Is there anyway for us to determine the Ah of each brick and then calculate each script. We can write a unix or GUI script that'll do the conversions.
Not directly, it looks like the ahr.log only gives us %SOC and voltage. It would be useful to find the max %SOC and voltage and show each brick relative to that. For example:
0 505390 31087 -1.56% (0.0045)
1 505390 31087 -1.56% (0.0045)
2 505390 31092 -1.56% (0.0040)
3 505390 31092 -1.56% (0.0040)
4 505390 31092 -1.56% (0.0040)
5 505390 31127 -1.56% (0.0005)
6 505390 31127 -1.56% (0.0005)
7 509188 31127 -1.18% (0.0005)
8 505390 31092 -1.56% (0.0040)
9 505390 31092 -1.56% (0.0040)
10 505390 31092 -1.56% (0.0040)
11 505390 31092 -1.56% (0.0040)
12 505390 31132 -1.56% -
13 505390 31132 -1.56% -
14 505390 31092 -1.56% (0.0040)
15 505390 31132 -1.56% -
16 505390 31132 -1.56% -
17 509191 31132 -1.18% -
18 493574 31087 -2.74% (0.0045)
19 488519 31047 -3.25% (0.0085)
20 492332 31092 -2.87% (0.0040)
21 505390 31087 -1.56% (0.0045)
22 505390 31087 -1.56% (0.0045)
23 505390 31092 -1.56% (0.0040)
24 505390 31087 -1.56% (0.0045)
25 509175 31127 -1.18% (0.0005)
26 505390 31087 -1.56% (0.0045)
27 505390 31087 -1.56% (0.0045)
28 505390 31092 -1.56% (0.0040)
29 521010 31127 0.00% (0.0005)
30 505390 31092 -1.56% (0.0040)
31 521010 31127 0.00% (0.0005)
32 509194 31127 -1.18% (0.0005)
33 509188 31127 -1.18% (0.0005)
34 505390 31092 -1.56% (0.0040)
35 505390 31132 -1.56% -
36 509194 31127 -1.18% (0.0005)
37 505390 31092 -1.56% (0.0040)
38 505390 31092 -1.56% (0.0040)
39 505390 31087 -1.56% (0.0045)
40 505390 31087 -1.56% (0.0045)
41 492332 31092 -2.87% (0.0040)
42 509188 31127 -1.18% (0.0005)
43 505390 31092 -1.56% (0.0040)
44 509188 31127 -1.18% (0.0005)
45 521010 31127 0.00% (0.0005)
46 505390 31087 -1.56% (0.0045)
47 505390 31127 -1.56% (0.0005)
48 505390 31127 -1.56% (0.0005)
49 505390 31087 -1.56% (0.0045)
50 505390 31087 -1.56% (0.0045)
51 505390 31092 -1.56% (0.0040)
52 521010 31127 0.00% (0.0005)
53 505390 31092 -1.56% (0.0040)
54 521010 31127 0.00% (0.0005)
55 505390 31092 -1.56% (0.0040)
56 505390 31087 -1.56% (0.0045)
57 509194 31127 -1.18% (0.0005)
58 505390 31127 -1.56% (0.0005)
59 505390 31092 -1.56% (0.0040)
60 509194 31127 -1.18% (0.0005)
61 521010 31127 0.00% (0.0005)
62 505390 31092 -1.56% (0.0040)
63 521010 31127 0.00% (0.0005)
64 505390 31092 -1.56% (0.0040)
65 505390 31087 -1.56% (0.0045)
66 505390 31087 -1.56% (0.0045)
67 505390 31092 -1.56% (0.0040)
68 505390 31087 -1.56% (0.0045)
69 521010 31127 0.00% (0.0005)
70 505390 31087 -1.56% (0.0045)
71 521010 31127 0.00% (0.0005)
72 509194 31127 -1.18% (0.0005)
73 505390 31092 -1.56% (0.0040)
74 505390 31087 -1.56% (0.0045)
75 505390 31087 -1.56% (0.0045)
76 505390 31087 -1.56% (0.0045)
77 505390 31087 -1.56% (0.0045)
78 505390 31087 -1.56% (0.0045)
79 505390 31087 -1.56% (0.0045)
80 505390 31092 -1.56% (0.0040)
81 521010 31127 0.00% (0.0005)
82 505390 31092 -1.56% (0.0040)
83 505390 31092 -1.56% (0.0040)
84 505390 31087 -1.56% (0.0045)
85 505390 31092 -1.56% (0.0040)
86 505390 31092 -1.56% (0.0040)
87 521010 31127 0.00% (0.0005)
88 505390 31087 -0.38% (0.0045)
89 505390 31087 -0.38% (0.0045)
90 505390 31087 -0.38% (0.0045)
91 509188 31127 0.00% (0.0005)
92 505390 31092 -0.38% (0.0040)
93 505390 31132 -0.38% -
94 505390 31092 -0.38% (0.0040)
95 505390 31092 -0.38% (0.0040)
96 505390 31132 -0.38% -
97 509188 31127 0.00% -
98 505390 31092 0.00% -
- - - Updated - - -
btw does anyone know the voltage offset of what is shows in the log and the actual voltage of the cell?
I agree with @spaceballs, the offset looks to be about 0.7V. At 50% SOC my brick voltage is 3.8V, the ahr.log is showing 3.1V at the same SOC.