Focus Electric HACK CAN ID

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Sebuś

Active member
Joined
Dec 12, 2018
Messages
25
Location
Poland
Will I find someone here who would like to build a document describing the CAN ID and individual Bytes that are on the CAN bus? This will allow further modifications ... unlimited.

I share some of the CAN IDs found and decrypted.

Then you can build projects for arudino, display data on additional devices (cell voltage, battery capacity, charging speed expressed in A or kW ...).


1.jpg



##
SOBDM
Battery State of Charge - Dispayed (SOC %)
ID 7E2 (B00-B07), 7E2 [B04]/2 = % Displayed
Question :
H: 7E2 03 22 48 45 00 00 00 00
Answer:
X: XXX XX XX XX XX B4 XX XX XX - /2 = SOCD%
H: 7EA 04 62 48 45 00 00 00 00 - SOCD - 00,00
H: 7EA 04 62 48 45 8B 00 00 00 - SOCD - 69,50
H: 7EA 04 62 48 45 8C 00 00 00 - SOCD - 70,00
H: 7EA 04 62 48 45 8D 00 00 00 - SOCD - 70,50


##
Batery Charger Input Voltage ID 7E2 (B00-B07), 7EA[B04 B05]HEX->DEC/100 = in V
Question:
H: 7E2 03 22 48 5E 00 00 00 00
Answer:
H: 7EA XX XX XX XX B4+B5 XX XX /100
H: 7EA 05 62 48 5E 5C 0A 00 00 - 235,62
H: 7EA 05 62 48 5E 5C 30 00 00 - 236,00
H: 7EA 05 62 48 5E 5C 0A 00 00 - 235,62
H: 7EA 05 62 48 5E 5B DE 00 00 - 235,18


##
SOBDM
Battery Charger Output Voltage
A: ID 7E2 (B00-B07), Q: 7EA[B04 B05]HEX->DEC/100 = in V

Question:
H: 7E2 03 22 48 4A 00 00 00 00
Answer:
H: 7EA 05 62 48 4A 82 2D 00 00 - 333,25V

##
SOBDM
SOBDM to BCM Wakeup Status
Question:
H: 7E2 03 22 DD 81 00 00 00 00
Answer:
H: 7EA 04 62 DD 81 01 00 00 00 = PSR on
H: 7EA 04 62 DD 81 00 00 00 00 = PSR off



****************
##
GFM2
Battery Charger Status [B04] 01 = Ready, 00 = Not Ready
Question:
H: 7D2 03 22 48 4F 00 00 00 00
Answer:
H: 7DA 04 62 48 4F 00 00 00 00 - Not Ready
H: 7DA 04 62 48 4F 01 00 00 00 - Ready


******************
SOBDM

##
Minimum Battery Module Voltage
[B04 B05] /100
Question:
H: 7E4 03 22 48 40 00 00 00 00
Answer:
H: 7EC 05 62 48 40 0F 25 00 00 = 3,88V


##
VAR-V
Question:
H: 7E4 03 22 48 3F 00 00 00 00
Answer:
H: 7EC 05 62 48 3F 00 0F 00 00 = 0,01

##
ESTI [B04 B05] x 2 = kWh
Question:
H: 7E4 03 22 48 48 00 00 00 00
Answer:
H: 7EC 05 62 48 48 29 B4 00 00 - 21,352kWh

0.jpg


Modifications will allow you to insert a charger from 3 phases, e.g. from Tesla, start charging CHAdeMO or battery capacity with additional cells.

2.jpg
 
Wow nice work. Someday when I can find parts cheap enough I want to build a higher capacity battery pack. I guess that means I will have to learn about CAN bus and how to use it someday.

I suppose with a larger pack adding CSS charging capability would also be nice to have.
 
Hello Sebuś,

I will be receiving my FFE next week, so I have not begun to tap into the vehicle's CAN system to start reverse engineering it yet.
I have some background with Honda's CAN system, but not with Ford's.

To get things started off and to get up to speed, can you share what hardware/software you're currently using to record you CAN logs and submit your SID22 requests?

I'm excited about where this CAN lead (pun intended :) )

Also, is that your modified FFE in the picture? Are you already adapting Tesla parts into your FFE?
 
Pictured is my Ford. Tesla charger was developed by my colleague who is also in this forum. My job is breaking CAN in Ford. Currently working on an additional display - it will show the value of 1 cell, min, max, avg, charging power, load A, regen in A, battery temperature, charger, etc.

Where are you from? Do you want to cooperate?
 
Hey Sebuś
I would love to collaborate. I am from Ohio in the United States.
Good job on the Tesla Charger. I will have to search for details in the forum. I'm new to the forum and have some catching up to do on what all has been done to the FFE so far.
 
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