# FORMAT =
# name\t+number\t+notes\t+divider\t+multipler\t+units
#
# Parameters =
# - Short Name
# - Number
# - Full description
# - Divide by (number)
# - Multiply by (number or BM)
# - Unit
# - ShiftLeft by (other name or NA)
# - Write flag
# - Non NV Backup/Restore (should it be backed up)
#
# Multiplier can be BM (Bat Multipler)
#
# ------------------------------------------------------------------------------
# Local stuff
# ------------------------------------------------------------------------------
version 20 version number 1 1 NA NA 0 0
in NA Total input 0 0 Ah NA 0 0
out NA Total output 0 0 Ah NA 0 0
load NA Current load 0 0 Ah NA 0 0
charge NA Current charge 0 0 Ah NA 0 0
# ------------------------------------------------------------------------------
# Some possible calculated fields (an experiment)
# Is this the right way to do it ?
# Recursion protection ?
# ------------------------------------------------------------------------------
# XXX Some values are only applicable if a flag is on... need an if(x,y) maybe ?
# Maybe put them in here correctly, but then just actually write the
# methods in the module.
total_load lint+lext Total load output 10 1 Ah NA 0 0
total_charge cint+cext Total charge input 10 1 Ah NA 0 0
total_in ceahl+(ceahh*256)+ciahl+(ciahh*255) IN 10 1 Ah NA 0 0
total_out leahl+(leahh*256)+liahl+(liahh*255) IN 10 1 Ah NA 0 0
# ------------------------------------------------------------------------------
# Binary things
# ------------------------------------------------------------------------------
# ------------------------------------------------------------------------------
# From pl_info.doc
# ------------------------------------------------------------------------------
vdiv 32 voltage divider control file 1 1 NA NA 0 0
# Bits to shift left for voltage divider.
bcals 33 msbs of bcal gains and offsets 1 1 NA NA 0 0
bcal12 34 gain (lower nib) and offset (upper nib) for 12V batv 1 1 NA NA 0 0
bcal24 35 gain (lower nib) and offset (upper nib) for 24V batv 1 1 NA NA 0 0
bcal48 36 gain (lower nib) and offset (upper nib) for 48V batv 1 1 NA NA 0 0
night 37 counter for night indicator 1 1 NA NA 0 0
gendel 38 generator delay counter 1 1 NA NA 0 0
dutycyc 39 provides average ton/ton+toff i.e. average duty cycle 1 1 NA NA 0 0
lcount 40 counter for load disconnect 1 1 NA NA 0 0
dtime 41 display timeout counter 1 1 NA NA 0 0
sec 46 2 seconds file, inc at 2 sec intervals 1 1 NA NA 0 0
min 47 minutes file 1 1 NA NA 1 1
hour 48 hour file, inc at 0.1hr increments 10 1 NA NA 1 1
day 49 dayfile 1 1 NA NA 0 0
batv 50 battery voltage 0.1V steps scaled to 12V 10 BM V NA 0 0
battemp 52 battery temp msb 1 1 NA NA 0 0
solv 53 solar voltage msb 10 BM V NA 0 0
batva 54 raw batv without temp or b- comp. 1 1 NA NA 0 0
sercon 55 serial control byte 1 1 NA NA 0 0
linkcnt 56 link detect counter 1 1 NA NA 0 0
pos1 62 screen position counter for history 1 1 NA NA 0 0
bstday 63 counter for days since boost 1 1 NA NA 0 0
# (settings copied from non volatile memory)
gon 64 generator turn on voltage/Ah 1 1 NA NA 0 0
goff 65 generator turn off voltage 10 BM V NA 0 0
gdel 66 generator delay time/gen over charge Ah 1 1 NA NA 0 0
gexf 67 generator exercise frequency 1 1 NA NA 0 0
grun 68 generator run time 1 1 NA NA 0 0
loff 69 load disconnect voltage 1 1 NA NA 0 0
lon 70 load reconnect voltage 1 1 NA NA 0 0
ldel 71 delay before disconnect 1 1 NA NA 0 0
aset 72 alarm setting value 1 1 NA NA 0 0
bstfreq 73 days between boost cycles 1 1 NA NA 0 0
atim 74 time spent in absorbtion mode 1 1 NA NA 0 0
hyst 75 hysterisis 1 1 NA NA 0 0
bret 76 boost return voltage 1 1 NA NA 0 0
curlim 77 charge current limit 1 1 NA NA 0 0
bat2 78 regulation voltage for the 2nd battery 1 1 NA NA 1 0
eset1 79 event control settings 1 1 1 NA NA 0 0
eset2 80 event control settings 2 1 1 NA NA 0 0
eset3 81 event control settings 3 1 NA NA 0 0
eqfreq 82 days between equalisations 1 1 NA NA 0 0
etim 83 length of equalisation cycle 1 1 NA NA 0 0
absv 84 absorbtion voltage 1 1 NA NA 0 0
emax 85 equalisation voltage 1 1 NA NA 0 0
fltv 86 float voltage 1 1 NA NA 0 0
bmax 87 boost voltage 1 1 NA NA 0 0
lgset 88 current use of load switch (lsn) & gen output 1 1 NA NA 0 0
pwme 89 current regulation method (lsn) and bat sense usage 1 1 NA NA 0 0
sstop 90 current start(lsn)and stop modes 1 1 NA NA 0 0
etmod 91 current enable modes (emod lsn) 1 1 NA NA 0 0
gmod 92 generator mode/tcmp(upper nib) 1 1 NA NA 0 0
volt 93 voltage selection (lsn) /prog num 1 1 NA NA 0 0
bcap 94 battery capacity in 20/100 Ah chunks 1 20 NA NA 0 0
# (counters and control bytes)
# eg: 44*20 = 880Ah, XXX where is the multiplier stored?
# Therefore I have temporarily set the multiplier to 20
eqcnt 95 counter for days since equ 1 1 NA NA 0 0
genexd 96 days since last generator exercise/gen run time 1 1 NA NA 0 0
extmout 97 time out counter for expansion board 1 1 NA NA 0 0
econ 98 event control file 1 1 NA NA 0 0
rmtmout 99 time out for remote control 1 1 NA NA 0 0
rcount 100 reg state change counter 1 1 NA NA 0 0
rstate 101 regulator state 1 1 NA NA 0 0
dstate 102 state of display 1 1 NA NA 0 0
rmode 104 state file for charge and load regup routine 1 1 NA NA 0 0
vreg 105 current voltage for charge switch to regulate to 1 1 NA NA 0 0
erunc 108 event control run timer 1 1 NA NA 0 0
ereptc 109 event control repeat time counter 1 1 NA NA 0 0
setcnt 111 counter for refresh of setup 1 1 NA NA 0 0
ahbalh 113 gen amp hour balance high byte 1 1 NA NA 0 0
conout 115 7-pwm active,6-charge,5-shunt,4-alarm,3-bat2, 2-event,1-gen,0-load dis output from control routines to extension & outputs 1 1 NA NA 0 0
bminl 124 lower byte of battery min voltage scaled to 12V 1 1 NA NA 0 0
bmaxl 125 lower byte of battery max voltage scaled to 12V 1 1 NA NA 0 0
dtemp hb4 current external temperature 1 1 NA NA 0 0
dsoc hb5 day data state of charge 1 1 % NA 1 1
dvmax hb6 day data Vmax 1 1 NA NA 0 0
dvmin hb7 day data Vmin 1 1 NA NA 0 0
dfltim hb8 day time to float 1 1 NA NA 0 0
ciacc1 hb9 charge ah accumulator lsb 10 1 NA NA 0 0
ciacc2 hba charge ah accumulator 10 1 NA NA 0 0
ciacc3 hbb charge ah accumulator msb 10 1 NA NA 0 0
ciahl hbc charge ah low byte 1 1 NA NA 1 1
ciahh hbd charge ah high byte 1 1 NA NA 1 1
ceacc1 hbe charge ah accumulator lsb 1 1 NA NA 0 0
ceacc2 hbf charge ah accumulator 10 1 NA NA 0 0
ceacc3 hc0 charge ah accumulator msb 10 1 NA NA 0 0
ceahl hc1 charge ah low byte 1 1 NA NA 1 1
ceahh hc2 charge ah high byte 1 1 NA NA 1 1
liacc1 hc3 load ah accumulator lsb 10 1 NA NA 0 0
liacc2 hc4 load ah accumulator 10 1 NA NA 0 0
liacc3 hc5 load ah accumulator msb 10 1 NA NA 0 0
liahl hc6 load ah low byte 1 1 NA NA 1 1
liahh hc7 load ah high byte 1 1 NA NA 1 1
leacc1 hc8 load ah accumulator lsb 10 1 NA NA 0 0
leacc2 hc9 load ah accumulator 10 1 NA NA 0 0
leacc3 hca load ah accumulator msb 10 1 NA NA 0 0
leahl hcb load ah low byte 1 1 NA NA 1 1
leahh hcc load ah high byte 1 1 NA NA 1 1
cext hcd external charge input 10 1 Ah NA 0 0
lext hce external load input 10 1 Ah NA 0 0
# I think shift left extf on lext to get current value - na, this is wrong !
extf hcf external flag and scale file 1 1 NA NA 0 0
vext hd0 external voltage reading 0-255 volt 1V steps 1 1 NA NA 0 0
ahball hd3 prescaler for genah ah balance counter 1 1 NA NA 0 0
chargl hd4 int charge current lsb 1 1 NA NA 0 0
cint hd5 internal charge msb 10 1 Ah NA 0 0
chargg hd7 charge gain 1 1 NA NA 0 0
loadl hd8 int load current lsb 1 1 NA NA 0 0
lint hd9 int load current msb 10 1 Ah NA 0 0
loadg hdb load gain 1 1 NA NA 0 0
batvl hdc battery voltage lsb 1 1 NA NA 0 0
vbat hdd battery voltage msb 1 1 NA NA 0 0
batvg hdf bat volts gain 1 1 NA NA 0 0
brdteml he0 board temp lsb 1 1 NA NA 0 0
tbrd he1 board temp msb 1 1 NA NA 0 0
brdtemg he3 board temp gain 1 1 NA NA 0 0
batteml he4 battery temp lsb 1 1 NA NA 0 0
tbat he5 battery temp msb 1 1 NA NA 0 0
battemg he7 battery temp gain 1 1 NA NA 0 0
solvl he8 solar voltage lsb 1 1 NA NA 0 0
vsol he9 solar voltage msb 1 1 NA NA 0 0
solvg heb solar voltage gain 1 1 NA NA 0 0
batsenl hec bat- sense input lsb 1 1 NA NA 0 0
vsen hed sense voltage msb 1 1 NA NA 0 0
batseng hef sense voltage gain 1 1 NA NA 0 0
nv_bcals 0 msbs of voltage cal values 1 1 NA NA 0 0
nv_bcal12 1 lsb of 12V gain and offset 1 1 NA NA 0 0
nv_bcal24 2 lsb of 24V gain and offset 1 1 NA NA 0 0
nv_bcal48 3 lsb of 48V gain and offset 1 1 NA NA 0 0
nv_charge_offset 4 NA 1 1 NA NA 0 0
nv_charge_gain 5 NA 1 1 NA NA 0 0
nv_load_offset 6 NA 1 1 NA NA 0 0
nv_load_gain 7 NA 1 1 NA NA 0 0
nv_bat_tmp_offset 8 NA 1 1 NA NA 0 0
nv_bat_tmp_gain 9 NA 1 1 NA NA 0 0
nv_solar_offset 10 NA 1 1 NA NA 0 0
nv_solar_gain 11 NA 1 1 NA NA 0 0
nv_batsen_offset 12 NA 1 1 NA NA 0 0
nv_batsen_gain 13 NA 1 1 NA NA 0 0
nv_gon 14 generator turn on voltage/Ah 1 1 NA NA 0 0
nv_goff 15 generator turn off voltage 1 1 NA NA 0 0
nv_gdel 16 generator delay time/gen over charge Ah 1 1 NA NA 0 0
nv_gexf 17 generator exercise frequency 1 1 NA NA 0 0
nv_grun 18 generator run time 1 1 NA NA 0 0
nv_loff 19 load disconnect voltage 1 1 NA NA 0 0
nv_lon 20 load reconnect voltage 1 1 NA NA 0 0
nv_ldel 21 delay before disconnect 1 1 NA NA 0 0
nv_aset 22 alarm setting value 1 1 NA NA 0 0
nv_bstfreq 23 days between boost cycles 1 1 NA NA 0 0
nv_atim 24 time spent in absorbtion mode 1 1 NA NA 0 0
nv_hyst 25 hysterisis 1 1 NA NA 0 0
nv_bret 26 boost return voltage 1 1 NA NA 0 0
nv_curlim 27 charge current limit 1 1 NA NA 0 0
nv_bat2 28 regulation voltage for the second battery 1 1 NA NA 0 0
nv_eset1 29 event control settings 1-3 1 1 NA NA 0 0
nv_eset2 30 NA 1 1 NA NA 0 0
nv_eset3 31 NA 1 1 NA NA 0 0
nv_eqfreq 32 days between equalisations 1 1 NA NA 0 0
nv_etim 33 length of equalisation cycle 1 1 NA NA 0 0
nv_absv 34 absorbtion voltage 1 1 NA NA 0 0
nv_emax 35 equalisation voltage 1 1 NA NA 0 0
nv_fltv 36 float voltage 1 1 NA NA 0 0
nv_bmax 37 boost voltage 1 1 NA NA 0 0
nv_lgset 38 current use of load switch (lsn) & gen output 1 1 NA NA 0 0
nv_pwme 39 current regulation method (lsn) and bat sense usage 1 1 NA NA 0 0
nv_sstop 40 current start(lsn)and stop modes 1 1 NA NA 0 0
nv_etmod 41 current enable modes (emod lsn) 1 1 NA NA 0 0
nv_gmod 42 generator control mode 1 1 NA NA 0 0
nv_volt 43 voltage selection(lsn)/prog num 1 1 NA NA 0 0
nv_bcap 44 battery capacity 1 1 NA NA 0 0
nv_day_counter 45 used as a pointer to start of last day data record written 1 1 NA NA 0 0
# add 1 to get the nv location below.
# Day 0
nv_1_vmax 46 Day 1 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_1_vmin 47 Day 1 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_1_time 48 Day 1 - time went to float 10 1 h NA 0 0
nv_1_soc 49 Day 1 - state of charge 1 1 % NA 0 0
nv_1_charge 50 Day 1 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_1_load 51 Day 1 - lsb of Load Ah 1 1 Ah NA 0 0
nv_1_m 52 Day 1 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 2
nv_2_vmax 53 Day 2 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_2_vmin 54 Day 2 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_2_time 55 Day 2 - time went to float 10 1 h NA 0 0
nv_2_soc 56 Day 2 - state of charge 1 1 % NA 0 0
nv_2_charge 57 Day 2 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_2_load 58 Day 2 - lsb of Load Ah 1 1 Ah NA 0 0
nv_2_m 59 Day 2 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 3
nv_3_vmax 60 Day 3 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_3_vmin 61 Day 3 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_3_time 62 Day 3 - time went to float 10 1 h NA 0 0
nv_3_soc 63 Day 3 - state of charge 1 1 % NA 0 0
nv_3_charge 64 Day 3 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_3_load 65 Day 3 - lsb of Load Ah 1 1 Ah NA 0 0
nv_3_m 66 Day 3 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 4
nv_4_vmax 67 Day 4 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_4_vmin 68 Day 4 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_4_time 69 Day 4 - time went to float 10 1 h NA 0 0
nv_4_soc 70 Day 4 - state of charge 1 1 % NA 0 0
nv_4_charge 71 Day 4 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_4_load 72 Day 4 - lsb of Load Ah 1 1 Ah NA 0 0
nv_4_m 73 Day 4 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 5
nv_5_vmax 74 Day 5 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_5_vmin 75 Day 5 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_5_time 76 Day 5 - time went to float 10 1 h NA 0 0
nv_5_soc 77 Day 5 - state of charge 1 1 % NA 0 0
nv_5_charge 78 Day 5 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_5_load 79 Day 5 - lsb of Load Ah 1 1 Ah NA 0 0
nv_5_m 80 Day 5 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 6
nv_6_vmax 81 Day 6 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_6_vmin 82 Day 6 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_6_time 83 Day 6 - time went to float 10 1 h NA 0 0
nv_6_soc 84 Day 6 - state of charge 1 1 % NA 0 0
nv_6_charge 85 Day 6 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_6_load 86 Day 6 - lsb of Load Ah 1 1 Ah NA 0 0
nv_6_m 87 Day 6 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 7
nv_7_vmax 88 Day 7 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_7_vmin 89 Day 7 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_7_time 90 Day 7 - time went to float 10 1 h NA 0 0
nv_7_soc 91 Day 7 - state of charge 1 1 % NA 0 0
nv_7_charge 92 Day 7 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_7_load 93 Day 7 - lsb of Load Ah 1 1 Ah NA 0 0
nv_7_m 94 Day 7 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 8
nv_8_vmax 95 Day 8 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_8_vmin 96 Day 8 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_8_time 97 Day 8 - time went to float 10 1 h NA 0 0
nv_8_soc 98 Day 8 - state of charge 1 1 % NA 0 0
nv_8_charge 99 Day 8 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_8_load 100 Day 8 - lsb of Load Ah 1 1 Ah NA 0 0
nv_8_m 101 Day 8 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 9
nv_9_vmax 102 Day 9 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_9_vmin 103 Day 9 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_9_time 104 Day 9 - time went to float 10 1 h NA 0 0
nv_9_soc 105 Day 9 - state of charge 1 1 % NA 0 0
nv_9_charge 106 Day 9 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_9_load 107 Day 9 - lsb of Load Ah 1 1 Ah NA 0 0
nv_9_m 108 Day 9 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 10
nv_10_vmax 109 Day 10 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_10_vmin 110 Day 10 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_10_time 111 Day 10 - time went to float 10 1 h NA 0 0
nv_10_soc 112 Day 10 - state of charge 1 1 % NA 0 0
nv_10_charge 113 Day 10 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_10_load 114 Day 10 - lsb of Load Ah 1 1 Ah NA 0 0
nv_10_m 115 Day 10 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 10
nv_11_vmax 116 Day 11 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_11_vmin 117 Day 11 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_11_time 118 Day 11 - time went to float 10 1 h NA 0 0
nv_11_soc 119 Day 11 - state of charge 1 1 % NA 0 0
nv_11_charge 120 Day 11 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_11_load 121 Day 11 - lsb of Load Ah 1 1 Ah NA 0 0
nv_11_m 122 Day 11 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 12
nv_12_vmax 123 Day 12 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_12_vmin 124 Day 12 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_12_time 125 Day 12 - time went to float 10 1 h NA 0 0
nv_12_soc 126 Day 12 - state of charge 1 1 % NA 0 0
nv_12_charge 127 Day 12 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_12_load 128 Day 12 - lsb of Load Ah 1 1 Ah NA 0 0
nv_12_m 129 Day 12 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 13
nv_13_vmax 130 Day 13 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_13_vmin 131 Day 13 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_13_time 132 Day 13 - time went to float 10 1 h NA 0 0
nv_13_soc 133 Day 13 - state of charge 1 1 % NA 0 0
nv_13_charge 134 Day 13 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_13_load 135 Day 13 - lsb of Load Ah 1 1 Ah NA 0 0
nv_13_m 136 Day 13 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 14
nv_14_vmax 137 Day 14 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_14_vmin 138 Day 14 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_14_time 139 Day 14 - time went to float 10 1 h NA 0 0
nv_14_soc 140 Day 14 - state of charge 1 1 % NA 0 0
nv_14_charge 141 Day 14 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_14_load 142 Day 14 - lsb of Load Ah 1 1 Ah NA 0 0
nv_14_m 143 Day 14 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 15
nv_15_vmax 144 Day 15 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_15_vmin 145 Day 15 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_15_time 146 Day 15 - time went to float 10 1 h NA 0 0
nv_15_soc 147 Day 15 - state of charge 1 1 % NA 0 0
nv_15_charge 148 Day 15 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_15_load 149 Day 15 - lsb of Load Ah 1 1 Ah NA 0 0
nv_15_m 150 Day 15 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 16
nv_16_vmax 151 Day 16 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_16_vmin 152 Day 16 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_16_time 153 Day 16 - time went to float 10 1 h NA 0 0
nv_16_soc 154 Day 16 - state of charge 1 1 % NA 0 0
nv_16_charge 155 Day 16 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_16_load 156 Day 16 - lsb of Load Ah 1 1 Ah NA 0 0
nv_16_m 157 Day 16 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 17
nv_17_vmax 158 Day 17 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_17_vmin 159 Day 17 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_17_time 160 Day 17 - time went to float 10 1 h NA 0 0
nv_17_soc 161 Day 17 - state of charge 1 1 % NA 0 0
nv_17_charge 162 Day 17 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_17_load 163 Day 17 - lsb of Load Ah 1 1 Ah NA 0 0
nv_17_m 164 Day 17 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 18
nv_18_vmax 165 Day 18 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_18_vmin 166 Day 18 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_18_time 167 Day 18 - time went to float 10 1 h NA 0 0
nv_18_soc 168 Day 18 - state of charge 1 1 % NA 0 0
nv_18_charge 169 Day 18 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_18_load 170 Day 18 - lsb of Load Ah 1 1 Ah NA 0 0
nv_18_m 171 Day 18 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 19
nv_19_vmax 172 Day 19 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_19_vmin 173 Day 19 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_19_time 174 Day 19 - time went to float 10 1 h NA 0 0
nv_19_soc 175 Day 19 - state of charge 1 1 % NA 0 0
nv_19_charge 176 Day 19 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_19_load 177 Day 19 - lsb of Load Ah 1 1 Ah NA 0 0
nv_19_m 178 Day 19 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 20
nv_20_vmax 179 Day 20 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_20_vmin 180 Day 20 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_20_time 181 Day 20 - time went to float 10 1 h NA 0 0
nv_20_soc 182 Day 20 - state of charge 1 1 % NA 0 0
nv_20_charge 183 Day 20 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_20_load 184 Day 20 - lsb of Load Ah 1 1 Ah NA 0 0
nv_20_m 185 Day 20 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 20
nv_21_vmax 186 Day 21 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_21_vmin 187 Day 21 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_21_time 188 Day 21 - time went to float 10 1 h NA 0 0
nv_21_soc 189 Day 21 - state of charge 1 1 % NA 0 0
nv_21_charge 190 Day 21 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_21_load 191 Day 21 - lsb of Load Ah 1 1 Ah NA 0 0
nv_21_m 192 Day 21 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 22
nv_22_vmax 193 Day 22 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_22_vmin 194 Day 22 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_22_time 195 Day 22 - time went to float 10 1 h NA 0 0
nv_22_soc 196 Day 22 - state of charge 1 1 % NA 0 0
nv_22_charge 197 Day 22 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_22_load 198 Day 22 - lsb of Load Ah 1 1 Ah NA 0 0
nv_22_m 199 Day 22 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 23
nv_23_vmax 200 Day 23 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_23_vmin 201 Day 23 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_23_time 202 Day 23 - time went to float 10 1 h NA 0 0
nv_23_soc 203 Day 23 - state of charge 1 1 % NA 0 0
nv_23_charge 204 Day 23 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_23_load 205 Day 23 - lsb of Load Ah 1 1 Ah NA 0 0
nv_23_m 206 Day 23 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 24
nv_24_vmax 207 Day 24 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_24_vmin 208 Day 24 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_24_time 209 Day 24 - time went to float 10 1 h NA 0 0
nv_24_soc 210 Day 24 - state of charge 1 1 % NA 0 0
nv_24_charge 211 Day 24 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_24_load 212 Day 24 - lsb of Load Ah 1 1 Ah NA 0 0
nv_24_m 213 Day 24 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 25
nv_25_vmax 214 Day 25 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_25_vmin 215 Day 25 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_25_time 216 Day 25 - time went to float 10 1 h NA 0 0
nv_25_soc 217 Day 25 - state of charge 1 1 % NA 0 0
nv_25_charge 218 Day 25 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_25_load 219 Day 25 - lsb of Load Ah 1 1 Ah NA 0 0
nv_25_m 220 Day 25 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 26
nv_26_vmax 221 Day 26 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_26_vmin 222 Day 26 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_26_time 223 Day 26 - time went to float 10 1 h NA 0 0
nv_26_soc 224 Day 26 - state of charge 1 1 % NA 0 0
nv_26_charge 225 Day 26 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_26_load 226 Day 26 - lsb of Load Ah 1 1 Ah NA 0 0
nv_26_m 227 Day 26 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 27
nv_27_vmax 228 Day 27 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_27_vmin 229 Day 27 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_27_time 230 Day 27 - time went to float 10 1 h NA 0 0
nv_27_soc 231 Day 27 - state of charge 1 1 % NA 0 0
nv_27_charge 232 Day 27 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_27_load 233 Day 27 - lsb of Load Ah 1 1 Ah NA 0 0
nv_27_m 234 Day 27 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 28
nv_28_vmax 235 Day 28 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_28_vmin 236 Day 28 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_28_time 237 Day 28 - time went to float 10 1 h NA 0 0
nv_28_soc 238 Day 28 - state of charge 1 1 % NA 0 0
nv_28_charge 239 Day 28 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_28_load 240 Day 28 - lsb of Load Ah 1 1 Ah NA 0 0
nv_28_m 241 Day 28 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 29
nv_29_vmax 242 Day 29 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_29_vmin 243 Day 29 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_29_time 244 Day 29 - time went to float 10 1 h NA 0 0
nv_29_soc 245 Day 29 - state of charge 1 1 % NA 0 0
nv_29_charge 246 Day 29 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_29_load 247 Day 29 - lsb of Load Ah 1 1 Ah NA 0 0
nv_29_m 248 Day 29 - msb Charge, msb Load 1 1 NA NA 0 0
# Day 30
nv_30_vmax 249 Day 30 - vmax scaled relative to 12V 10 BM V NA 0 0
nv_30_vmin 250 Day 30 - vmin scaled relative to 12V 10 BM V NA 0 0
nv_30_time 251 Day 30 - time went to float 10 1 h NA 0 0
nv_30_soc 252 Day 30 - state of charge 1 1 % NA 0 0
nv_30_charge 253 Day 30 - lsb of Charge Ah 1 1 Ah NA 0 0
nv_30_load 254 Day 30 - lsb of Load Ah 1 1 Ah NA 0 0
nv_30_m 255 Day 30 - msb Charge, msb Load 1 1 NA NA 0 0