Liste der OBD2-Codes VW id.3 MEB

[FMH]

Gibt es was Neues bei der Dekodierung der OBD2 Kommandaos für den ID.3?
Alle Tools die ich bisher gesehen habe können nur den SoC auslesen...
Und dass wollen sie nichtmal dokumentieren.
Mit OBDeleven sieht man zwar alle Gerät und Parameter - habe leider nicht die genaue Kodierung auf HEX-Ebene für die anderen Tools.
Schade!

[id3family]

Evnotify kann SOC und der Quellcode ist auf GitHub: https://github.com/EVNotify/EVNotify/bl ... s/ID_3.vue

[Lumpf67]

Ich habe jetzt meinen ID.3 1st Max und habe mal den OBDeleven angeschlossen. Viel kann man noch nicht auslesen. Man sieht alle Steuergeräte und deren Software- / Hardware-Versionen. Bei einzelen Steuergeräten wie z.B. Panoramadach kann man ein paar Werte auslesen. z.B. wie viel % ist der Sonnenrollo geschlossen. Und wie oft wurde er bisher auf- oder zugemacht. Die wichtigen Steuergeräte wie z.B. Hochvoltsystem sind nicht auslesbar.
Hier mal ein Beispiel vom Infotainment-Steuergerät. Dort wird auch das bekannte Update von 0564 auf 0570 angezeigt.
IMG_20201117_201728.jpg

Mahlzeit...

BatteryLife hatte den ODB Eleven II am ID3 getestet und neben einer Menge Müll auch die interessanten Sensorwerte wie z.B. AkkuTemperatur und diverse Sensoren ausgelesen. Die sind wohl ziemlich versteckt. Das sieht aber nach deiner Software aus.
Hier das Video. Leider wieder mal englische Sprache.
https://www.youtube.com/watch?v=Lajfq9JjGBY&t=1s

[Lumpf67]

EV-Notify kann wohl bald auch mit dem ID3 umgehen
Battery Life hat die Betaversion in dem Video
https://www.youtube.com/watch?v=WSycHtqtikw
gezeigt.
Scheinbar mit jedem OBD 2 kompatiblen Dongle (für 30 Euro)
Bisher nur Android und auch bisher nur die Beta Version.
Einstellung im Playstore nötig.

Ich finds spannend. Ist nur das falsche Handy

Gruß Lumpf

[FMH]

OBD2 und 12V Problem im VW ID.3 ausprobiert: OBDeleven, CarScanner, EngineLinkLE
https://youtu.be/G-rixkY3IH4

[markus63]

Habe EVNotify(Beta) eben auch probiert, funktioniert problemlos mit einem ELM327 Dongle, die Anzeigen sind noch genau so wie im Video von Battery Life, gelegentlich gibt es kurzzeitige Fehlanzeigen, aber sonst sind die Werte plausibel. Ich habe bisher nur beim Laden getestet, mal sehen wie es beim Fahren aussieht, insbesondere bin ich gespannt wann er der Akku klimatisiert.

[rollergirl]

Cool.
Hab heute ( nach einem Jahr ) Mal wieder den Initial in diesem Threads erwähnten Dongle + Carscanner ausprobiert:
Klappt. Der ganze Scheiiss ist sichtbar. Herrlich

[thezenox]

Ich schmeiße hier einfach mal eine Liste mit den interessantesten Messwerten vom ID.3 in den Raum. In das behinderte Toque "ABC" Format dürft ihr das selbst umschreiben.

Für alle die ein VCDS haben, hier ein Tool um die Umrechnungsformeln schneller bestimmen zu können.
https://github.com/TUMFTM/uds-decoder

Und hier noch wie die Zeilen zu interpretieren sind:

Code: Alles auswählen

[CCAN=UDS,13401,0x17FC007B,8,2000,REG={0x22,0x1E,0x40},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 1
[CCAN=UDS,13402,0x17FC007B,8,2000,REG={0x22,0x1E,0x41},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 2
[CCAN=UDS,13403,0x17FC007B,8,2000,REG={0x22,0x1E,0x42},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 3
[CCAN=UDS,13404,0x17FC007B,8,2000,REG={0x22,0x1E,0x43},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 4
[CCAN=UDS,13405,0x17FC007B,8,2000,REG={0x22,0x1E,0x44},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 5
[CCAN=UDS,13406,0x17FC007B,8,2000,REG={0x22,0x1E,0x45},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 6
[CCAN=UDS,13407,0x17FC007B,8,2000,REG={0x22,0x1E,0x46},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 7
[CCAN=UDS,13408,0x17FC007B,8,2000,REG={0x22,0x1E,0x47},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 8
[CCAN=UDS,13409,0x17FC007B,8,2000,REG={0x22,0x1E,0x48},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 9
[CCAN=UDS,13410,0x17FC007B,8,2000,REG={0x22,0x1E,0x49},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 10
[CCAN=UDS,13411,0x17FC007B,8,2000,REG={0x22,0x1E,0x4A},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 11
[CCAN=UDS,13412,0x17FC007B,8,2000,REG={0x22,0x1E,0x4B},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 12
[CCAN=UDS,13413,0x17FC007B,8,2000,REG={0x22,0x1E,0x4C},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 13
[CCAN=UDS,13414,0x17FC007B,8,2000,REG={0x22,0x1E,0x4D},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 14
[CCAN=UDS,13415,0x17FC007B,8,2000,REG={0x22,0x1E,0x4E},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 15
[CCAN=UDS,13416,0x17FC007B,8,2000,REG={0x22,0x1E,0x4F},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 16
[CCAN=UDS,13417,0x17FC007B,8,2000,REG={0x22,0x1E,0x50},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 17
[CCAN=UDS,13418,0x17FC007B,8,2000,REG={0x22,0x1E,0x51},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 18
[CCAN=UDS,13419,0x17FC007B,8,2000,REG={0x22,0x1E,0x52},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 19
[CCAN=UDS,13420,0x17FC007B,8,2000,REG={0x22,0x1E,0x53},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 20
[CCAN=UDS,13421,0x17FC007B,8,2000,REG={0x22,0x1E,0x54},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 21
[CCAN=UDS,13422,0x17FC007B,8,2000,REG={0x22,0x1E,0x55},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 22
[CCAN=UDS,13423,0x17FC007B,8,2000,REG={0x22,0x1E,0x56},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 23
[CCAN=UDS,13424,0x17FC007B,8,2000,REG={0x22,0x1E,0x57},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 24
[CCAN=UDS,13425,0x17FC007B,8,2000,REG={0x22,0x1E,0x58},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 25
[CCAN=UDS,13426,0x17FC007B,8,2000,REG={0x22,0x1E,0x59},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 26
[CCAN=UDS,13427,0x17FC007B,8,2000,REG={0x22,0x1E,0x5A},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 27
[CCAN=UDS,13428,0x17FC007B,8,2000,REG={0x22,0x1E,0x5B},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 28
[CCAN=UDS,13429,0x17FC007B,8,2000,REG={0x22,0x1E,0x5C},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 29
[CCAN=UDS,13430,0x17FC007B,8,2000,REG={0x22,0x1E,0x5D},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 30
[CCAN=UDS,13431,0x17FC007B,8,2000,REG={0x22,0x1E,0x5E},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 31
[CCAN=UDS,13432,0x17FC007B,8,2000,REG={0x22,0x1E,0x5F},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 32
[CCAN=UDS,13433,0x17FC007B,8,2000,REG={0x22,0x1E,0x60},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 33
[CCAN=UDS,13434,0x17FC007B,8,2000,REG={0x22,0x1E,0x61},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 34
[CCAN=UDS,13435,0x17FC007B,8,2000,REG={0x22,0x1E,0x62},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 35
[CCAN=UDS,13436,0x17FC007B,8,2000,REG={0x22,0x1E,0x63},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 36
[CCAN=UDS,13437,0x17FC007B,8,2000,REG={0x22,0x1E,0x64},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 37
[CCAN=UDS,13438,0x17FC007B,8,2000,REG={0x22,0x1E,0x65},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 38
[CCAN=UDS,13439,0x17FC007B,8,2000,REG={0x22,0x1E,0x66},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 39
[CCAN=UDS,13440,0x17FC007B,8,2000,REG={0x22,0x1E,0x67},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 40
[CCAN=UDS,13441,0x17FC007B,8,2000,REG={0x22,0x1E,0x68},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 41
[CCAN=UDS,13442,0x17FC007B,8,2000,REG={0x22,0x1E,0x69},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 42
[CCAN=UDS,13443,0x17FC007B,8,2000,REG={0x22,0x1E,0x6A},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 43
[CCAN=UDS,13444,0x17FC007B,8,2000,REG={0x22,0x1E,0x6B},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 44
[CCAN=UDS,13445,0x17FC007B,8,2000,REG={0x22,0x1E,0x6C},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 45
[CCAN=UDS,13446,0x17FC007B,8,2000,REG={0x22,0x1E,0x6D},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 46
[CCAN=UDS,13447,0x17FC007B,8,2000,REG={0x22,0x1E,0x6E},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 47
[CCAN=UDS,13448,0x17FC007B,8,2000,REG={0x22,0x1E,0x6F},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 48
[CCAN=UDS,13449,0x17FC007B,8,2000,REG={0x22,0x1E,0x70},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 49
[CCAN=UDS,13450,0x17FC007B,8,2000,REG={0x22,0x1E,0x71},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 50
[CCAN=UDS,13451,0x17FC007B,8,2000,REG={0x22,0x1E,0x72},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 51
[CCAN=UDS,13452,0x17FC007B,8,2000,REG={0x22,0x1E,0x73},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 52
[CCAN=UDS,13453,0x17FC007B,8,2000,REG={0x22,0x1E,0x74},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 53
[CCAN=UDS,13454,0x17FC007B,8,2000,REG={0x22,0x1E,0x75},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 54
[CCAN=UDS,13455,0x17FC007B,8,2000,REG={0x22,0x1E,0x76},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 55
[CCAN=UDS,13456,0x17FC007B,8,2000,REG={0x22,0x1E,0x77},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 56
[CCAN=UDS,13457,0x17FC007B,8,2000,REG={0x22,0x1E,0x78},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 57
[CCAN=UDS,13458,0x17FC007B,8,2000,REG={0x22,0x1E,0x79},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 58
[CCAN=UDS,13459,0x17FC007B,8,2000,REG={0x22,0x1E,0x7A},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 59
[CCAN=UDS,13460,0x17FC007B,8,2000,REG={0x22,0x1E,0x7B},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 60
[CCAN=UDS,13461,0x17FC007B,8,2000,REG={0x22,0x1E,0x7C},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 61
[CCAN=UDS,13462,0x17FC007B,8,2000,REG={0x22,0x1E,0x7D},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 62
[CCAN=UDS,13463,0x17FC007B,8,2000,REG={0x22,0x1E,0x7E},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 63
[CCAN=UDS,13464,0x17FC007B,8,2000,REG={0x22,0x1E,0x7F},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 64
[CCAN=UDS,13465,0x17FC007B,8,2000,REG={0x22,0x1E,0x80},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 65
[CCAN=UDS,13466,0x17FC007B,8,2000,REG={0x22,0x1E,0x81},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 66
[CCAN=UDS,13467,0x17FC007B,8,2000,REG={0x22,0x1E,0x82},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 67
[CCAN=UDS,13468,0x17FC007B,8,2000,REG={0x22,0x1E,0x83},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 68
[CCAN=UDS,13469,0x17FC007B,8,2000,REG={0x22,0x1E,0x84},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 69
[CCAN=UDS,13470,0x17FC007B,8,2000,REG={0x22,0x1E,0x85},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 70
[CCAN=UDS,13471,0x17FC007B,8,2000,REG={0x22,0x1E,0x86},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 71
[CCAN=UDS,13472,0x17FC007B,8,2000,REG={0x22,0x1E,0x87},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 72
[CCAN=UDS,13473,0x17FC007B,8,2000,REG={0x22,0x1E,0x88},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 73
[CCAN=UDS,13474,0x17FC007B,8,2000,REG={0x22,0x1E,0x89},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 74
[CCAN=UDS,13475,0x17FC007B,8,2000,REG={0x22,0x1E,0x8A},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 75
[CCAN=UDS,13476,0x17FC007B,8,2000,REG={0x22,0x1E,0x8B},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 76
[CCAN=UDS,13477,0x17FC007B,8,2000,REG={0x22,0x1E,0x8C},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 77
[CCAN=UDS,13478,0x17FC007B,8,2000,REG={0x22,0x1E,0x8D},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 78
[CCAN=UDS,13479,0x17FC007B,8,2000,REG={0x22,0x1E,0x8E},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 79
[CCAN=UDS,13480,0x17FC007B,8,2000,REG={0x22,0x1E,0x8F},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 80
[CCAN=UDS,13481,0x17FC007B,8,2000,REG={0x22,0x1E,0x90},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 81
[CCAN=UDS,13482,0x17FC007B,8,2000,REG={0x22,0x1E,0x91},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 82
[CCAN=UDS,13483,0x17FC007B,8,2000,REG={0x22,0x1E,0x92},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 83
[CCAN=UDS,13484,0x17FC007B,8,2000,REG={0x22,0x1E,0x93},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 84
[CCAN=UDS,13485,0x17FC007B,8,2000,REG={0x22,0x1E,0x94},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 85
[CCAN=UDS,13486,0x17FC007B,8,2000,REG={0x22,0x1E,0x95},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 86
[CCAN=UDS,13487,0x17FC007B,8,2000,REG={0x22,0x1E,0x96},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 87
[CCAN=UDS,13488,0x17FC007B,8,2000,REG={0x22,0x1E,0x97},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 88
[CCAN=UDS,13489,0x17FC007B,8,2000,REG={0x22,0x1E,0x98},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 89
[CCAN=UDS,13490,0x17FC007B,8,2000,REG={0x22,0x1E,0x99},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 90
[CCAN=UDS,13491,0x17FC007B,8,2000,REG={0x22,0x1E,0x9A},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 91
[CCAN=UDS,13492,0x17FC007B,8,2000,REG={0x22,0x1E,0x9B},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 92
[CCAN=UDS,13493,0x17FC007B,8,2000,REG={0x22,0x1E,0x9C},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 93
[CCAN=UDS,13494,0x17FC007B,8,2000,REG={0x22,0x1E,0x9D},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 94
[CCAN=UDS,13495,0x17FC007B,8,2000,REG={0x22,0x1E,0x9E},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 95
[CCAN=UDS,13496,0x17FC007B,8,2000,REG={0x22,0x1E,0x9F},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 96
[CCAN=UDS,13497,0x17FC007B,8,2000,REG={0x22,0x1E,0xA0},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 97
[CCAN=UDS,13498,0x17FC007B,8,2000,REG={0x22,0x1E,0xA1},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 98
[CCAN=UDS,13499,0x17FC007B,8,2000,REG={0x22,0x1E,0xA2},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 99
[CCAN=UDS,13500,0x17FC007B,8,2000,REG={0x22,0x1E,0xA3},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 100
[CCAN=UDS,13501,0x17FC007B,8,2000,REG={0x22,0x1E,0xA4},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 101
[CCAN=UDS,13502,0x17FC007B,8,2000,REG={0x22,0x1E,0xA5},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 102
[CCAN=UDS,13503,0x17FC007B,8,2000,REG={0x22,0x1E,0xA6},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 103
[CCAN=UDS,13504,0x17FC007B,8,2000,REG={0x22,0x1E,0xA7},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 104
[CCAN=UDS,13505,0x17FC007B,8,2000,REG={0x22,0x1E,0xA8},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 105
[CCAN=UDS,13506,0x17FC007B,8,2000,REG={0x22,0x1E,0xA9},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 106
[CCAN=UDS,13507,0x17FC007B,8,2000,REG={0x22,0x1E,0xAA},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 107
[CCAN=UDS,13508,0x17FC007B,8,2000,REG={0x22,0x1E,0xAB},TYPE={+,24,16,MSB},CONV={1,1,1000},EXT] # BMS Zellspannung 108

#Batteriesteuergerät
[CCAN=UDS,13600,0x17FC007B,1014,200,REG={0x22,0x1E,0x3B},TYPE={+,24,16,MSB},CONV={0,1,4},EXT] # BMS Spannung Hochvoltbatterie
[CCAN=UDS,13702,0x17FC007B,3,200,REG={0x22,0xF4,0x0C},TYPE={+,24,16,MSB},CONV={0,1,4},EXT] # Motor RPM
[CCAN=UDS,13704,0x17FC007B,1010,5000,REG={0x22,0x02,0x8C},TYPE={+,24,8,MSB},CONV={0,10,25},EXT] # SOC %
#[CCAN=UDS,13705,0x17FC007B,1000,5000,REG={0x22,0x42,0x19},TYPE={+,24,8,MSB},CONV={-1,1,1},EXT] # HV on off 
#[CCAN=UDS,13706,0x17FC007B,1003,5000,REG={0x22,0x02,0xB2},TYPE={+,24,8,MSB},CONV={0,1,128},EXT] # KL15 on off
[CCAN=UDS,13707,0x17FC007B,1009,200,REG={0x22,0x1E,0x3D},TYPE={+,24,32,MSB},CONV={-1500,1,100},EXT] # BMS Strom Hochvoltbatterie
[CCAN=UDS,13708,0x17FC007B,1011,5000,REG={0x22,0x2A,0x0B},TYPE={+,24,8,MSB},CONV={-40,1,2},EXT] # BMS Temperatur Pack Gesamt
[CCAN=UDS,13777,0x17FC007B,8,5000,REG={0x22,0x18,0x9d},TYPE={+,24,16,MSB},CONV={0,1,64},EXT] # bms temp einlass?
[CCAN=UDS,13778,0x17FC007B,8,5000,REG={0x22,0x18,0x9d},TYPE={+,24,16,MSB},CONV={0,1,64},EXT] # bms temp auslass?
[CCAN=UDS,13701,0x17FC007B,999,5000,REG={0x22,0x16,0x20},TYPE={+,24,8,MSB},CONV={0,1,10},EXT] # Strom PTC Heizer Akku

#Gateway
[CCAN=UDS,13728,0x710,1001,5000,REG={0x22,0x15,0xD5},TYPE={+,24,8,MSB},CONV={-2,1,1},EXT] #Gateway Laden Aktiv (AC/DC rausfinden) 01=standby charging precondition fulfilled 02=nichts, 03 = error 05=end charging  16=AC 18 trickle charge
[CCAN=UDS,13729,0x710,1006,5000,REG={0x22,0x08,0x4F},TYPE={+,40,8,MSB},CONV={0,1,1},EXT] #Gateway LadeStecker Locked 1= lock
[CCAN=UDS,13730,0x710,3,20000,REG={0x22,0x2A,0xB6},TYPE={+,24,16,MSB},CONV={0,1,1},EXT] #Gateway Reichweite Display

[CCAN=UDS,13601,0x17FC007B,8,10000,REG={0x22,0x1E,0xAE},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 1
[CCAN=UDS,13602,0x17FC007B,8,10000,REG={0x22,0x1E,0xAF},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 2
[CCAN=UDS,13603,0x17FC007B,8,10000,REG={0x22,0x1E,0xB0},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 3
[CCAN=UDS,13604,0x17FC007B,8,10000,REG={0x22,0x1E,0xB1},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 4
[CCAN=UDS,13605,0x17FC007B,8,10000,REG={0x22,0x1E,0xB2},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 5
[CCAN=UDS,13606,0x17FC007B,8,10000,REG={0x22,0x1E,0xB3},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 6
[CCAN=UDS,13607,0x17FC007B,8,10000,REG={0x22,0x1E,0xB4},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 7
[CCAN=UDS,13608,0x17FC007B,8,10000,REG={0x22,0x1E,0xB5},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 8
[CCAN=UDS,13609,0x17FC007B,8,10000,REG={0x22,0x1E,0xB6},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 9
[CCAN=UDS,13610,0x17FC007B,8,10000,REG={0x22,0x1E,0xB7},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 10
[CCAN=UDS,13611,0x17FC007B,8,10000,REG={0x22,0x1E,0xB8},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 11
[CCAN=UDS,13612,0x17FC007B,8,10000,REG={0x22,0x1E,0xB9},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 12
[CCAN=UDS,13613,0x17FC007B,8,10000,REG={0x22,0x1E,0xBA},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 13
[CCAN=UDS,13614,0x17FC007B,8,10000,REG={0x22,0x1E,0xBB},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 14
[CCAN=UDS,13615,0x17FC007B,8,10000,REG={0x22,0x1E,0xBC},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 15
[CCAN=UDS,13616,0x17FC007B,8,10000,REG={0x22,0x1E,0xBD},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 16
[CCAN=UDS,13617,0x17FC007B,8,10000,REG={0x22,0x74,0x25},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 17
[CCAN=UDS,13618,0x17FC007B,8,10000,REG={0x22,0x74,0x26},TYPE={+,24,16,MSB},CONV={-27.315,1,10},EXT] # BMS Temperatur Pack 18

#[CCAN=UDS,13735,0x17FC007B,2,5000,REG={0x22,0x1e,0x32},TYPE={-,56,32,MSB},CONV={0,0.00182044545,1},EXT] # HV AH cum. discharge //  / 549.3161
#[CCAN=UDS,13736,0x17FC007B,2,5000,REG={0x22,0x1e,0x32},TYPE={-,24,32,MSB},CONV={0,0.00182044545,1},EXT] # HV AH cum. charge // / 549.3161
[CCAN=UDS,13737,0x17FC007B,2,5000,REG={0x22,0x1e,0x32},TYPE={-,128,32,MSB},CONV={0,0.00011650853,1},EXT] # HV kwh cum. discharge // 8583.062
[CCAN=UDS,13738,0x17FC007B,1013,5000,REG={0x22,0x1e,0x32},TYPE={-,96,32,MSB},CONV={0,0.00011650853,1},EXT] # HV kwh cum. charge // 8583.062

#Klimasteuergerät
[CCAN=UDS,13720,0x746,8,2000,REG={0x22,0x08,0x00},TYPE={+,64,16,MSB},CONV={0,1,1},EXT] # power consumption heatpump
[CCAN=UDS,13724,0x746,8,10000,REG={0x22,0x26,0x09},TYPE={+,24,8,MSB},CONV={-50,1,2},EXT] # Außentemperatur 08-Auto HVAC -> IDE00310

#CE
[CCAN=UDS,13725,0x710,8,1000,REG={0x22,0x2A,0x53},TYPE={+,40,8,MSB},CONV={0,1,1},EXT] # DCDC-Ausgangsstrom; 19-CAN Gateway -> IDE07636-MAS06336
[CCAN=UDS,13726,0x710,8,1000,REG={0x22,0x2A,0x53},TYPE={+,24,8,MSB},CONV={0,1,10},EXT] # DCDC-Ausgangsspannung; 19-CAN Gateway -> IDE07636-MAS06335

#Motorsteuergerät
[CCAN=UDS,13717,0x17FC0076,3,200,REG={0x22,0x03,0x44},TYPE={-,24,16,MSB},CONV={0.25,1,2},EXT] # Axle nominal torque
[CCAN=UDS,13723,0x17FC0076,8,1000,REG={0x22,0x03,0x64},TYPE={+,24,16,MSB},CONV={0,100,1},EXT] # Power HV Nebenverbraucher in W; Engine -> MAS22161
[CCAN=UDS,13769,0x17FC0076,3,200,REG={0x22,0x2b,0x16},TYPE={+,24,16,MSB},CONV={0,1,100},EXT] # speed 2 nachkommerstellen
[CCAN=UDS,13727,0x17FC0076,1007,2000,REG={0x22,0x03,0x20},TYPE={+,24,8,MSB},CONV={1,1,1},EXT] # Zustand Parkbremse (1 = zu, 3=öffnet, 0= offen, 4 = schließt)
#[CCAN=UDS,13775,0x17FC0076,3,200,REG={0x22,0x3d,0xf8},TYPE={+,24,16,MSB},CONV={0,1,2},EXT] # motor rmp - engine ecu
[CCAN=UDS,13776,0x17FC0076,8,200,REG={0x22,0x46,0x75},TYPE={+,24,16,MSB},CONV={0,1,10},EXT] # engine - traktionsnetzspannung leistungeektronik

#electric Drive
[CCAN=UDS,13773,0x17FC007C,8,200,REG={0x22,0x3e,0x98},TYPE={f,24,32,MSB},CONV={0,1,1},EXT] # dc link current
[CCAN=UDS,13774,0x17FC007C,8,200,REG={0x22,0x3e,0x93},TYPE={f,24,32,MSB},CONV={0,1,1},EXT] # dc link voltage
[CCAN=UDS,13770,0x17FC007C,8,5000,REG={0x22,0x4f,0xae},TYPE={f,24,32,MSB},CONV={0,1,1},EXT] # coolant temp electric drive inlet
[CCAN=UDS,13765,0x17FC007C,8,5000,REG={0x22,0x2c,0xcc},TYPE={f,24,32,MSB},CONV={0,1,1},EXT] # rotor temp calc
[CCAN=UDS,13780,0x17FC007C,8,5000,REG={0x22,0x46,0x72},TYPE={f,24,32,MSB},CONV={0,1,1},EXT] # inverter - stator temp
[CCAN=UDS,13739,0x17FC007C,3,5000,REG={0x22,0x08,0x6d},TYPE={+,24,32,MSB},CONV={0,1,1},EXT] # km stand

[CCAN=UDS,13762,0x17FC007C,3,1000,REG={0x22,0x10,0x40},TYPE={f,24,32,MSB},CONV={0,1,1},EXT] # power loss u
[CCAN=UDS,13763,0x17FC007C,3,1000,REG={0x22,0x10,0x41},TYPE={f,24,32,MSB},CONV={0,1,1},EXT] # power loss v
[CCAN=UDS,13764,0x17FC007C,3,1000,REG={0x22,0x10,0x42},TYPE={f,24,32,MSB},CONV={0,1,1},EXT] # power loss w