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wvc
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#!/bin/bash
host=127.0.0.1 #Mqtt host
volts=0
av=0
aa=0
watts=0
dv=0
da=0
n=0
filename=$2
Modem=$3
M1="$(echo $Modem | cut -c1-2 )"
M2="$(echo $Modem | cut -c3-4 )"
M3="$(echo $Modem | cut -c5-6 )"
M4="$(echo $Modem | cut -c7-8 )"
if [ -z "$1" ]; then
echo "missing arguments in this order ComPort inverter.list modemID hc or modem"
exit -1
fi
if [ -z "$2" ]; then
echo "missing arguments in this order ComPort inverter.list modemID hc or modem"
exit -1
fi
if [ -z "$3" ]; then
echo "missing arguments in this order ComPort inverter.list modemID hc or modem"
exit -1
fi
if [ -z "$4" ]; then
echo "missing arguments in this order ComPort inverter.list modemID hc or modem"
exit -1
fi
echo " Using ModemID "$M1 $M2 $M3 $M4 " at port " $1 " Using inverter list " $2 " on a " $4 "Device"
ModemTest="$(echo \\xf8\\x$M1\\x$M2\\x$M3\\x$M4\\xff\\xff\\x6b)"
############################ Begin ###############################################
if [ $4 == modem ]; then
echo "WVC MODEM "
I="$(ps -efww | grep 'tty[W]VC' | wc -l)" # for openwrt remove ps arguements -efww
echo "virtural port " /tmp/ttyWVCDUMMY$I
for (( ; ; ))
do
while read line; do
# reading each line
> /dev/shm/ser-data$I
sleep .6
Itype="$(echo $line | cut -d / -f 1 )"
echo " "
echo "Inverter Type "$Itype
D_id="$(echo $line | cut -d / -f 2)"
#echo "Device id" $D_id
H1="$(echo $D_id | cut -c1-2 )"
H2="$(echo $D_id | cut -c3-4 )"
Payload="$(echo \\xf2\\x$M1\\x$M2\\x$M3\\x$M4\\x$H1\\x$H2\\x65)"
echo -en ${Payload} > /tmp/ttyWVCDUMMY$I
sleep .6
OUTPUTx="$(cat /dev/shm/ser-data$I)"
OUTPUT="$(cat /dev/shm/ser-data$I | sed 's/<.*//' | sed 's/>//' | sed 's/0x//' | sed -E ':a ; $!N ; s/\n\s+/ / ; ta ; P ; D' | tr -d ' ' | sed '/^$/d' | sed -nr '/^.{34,34}$/p')"
Sample="$(cat /dev/shm/ser-data$I | sed 's/<.*//' | sed 's/>//' | sed 's/0x//' | sed -E ':a ; $!N ; s/\n\s+/ / ; ta ; P ; D' | tr -d ' ' | sed '/^$/d' | sed -nr '/^.{34,34}$/p')"
echo $Sample
sleep .8
######Convert Hex to temp #########
TEMP="$(echo $OUTPUT | cut -c33-34)"
TDEC="$(echo $(( 16#$TEMP )))"
Input="$(echo 'TMP'$TDEC)"
MQttT="$(cat lookup | jq --arg Itype "$Itype" --arg Input "$Input" '.[$Itype] | .[$Input]' | sed 's/[^-.0-9]*//g')"
if [[ $MQttT -eq 86 ]]; then
echo " no input from inverter " $D_id
# > /dev/shm/ser-data$I
sleep .4
echo -en ${ModemTest} > /tmp/ttyWVCDUMMY$I
sleep 2
OUTPUT="$(cat /dev/shm/ser-data$I | sed 's/<.*//' | sed 's/>//' | sed 's/0x//' | sed -E ':a ; $!N ; s/\n\s+/ / ; ta ; P ; D' | tr -d '[:blank:]' | sed '/^$/d' )"
if [ -z "$OUTPUT" ]; then
echo $OUTPUT
echo " no COM detected "
pkill interceptty
sleep .4
echo " restarting COM"
interceptty -s 'ispeed 9600 ospeed 9600' -f hex -l $1 /tmp/ttyWVCDUMMY$I >> /dev/shm/ser-data$I &
sleep .4
echo "started"
fi
else
echo "Inverter ID " $D_id
echo "Temp " $MQttT
# ADD secondary procees to send DATa to database or MQTT here
mosquitto_pub -h $host -t "incoming/$3/TEMP-Energy/temperature-$D_id" -m "N:$MQttT"
######Convert Hex to VAC #########
TEMP="$(echo $OUTPUT | cut -c29-32 | tac -rs .. | echo $(tr -d '\n') )"
TDEC="$(echo $(( 16#$TEMP )))"
Input="$(echo 'VAC'$TDEC)"
MQttVAC="$(cat lookup | jq --arg Itype "$Itype" --arg Input "$Input" '.[$Itype] | .[$Input]' | sed 's/[^-.0-9]*//g')"
echo "VAC " $MQttVAC
# ADD secondary procees to send DATa to database or MQTT here
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/voltage-$D_id" -m "N:$MQttVAC"
######Convert Hex to AAC #########
TEMP="$(echo $OUTPUT | cut -c25-28 | tac -rs .. | echo $(tr -d '\n') )"
TDEC="$(echo $(( 16#$TEMP )))"
if [[ ${MQttVAC%.*} -gt 160 ]]; then
Input="$(echo 'AACB'$TDEC)"
MQttAAC="$(cat lookup | jq --arg Itype "$Itype" --arg Input "$Input" '.[$Itype] | .[$Input]' | sed 's/[^-.0-9]*//g')"
#echo "high volt"
else
Input="$(echo 'AACA'$TDEC)"
MQttAAC="$(cat lookup | jq --arg Itype "$Itype" --arg Input "$Input" '.[$Itype] | .[$Input]' | sed 's/[^-.0-9]*//g')"
#echo "low volt"
fi
echo "AAC " $MQttAAC
# ADD secondary procees to send DATa to database or MQTT here
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/current-$D_id" -m "N:$MQttAAC"
######Convert Hex to VDC #########
TEMP="$(echo $OUTPUT | cut -c21-24 | tac -rs .. | echo $(tr -d '\n') )"
TDEC="$(echo $(( 16#$TEMP )))"
Input="$(echo 'VDC'$TDEC)"
MQttVDC="$(cat lookup | jq --arg Itype "$Itype" --arg Input "$Input" '.[$Itype] | .[$Input]' | sed 's/[^-.0-9]*//g')"
echo "VDC " $MQttVDC
# ADD secondary procees to send DATa to database or MQTT here
mosquitto_pub -h $host -t "incoming/$3/DC-Energy/voltage-$D_id" -m "N:$MQttVDC"
######Convert Hex to VDC #########
TEMP="$(echo $OUTPUT | cut -c17-20 | tac -rs .. | echo $(tr -d '\n') )"
TDEC="$(echo $(( 16#$TEMP )))"
Input="$(echo 'ADC'$TDEC)"
MQttADC="$(cat lookup | jq --arg Itype "$Itype" --arg Input "$Input" '.[$Itype] | .[$Input]' | sed 's/[^-.0-9]*//g')"
echo "ADC " $MQttADC
# ADD secondary procees to send DATa to database or MQTT here
mosquitto_pub -h $host -t "incoming/$3/DC-Energy/current-$D_id" -m "N:$MQttADC"
av="$(echo $av+$MQttVAC |bc -l)"
aa="$( echo $aa+$MQttAAC |bc -l)"
dv="$(echo $dv+$MQttVDC |bc -l)"
da="$( echo $da+$MQttADC |bc -l)"
DC="$( echo $MQttVDC \* $MQttADC |bc -l)"
AC="$( echo $MQttVAC \* $MQttAAC |bc -l)"
mosquitto_pub -h $host -t "incoming/$3/DC-Energy/power-$D_id" -m "N:$DC"
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/power-$D_id" -m "N:$AC"
EF="$( echo $AC / $DC |bc -l | head -c-19 )"
if (( $(echo "$EF < 1" |bc -l) )); then
#echo " "
#else
mosquitto_pub -h $host -t "incoming/$3/EF-Energy/energy-$D_id" -m "N:$EF"
echo "Panel Efficiency" $EF
fi
n=$[$n+1]
fi
done < $filename
if [ $n -eq 0 ]; then
echo " no wattage data "
else
av="$( echo $av / $n | bc -l )"
# aa="$( echo $aa / $n | bc -l )" #enambe for panel average
dv="$( echo $dv / $n | bc -l )"
# da="$( echo $da / $n | bc -l )" #enable for panel average
wattsA="$(echo $av \* $aa | bc -l | head -c-19)"
echo "AC watts " $wattsA
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/power-Total" -m "N:$wattsA"
wattsD="$(echo $dv \* $da | bc -l | head -c-19)"
echo "DC watts " $wattsD
mosquitto_pub -h $host -t "incoming/$3/DC-Energy/power-Total" -m "N:$wattsD"
EF="$( echo $wattsA / $wattsD |bc -l | head -c-19 )"
if (( $(echo "$EF < 1" |bc -l) )); then
mosquitto_pub -h $host -t "incoming/$3/EF-Energy/energy-Overall" -m "N:$EF"
echo "Overall Efficiency " $EF
fi
fi
av=0
aa=0
da=0
dv=0
n=0
done
fi
################################## HC_12 ##################################
if [ $4 == hc ]; then
I="$(ps -efww | grep 'tty[W]VC' | wc -l)" # for openwrt remove ps arguements -efww
echo "virtural port " /tmp/ttyWVCDUMMY$I
for (( ; ; ))
do
while read line; do
# reading each line
> /dev/shm/ser-data$I
sleep .6
Itype="$(echo $line | cut -d / -f 1 )"
echo " "
D_id="$(echo $line | cut -d / -f 2)"
#echo "Device id" $D_id
R_id="$(echo $line | cut -d / -f 3)"
#echo "Device id" $D_id
###################################################################
################## begin of R2 Block ##############################
if [ $R_id == R2 ]; then
echo "Inverter Type "$Itype $R_id
H1="$(echo $D_id | cut -c1-2 )"
H2="$(echo $D_id | cut -c3-4 )"
Payload="$(echo \\xf2\\x$H1\\x$H2\\x65\\x$M1\\x$M2\\x$M3\\x$M4)"
echo -en ${Payload} > /tmp/ttyWVCDUMMY$I
sleep .6
OUTPUT="$(cat /dev/shm/ser-data$I | sed 's/<.*//' | sed 's/>//' | sed 's/0x//' | sed -E ':a ; $!N ; s/\n\s+/ / ; ta ; P ; D' | tr -d ' ' | sed '/^$/d' | sed 's/^..//' | sed -nr '/^.{38,38}$/p')"
Sample="$(cat /dev/shm/ser-data$I | sed 's/<.*//' | sed 's/>//' | sed 's/0x//' | sed -E ':a ; $!N ; s/\n\s+/ / ; ta ; P ; D' | tr -d ' ' | sed '/^$/d' | sed 's/^..//'| sed -nr '/^.{38,38}$/p')"
echo $Sample
sleep .8
######Convert Hex to temp #########
TEMP="$(echo $OUTPUT | cut -c29-30)"
TDEC="$(echo $(( 16#$TEMP )))"
Input="$(echo 'TMP'$TDEC)"
MQttT="$(cat lookup | jq --arg Itype "$Itype" --arg Input "$Input" '.[$Itype] | .[$Input]' | sed 's/[^-.0-9]*//g')"
#if [ -z "$OUTPUT" ]; then
#echo " no input"
#else
if [[ $MQttT -eq 86 ]]; then
echo " no input from inverter " $D_id
# > /dev/shm/ser-data$I
sleep .4
echo -en ${ModemTest} > /tmp/ttyWVCDUMMY$I
sleep 2
OUTPUT="$(cat /dev/shm/ser-data$I | sed 's/<.*//' | sed 's/>//' | sed 's/0x//' | sed -E ':a ; $!N ; s/\n\s+/ / ; ta ; P ; D' | tr -d '[:blank:]' | sed '/^$/d' )"
if [ -z "$OUTPUT" ]; then
echo $OUTPUT
echo " no COM detected "
pkill interceptty
sleep .4
echo " restarting COM"
interceptty -s 'ispeed 9600 ospeed 9600' -f hex -l $1 /tmp/ttyWVCDUMMY$I >> /dev/shm/ser-data$I &
sleep .4
echo "started"
fi
else
#if [ -z "$OUTPUT" ]; then
#echo " no input"
#else
echo "Inverter ID " $D_id
echo "Temp " $MQttT
# ADD secondary procees to send DATa to database or MQTT here
mosquitto_pub -h $host -t "incoming/$3/TEMP-Energy/temperature-$D_id" -m "N:$MQttT"
######Convert Hex to VAC #########
TEMP="$(echo $OUTPUT | cut -c25-28 | tac -rs .. | echo $(tr -d '\n') )"
TDEC="$(echo $(( 16#$TEMP )))"
Input="$(echo 'VAC'$TDEC)"
MQttVAC="$(cat lookup | jq --arg Itype "$Itype" --arg Input "$Input" '.[$Itype] | .[$Input]' | sed 's/[^-.0-9]*//g')"
echo "VAC " $MQttVAC
# ADD secondary procees to send DATa to database or MQTT here
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/voltage-$D_id" -m "N:$MQttVAC"
######Convert Hex to AAC #########
TEMP="$(echo $OUTPUT | cut -c21-24 | tac -rs .. | echo $(tr -d '\n') )"
TDEC="$(echo $(( 16#$TEMP )))"
if [[ ${MQttVAC%.*} -gt 160 ]]; then
Input="$(echo 'AACB'$TDEC)"
MQttAAC="$(cat lookup | jq --arg Itype "$Itype" --arg Input "$Input" '.[$Itype] | .[$Input]' | sed 's/[^-.0-9]*//g')"
#echo "high volt"
else
Input="$(echo 'AACA'$TDEC)"
MQttAAC="$(cat lookup | jq --arg Itype "$Itype" --arg Input "$Input" '.[$Itype] | .[$Input]' | sed 's/[^-.0-9]*//g')"
#echo "low volt"
fi
echo "AAC " $MQttAAC
# ADD secondary procees to send DATa to database or MQTT here
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/current-$D_id" -m "N:$MQttAAC"
######Convert Hex to VDC #########
TEMP="$(echo $OUTPUT | cut -c17-20 | tac -rs .. | echo $(tr -d '\n') )"
TDEC="$(echo $(( 16#$TEMP )))"
Input="$(echo 'VDC'$TDEC)"
MQttVDC="$(cat lookup | jq --arg Itype "$Itype" --arg Input "$Input" '.[$Itype] | .[$Input]' | sed 's/[^-.0-9]*//g')"
echo "VDC " $MQttVDC
# ADD secondary procees to send DATa to database or MQTT here
mosquitto_pub -h $host -t "incoming/$3/DC-Energy/voltage-$D_id" -m "N:$MQttVDC"
######Convert Hex to VDC #########
TEMP="$(echo $OUTPUT | cut -c13-16 | tac -rs .. | echo $(tr -d '\n') )"
TDEC="$(echo $(( 16#$TEMP )))"
Input="$(echo 'ADC'$TDEC)"
MQttADC="$(cat lookup | jq --arg Itype "$Itype" --arg Input "$Input" '.[$Itype] | .[$Input]' | sed 's/[^-.0-9]*//g')"
echo "ADC " $MQttADC
# ADD secondary procees to send DATa to database or MQTT here
mosquitto_pub -h $host -t "incoming/$3/DC-Energy/current-$D_id" -m "N:$MQttADC"
av="$(echo $av+$MQttVAC |bc -l)"
aa="$( echo $aa+$MQttAAC |bc -l)"
dv="$(echo $dv+$MQttVDC |bc -l)"
da="$( echo $da+$MQttADC |bc -l)"
DC="$( echo $MQttVDC \* $MQttADC |bc -l)"
AC="$( echo $MQttVAC \* $MQttAAC |bc -l)"
mosquitto_pub -h $host -t "incoming/$3/DC-Energy/power-$D_id" -m "N:$DC"
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/power-$D_id" -m "N:$AC"
EF="$( echo $AC / $DC |bc -l | head -c-19 )"
if (( $(echo "$EF < 1" |bc -l) )); then
#echo " "
#else
mosquitto_pub -h $host -t "incoming/$3/EF-Energy/energy-$D_id" -m "N:$EF"
echo "Panel Efficiency" $EF
fi
n=$[$n+1]
# fi
fi
fi
################## End of R2 Block ################################
###################################################################
################## begin of R3 Block ##############################
if [ $R_id == R3 ]; then
echo "Inverter Type "$Itype $R_id
H1="$(echo $D_id | cut -c1-2 )"
H2="$(echo $D_id | cut -c3-4 )"
H3="$(echo $D_id | cut -c5-6 )"
H4="$(echo $D_id | cut -c7-8 )"
Payload="$(echo \\xf2\\x$M1\\x$M2\\x$M3\\x$M4\\xe9\\x1b\\x00\\x00\\x$H1\\x$H2\\x$H3\\x$H4\\x65)"
echo -en ${Payload} > /tmp/ttyWVCDUMMY$I
sleep .6
OUTPUT="$(cat /dev/shm/ser-data$I | sed 's/<.*//' | sed 's/>//' | sed 's/0x//' | sed -E ':a ; $!N ; s/\n\s+/ / ; ta ; P ; D' | tr -d ' ' | sed '/^$/d' | sed -nr '/^.{56,56}$/p')" #
##### enable sample tor debug purpuse ##################
#Sample="$(cat /dev/shm/ser-data$I | sed 's/<.*//' | sed 's/>//' | sed 's/0x//' | sed -E ':a ; $!N ; s/\n\s+/ / ; ta ; P ; D' | tr -d ' ' | sed '/^$/d' | sed 's/^..//')" #| sed -nr '/^.{56,56}$/p')"
#echo $Sample
################## TEST from key file ####################
#OUTPUT="$(cat /home/stephen/r3 | sed -nr '/^.{56,56}$/p')"
echo $OUTPUT
######Convert Hex to Temp #########
TEMP="$(echo $OUTPUT | cut -c49-52 | echo $(tr -d '\n') )"
TDEC="$(echo $(( 16#${TEMP:2:3}${TEMP:0:2} )))"
#TEMP="$(echo $OUTPUT | cut -c53-56 | echo $(tr -d '\n') )"
#TDEC=$(x=$((16#$TEMP)); [ "$x" -gt 32767 ] && ((x=x-65535)); echo "$x"; )
MQttT="$( echo $TDEC / 100 | bc -l| head -c-19 )"
INT=${MQttT/\.*}
if [ -z "$MQttT" ]; then
echo " no input from inverter " $D_id
# > /dev/shm/ser-data$I
sleep .4
echo -en ${ModemTest} > /tmp/ttyWVCDUMMY$I
sleep 2
OUTPUT="$(cat /dev/shm/ser-data$I | sed 's/<.*//' | sed 's/>//' | sed 's/0x//' | sed -E ':a ; $!N ; s/\n\s+/ / ; ta ; P ; D' | tr -d '[:blank:]' | sed '/^$/d' )"
if [ -z "$OUTPUT" ]; then
echo $OUTPUT
echo " no COM detected "
pkill interceptty
sleep .4
echo " restarting COM"
interceptty -s 'ispeed 9600 ospeed 9600' -f hex -l $1 /tmp/ttyWVCDUMMY$I >> /dev/shm/ser-data$I &
sleep .4
echo "started"
fi
else
if [ -z "$OUTPUT" ]; then
echo "No input"
echo " "
else
echo "Inverter ID " $D_id
echo "Temp " $MQttT
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/current-$D_id" -m "N:$MQttT"
######Convert Hex to VDC #########
TEMP="$(echo $OUTPUT | cut -c29-32 | echo $(tr -d '\n') )"
TDEC="$(echo $(( 16#$TEMP )))"
MQttVDC="$( echo $TDEC / 100 | bc -l | head -c-19 )"
echo "VDC " $MQttVDC
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/current-$D_id" -m "N:$MQttVDC"
######Convert Hex to VAC #########
TEMP="$(echo $OUTPUT | cut -c33-36 | echo $(tr -d '\n') )"
VDEC="$(echo $(( 16#$TEMP )))"
MQttVAC="$( echo $VDEC / 100 | bc -l | head -c-19 )"
echo "VAC " $MQttVAC
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/current-$D_id" -m "N:$MQttVAC"
######Convert Hex to ADC #########
TEMP="$(echo $OUTPUT | cut -c37-40 | echo $(tr -d '\n') )"
TDEC="$(echo $(( 16#$TEMP )))"
MQttADC="$( echo $TDEC / 100 | bc -l | head -c-19 )"
echo "ADC " $MQttADC
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/current-$D_id" -m "N:$MQttADC"
######Convert Hex to AAC #########
TEMP="$(echo $OUTPUT | cut -c49-52 | echo $(tr -d '\n') )"
TDEC="$(echo $(( 16#$TEMP )))"
TDEC="$( echo $TDEC / 10 | bc -l| head -c-16 )"
MQttAAC="$( echo $TDEC / $MQttVAC | bc -l | head -c-16 )"
echo "AAC " $MQttAAC
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/current-$D_id" -m "N:$MQttAAC"
######Convert Hex to KWATT #########
TMP="$(echo $OUTPUT | cut -c41-48 | echo $(tr -d '\n') | tr '[:lower:]' '[:upper:]')"
TMP1="$(echo $TMP | tac -rs .. | echo $(tr -d '\n') )"
TMP3="$(echo $TMP | tac -rs . | echo $(tr -d '\n') )"
TMP2=$(echo "ibase=16;obase=2;$TMP1" | bc | tr 01 10 )
TDEC="$(echo $(( 2#$TMP2 )))"
MQttWATT="$( echo $TDEC / 1000 | bc -l | head -c-18 )"
echo "Watt1 " $MQttWATT
mosquitto_pub -h $host -t "WATTS/1" -m "N:$MQttWATT"
TDEC="$(echo $(( 16#$TMP1 )))"
MQttWATT="$( echo $TDEC / 1000 | bc -l | head -c-18 )"
echo "Watt2 " $MQttWATT
mosquitto_pub -h $host -t "WATTS/2" -m "N:$MQttWATT"
TDEC="$(echo $(( 16#$TMP3 )))"
MQttWATT="$( echo $TDEC / 1000 | bc -l | head -c-18 )"
echo "Watt3 " $MQttWATT
mosquitto_pub -h $host -t "WATTS/3" -m "N:$MQttWATT"
av="$(echo $av+$MQttVAC |bc -l)"
aa="$( echo $aa+$MQttAAC |bc -l)"
dv="$(echo $dv+$MQttVDC |bc -l)"
da="$( echo $da+$MQttADC |bc -l)"
DC="$( echo $MQttVDC \* $MQttADC |bc -l)"
AC="$( echo $MQttVAC \* $MQttAAC |bc -l)"
mosquitto_pub -h $host -t "incoming/$3/DC-Energy/power-$D_id" -m "N:$DC"
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/power-$D_id" -m "N:$AC"
EF="$( echo $AC / $DC |bc -l | head -c-19 )"
if (( $(echo "$EF < 1" |bc -l) )); then
mosquitto_pub -h $host -t "incoming/$3/EF-Energy/energy-$D_id" -m "N:$EF"
echo "Panel Efficiency" $EF
fi
n=$[$n+1]
fi
fi
fi
################### end of R3 block ##############################
if [ $R_id == D ]; then
echo "Inverter Type "$Itype $R_id " is Disabled"
fi
done < $filename
if [ $n -eq 0 ]; then
echo " no wattage data "
else
av="$( echo $av / $n | bc -l )"
# aa="$( echo $aa / $n | bc -l )" #enambe for panel average
dv="$( echo $dv / $n | bc -l )"
# da="$( echo $da / $n | bc -l )" #enable for panel average
wattsA="$(echo $av \* $aa | bc -l | head -c-19)"
echo "AC watts " $wattsA
mosquitto_pub -h $host -t "incoming/$3/AC-Energy/power-Total" -m "N:$wattsA"
wattsD="$(echo $dv \* $da | bc -l | head -c-19)"
echo "DC watts " $wattsD
mosquitto_pub -h $host -t "incoming/$3/DC-Energy/power-Total" -m "N:$wattsD"
EF="$( echo $wattsA / $wattsD |bc -l | head -c-19 )"
if (( $(echo "$EF < 1" |bc -l) )); then
mosquitto_pub -h $host -t "incoming/$3/EF-Energy/energy-Overall" -m "N:$EF"
echo "Overall Efficiency " $EF
fi
fi
av=0
aa=0
da=0
dv=0
n=0
done
fi
echo "Unknown Device - hc or modem"