VAG MLBevo MQB Chargers
There's a generational difference between the 1-2 phase PHEV chargers, and the newer MLBevo type used on the Audi E-Tron, E-Tron GT & Porsche Taycan
Difference between MLBevo/MQB vs. MEB Chargers
MLBevo/MQB Chargers Overview
There are many different variants of MQB and MLBevo chargers with a wide range of potential power outputs.
These charges are not recommended if you are looking for a known working solution.
Part Number | Version | Power Rating | Phase | Vehicle Usage | Coolant Connections | Dimensions | Comments | Reverse Engineered | AC-Plug Connector | Communication Plug Connector | Coolant hose connector |
---|---|---|---|---|---|---|---|---|---|---|---|
5QE915685 | 3.6kW | Single | |||||||||
5QE915685C | OBCTYPP036G26V01 | 3.6kW | Single | SEAT/CUPRA Leon/Formentor Hybrid | Bottom | ||||||
5QE915682 | 3.6kW | Single | |||||||||
5QE915682AA
5QE915682AF |
04S, 13S | 3.6kW | Single | VW Golf MK7 GTE
Audi A3 8V 2018-2020 |
Bottom | Case not welded, 2 HV pass throughs | |||||
5QE915682AG | 07S | 3.6kW | Single | Audi A3 8V e-tron | Bottom | ||||||
5QE915682AK | 03S | 3.6kW | Single | VW Golf MK7 GTE | Bottom | Yes | |||||
5QE915682M | OBC C0 | 3.6kW | Single | VW Passat Hybrid | Bottom | ||||||
5QE915681AT | OBC 7200W | 7.2kW | Single | Audi Q7 e-tron 4M GTE | Bottom | Case not welded | |||||
5QE915681BP | OBCTypP072G30V02 | 7.2kW | Dual | VW e-Up!, SEAT Mii, SKODA Citigo-e iV, Arriba | Left side | Made by Delta, HV pass through | |||||
5QE915681BQ | OBCTypP072G30V03 | 7.2kW | Dual | Porsche Cayenne Hybrid 2017-2021 | Left side | ||||||
5QE915681CQ | OBCTypP072G30V03 | 7.2kW | Dual | Audi A8 PHEV 2022 | Left side | No HV pass through. | |||||
5QE915681B | OBC 7200W | 7.2kW | Dual | VW e-Golf 2017-2022 | Bottom | Case not welded | |||||
5QE915681D | OBC 7200W | 7.2kW | Dual | Audi Q5 PHEV 2020-2021 | Right side | Case not welded, no HV pass through | |||||
5QE915681N | OBC 7200W | 7.2kW | Dual | VW e-Crafter | Bottom | Case not welded | |||||
5QE915684A | 11kW | Three | Audi e-tron | Opposite End of Electrical | |||||||
5QE915684AD
5QE915684AT 5QE915684J |
OBCTYPP110G10V01 | 11kW | Three | Audi e-tron
Audi e-tron Sportback 2019-2021 |
Opposite End of Electrical | 300 x 200 x 100 mm | Made by KOSTAL
Taredown can be purchased here |
||||
5QE915684AL
5QE915684BG 5QE915684BK 5QE915684CB 5QE915684CR |
OBCTYPP110G10V03 | 11kW | Three | Porsche Taycan
Audi e-tron GT |
Right Side | Made by KOSTAL
Taredown can be purchased here Dual AC inputs |
Probably easiest to buy an original CCS port with Loom | 60 pin plug Part Number: 5Q0906379
Supersession(s): 3C0906379; 5Q0-906-379 |
Normaquick NW12
(unverified) | ||
5QE915684BJ | OBCTYPP110G10V04 | 11kW | Three | Audi e-tron(?) | Right Side | Made by KOSTAL
Taredown can be purchased here |
Probably easiest to buy an original CCS port with Loom | 60 pin plug Part Number: 5Q0906379
Supersession(s): 3C0906379; 5Q0-906-379 |
Normaquick NW12
(unverified) | ||
5QE915684BC
5QE915684CM |
OBCTYPP110G10V05 | 11kW | Three | Audi e-tron | Opposite End of Electrical | Made by KOSTAL
Taredown can be purchased here |
Probably easiest to buy an original CCS port with Loom | 60 pin plug Part Number: 5Q0906379
Supersession(s): 3C0906379; 5Q0-906-379 |
Normaquick NW12
(unverified) | ||
9J1915681AD
9J1915681AH |
OBC 22kW C3 ROW | 22kW | Three | Porsche Taycan 2019 | Right Side | 498 x 235 x 100 mm | Longer case than other models.
Made by Meta System in Italy Taredown available here |
Probably easiest to buy an original CCS port with Loom | 60 pin plug Part Number: 5Q0906379
Supersession(s): 3C0906379; 5Q0-906-379 |
Normaquick NW12
(unverified) | |
1EA915684AD
1EA915684AF 1EA915684BF 1EA915684BG |
OBCTYPP110G040V04K | 11kW | Three | Audi Q4 e-tron 2021
Skoda Enyaq 2020 VW ID.3 2020 VW ID.4 2021 |
AC input end | 480 x 313 x 102 mm | Flatter and thinner than most other chargers on this list. Coolant inlets and outlets are plastic, be careful of broken plastic.
Made by KOSTAL Taredown can be purchased here |
LV Connection
Development thread: https://openinverter.org/forum/viewtopic.php?t=2607
Github Documentation: https://github.com/damienmaguire/VW-OnBoard-Charger
VW Golf PHEV | Seat Mii / VW e-Golf[2] | MLBevo (Audi Etron)[3] | ||||
---|---|---|---|---|---|---|
Pin | Function | Comment | Function | Comment | ||
1 | Terminal 30 (permanent 12V) | Terminal 30 | ||||
2 | ||||||
3 | ||||||
4 | Charge Port RGB LED +12v o/p | |||||
5 | Charge Port RGB LED +12v o/p | |||||
6 | ||||||
7 | ||||||
8 | ||||||
9 | Powertrain CAN bus, high | Powertrain CAN bus, high | ||||
10 | Powertrain CAN bus, low | Powertrain CAN bus, low | ||||
11 | Hybrid CAN bus, high | Hybrid CAN bus, high | ||||
12 | Hybrid CAN bus, low | Hybrid CAN bus, low | ||||
13 | HVIL IN | HVIL IN | ||||
14 | ||||||
15 | HVIL OUT | HVIL OUT | ||||
16 | Lock drive +. Drive to 12v to close lock. | The lock can be coded off with ODIS | ||||
17 | Lock Drive – Drive to 12v to open lock | |||||
18 | Lock feedback. 1K fully locked ,11K Plug Locked, 1K overtravel | |||||
19 | Lock feedback. 1K fully locked ,11K Plug Locked, 1K overtravel | |||||
20 | ||||||
21 | Immediate charge buttons | |||||
22 | Charge Port RGB LED +12v o/p | |||||
23 | Control Pilot (CP) | |||||
24 | Plug Present (PP) (4.7K to ground in socket) | |||||
25 | Immediate charge buttons | |||||
26 | ||||||
27 | Temperature sender for charging socket. 1067R at approx 15C | |||||
28 | Temperature sender for charging socket. 1067R at approx 15C | |||||
29 | ||||||
30 | ||||||
31 | Charge port door lock actuator | The flap can be coded off with ODIS | ||||
32 | Charge port door lock actuator | |||||
33 | Charge port door lock actuator | |||||
34 | Charge port door lock actuator | |||||
35 | ||||||
36 | ||||||
37 | ||||||
38 | ||||||
39 | ||||||
40 | ||||||
41 | ||||||
42 | ||||||
43 | ||||||
44 | ||||||
45 | ||||||
46 | ||||||
47 | ||||||
48 | ||||||
49 | ||||||
50 | ||||||
51 | Immediate charge buttons | |||||
52 | ||||||
53 | ||||||
54 | ||||||
55 | ||||||
56 | ||||||
57 | ||||||
58 | ||||||
59 | ||||||
60 | Terminal 31 (Ground) | Terminal 31 |
AC Connection
Golf GTE and all 5QE915682 series 3.6 kW chargers - Part number TE Connectivity 2103177-2
HV Connection
Coding
MLBevo chargers seem to all use the EV_OBC3Phase1KLOMLBev16B config/odx
VCDS
You can open in the VCDS LCode.exe program (no purchase needed) and it's a interactive way to determine the coding value required. Coding label file available here. Shouldn't be necessary for newer versions of VCDS.
Bitfield 0 | Bitfield 1 | Bitfield 2 | Bitfield 3 |
---|---|---|---|
CP standard - SAE/
vehicle category - Electric Vehicle / Hybrid 20kW charger AC charging socket B AC charging socket A PLC charging socket B PLC charging socket A DC Charging - Chademo |
Country encoding (NAR/
HV activation auxiliary contactor Charging socket resistor B Charging socket resistor A AWC installed - Wireless charging Number of AC chargers (One/Two) |
Mobile Online Services (MOD)
Sub-Grid operation Charging cover lock (charging socket B) Charging cover lock (charging socket A) HV activation DC charging read back Maximum charging current (63A) |
Charging cover lock detection (charging socket B)
Charging cover lock detection (charging socket A) Plug lock DC charging socket iWWT - Integrated water heat exchanger? Type of connector lock detection - Limit Switch Plug lock (charging socket A) Brand/Marque (VW/Audi/Porsche) |
Bitfield 4 | Bitfield 5 | Bitfield 6 | Bitfield 7 |
Plug and Charge (PnC)
Power Line Communication Settings Clear error memory HV charge booster (400v->800v) Charging button module Second charging button Local HV interlock stimulus line installed |
Variant coding 11 kW (reserve)
Parking Heater Kessy Diagnostic resistor loading button LED 4 (DC/Combo) LEDs DC/Combo LED 4 (AC) |
DC China socket installed
Installed DC combo box Intelligent charging socket installed (LIN socket) Installation status of DC charging socket B Installation status of DC charging socket A Two charger can B Charging button module socket B Diagnosis resistance charging button socket B |
Installation location DC charging socket |
ODIS
PIWIS
CAN-Messages
RX Messages:
TX Messages:
Required:
- BMS_01 - 0x191
- BMS_02 - 0x1A1
- BMS_03 - 0x39D
- BMS_04 - 0x5A2
- BMS_06 - 0x59E
- BMS_07 - 0x5CA
- BMS_09 - 0x96A955EB
- BMS_10 - 0x509
- BMS_11 - 0x96A954A6
- BMS_16 - 0x9A555539 - Just contains IDs for cells with low/high charge or temps
- BMS_27 - 0x9A555552
- BMS_DC_01 - 0x578 - Contains the HV DC Voltage for CCS
- ESP_15 - 0x1A2 - Holding Management System info
- Klemmen_Status_01 - 0x3C0 - Key status Run/Start, etc...
- DCDC_01 - 0x2AE - 12V DC converter - Just values related to electrical load
- HVK_01 - 0x503 - Items related to HV Contactor & JB
- HVEM_02 - 0x5AC - Useable Energy for Comfort Functions
- HVEM_05 - 0x552 - Fun items relating to Max Voltage and Plug Release
Signals I'm sending In addition:
- Airbag_01 - 0x40 - Monitors HV Deactivate status
- BCM1_04 - 0x64F - BCM Charge Status indication - Likely just confirmation feedback
- DCDC_03 - 0x5CD - 400v to 800v converter - Likely not required
- EM1_HYB_11 - 0x37C - Signal for E-Motor Status - Can be 0 for standby
- FCU_02 - 0x17B - Contains Tank Flap Release & Signal which may go High to signal ready for charging (EPB, Drive System Disabled)
- NavData_02 - 0x485- This along with Authentic_Time_01 contain a 32-bit epoch unix time, used for the charge time calculation.
- VIN_01 - 0x6B4 - Mux'd VIN# - Likely not required or just mimic the Donor Vin?
- ZV_01 - 0x184 - Signal to unlock via ZT - Maybe will unlock charge plug
- ZV_02 - 0x583 - Lock status, likely not required
Signals I haven't added:
- Dimmung_01 - 0x5F0
- Einheiten_01 - 0x643
- ESP_49 - 0x96A954AE - Contains Value for Regen reserve, Guessing that ESP will average typical SOC% to reserve to allow regen - Likely not required
- NVEM_02 - 0x663 - Contains Battery Voltage from Battery Data Module
- MSG_HYB_30 - 0x153 - Only seems to use the Counter & Checksum?
Reference Implementations:
References
- ↑ From Forum Reference: https://openinverter.org/forum/viewtopic.php?p=47620#p47620 VW Parts Store:https://parts.vw.com/p/Volkswagen__/Housing/64431217/5Q0906379.html (Backup: Web Archive)
- ↑ Forum Reference: https://openinverter.org/forum/viewtopic.php?p=47686#p47686
- ↑ https://openinverter.org/forum/viewtopic.php?p=55623#p55623