery1 Status
Power Unit = (10mWh)
Design Capacity = 3623(10mWh)
Last Full Charge Capacity = 0(10mWh)
Battery Technology = Secondary
Design Voltage = 11100(mV)
Battery Status = 01
Battery Present Rate = 1452(10mWh)
Battery Remaining Capacity = 0(10mWh) (0%)
Battery Trip Point = 0(10mWh)
Battery Present Voltage = 11196(mV)
Battery capacity of Warning = 326(10mWh)
Battery capacity of Low = 144(10mWh)
Battery Temperature = 24.5(deg.)
Battery model number field = CF-VZSU0P
Manufacture Date = 2019/05/23
Battery Serial Number = 1420
Battery Type = LION
Cycle count = 16
Battery Condition = 5
Error Code = 0

Battery1 Misc
Power Unit = (10mWh)
Battery Type = Log(PEC)
Voltage = 11196(mV)
Current = -1296(mA)
ChargingVoltage = 12000(mV)
ChargingCurrent = 1500(mA)
VH = 3732(mV)
VM = 3756(mV)
VL = 3743(mV)
VoltageFull detect = 11400(mV)
LowBatt3 setting = 9000(mV)
sumOfCharge_mA = 801(mAs)
sumOfDischarge_mA = 817(mAs)
AmountOfCharge_mA = 65535(mAs)
on-charging time = 652(min)
off-charging time = 953(min)
discharging time = 673(min)
Start Date(RAM) = 2024/09/06
Last Recalibration Date(RAM)= 00/00/00
Charge PWM value = 0h
Step Charge Status = Init.
Revision = 6

LogBattery1
EEPROM
0x1F8 : 00 00 AF 00 00 00 00 00
Registers
PRTC_MODE (0x10) = 5
PACK_STATUS (0x15) = 0



Battery2 EEPROM
Battery2 Not Present

Battery2 Status
Power Unit = (10mWh)
Design Capacity = 0(10mWh)
Last Full Charge Capacity = 65535(10mWh)
Battery Technology = Primary
Design Voltage = 0(mV)
Battery Status = 00
Battery Present Rate = 65535(10mWh)
Battery Remaining Capacity = 65535(10mWh) (0%)
Battery Trip Point = 0(10mWh)
Battery Present Voltage = 65535(mV)
Battery capacity of Warning = 0(10mWh)
Battery capacity of Low = 0(10mWh)
Battery Temperature = -273.2(deg.)
Battery model number field =
Manufacture Date = 00/00/00
Battery Serial Number = 0
Battery Type =
Cycle count = 0
Battery Condition = 0
Error Code = 0

Battery2 Misc
Power Unit = (10mWh)
Battery Type = Log
Voltage = 65535(mV)
Current = 0(mA)
ChargingVoltage = 0(mV)
ChargingCurrent = 0(mA)
VH = 65535(mV)
VM = 65535(mV)
VL = 65535(mV)
VoltageFull detect = 0(mV)
LowBatt3 setting = 0(mV)
sumOfCharge_mA = 0(mAs)
sumOfDischarge_mA = 0(mAs)
AmountOfCharge_mA = 0(mAs)
on-charging time = 0(min)
off-charging time = 0(min)
discharging time = 0(min)
Start Date(RAM) = FF/FF/FF
Last Recalibration Date(RAM)= FF/FF/FF
Charge PWM value = FFh
Step Charge Status = Init.
Revision = 0

LogBattery2
EEPROM
0x1F8 : 00 F4 00 00 18 F4 52 16
Registers
PRTC_MODE (0x10) = FF
PACK_STATUS (0x15) = FF
Bridge Battery
Bridge Battery Exist : 0x00
Main Battery Lid : close
Bridge Battery Voltage : 72(mV)
Bridge Battery Temperture : 3002.8(deg.)
Bridge Battery Deterio Judge : 0x0000
Bridge Battery Pin Status : 0x03

[thomas]

Salut
je ne sais pas si ça fonctionne sur mes vieux CF19, mais je t'envoi un mp.
c'est toujours mieux de pouvoir anticiper le chgt de la batterie.
en tout cas, je suis étonné par le nombre d'infos que cela peut sortir !!!

merci

[fils]

Salut

Sa dépend du bms de la batterie
Je vais regarder pour le 19
Tu connais le type de bms ?

[thomas]

Sincèrement, aucune idée..

[fils]

Ok post une photo avec les références quand tu as le temps je préfère vérifier plutôt qu exécuter outil non étudié pour lol

[thomas]

SAlut
la batterie étant scellée.. c'est pas facile ..
j'en ai dépioté une fois, le bms est dedans, mais tout est parti à la poubelle, irréparrable.