Connect Victron Battery monitor to Openplotter SignalK?

[e-sailing]

I ask for help on how data can be read in the Victron battery monitor and send them to SignaK Openplotter of using this software?
http://www.jeperez.com/online-monitor-vi...-bmv-602s/

You are on the right way. I tried to emulate the bmv-600 (with a fixed string) and used this code for sending it to SignalK. (I didn't test it with a real bmv-600 so there will be many errors. Perhaps you can combine this code with the one you found.)

Code:

#!/usr/bin/python
#victron BMV600S

import signal, sys, time, socket, datetime, subprocess, math, serial, re

# Control-C signal handler to suppress exceptions if user presses Control C
# This is totally optional.
def signal_handler(sig, frame):
   print('You pressed Ctrl+C!!!!')
   sys.exit(0)
   
# init
signal.signal(signal.SIGINT, signal_handler)
sock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
ser = serial.Serial('/dev/ttyOP_LEONARDO', 19200, timeout=2)
ser.flush()

ValueH1 = 0
ValueH2 = 0
ValueH3 = 0
ValueH4 = 0
ValueH5 = 0
ValueH6 = 0
ValueH7 = 0
ValueH8 = 0
ValueH9 = 0
ValueH10 = 0
ValueH11 = 0
ValueH12 = 0
ValueV = 0
ValueI = 0
ValueCE = 0
ValueSOC = 0
ValueTTG = 0
ValueALARM = 0
ValueRELAY = 0
ValueAR = 0

error = False
i = 0

def safefloat(value,line):
   if re.match('^-?[0-9]+$', line):
       value = float(line)
   return value

# forever loop until user presses Control-C
while 1:
   i += 1
   serLine = ser.readline().split()
   #print serLine,len(serLine)
   
   if len(serLine) == 2:
   
       if 'H1' == serLine[0]:
           ValueH1 = safefloat(ValueH1,serLine[1])/100
           print 'H1 dpst DOD ',ValueH1
       elif 'H2' == serLine[0]:
           ValueH2 = safefloat(ValueH2,serLine[1])/100
           print 'H2 lst DOD ',ValueH2
       elif 'H3' == serLine[0]:
           ValueH3 = safefloat(ValueH3,serLine[1])/100
           print 'H3 avg DOD ',ValueH3
       elif 'H4' == serLine[0]:
           ValueH4 = safefloat(ValueH4,serLine[1])/100
           print 'H4 cycles ',ValueH4
       elif 'H5' == serLine[0]:
           ValueH5 = safefloat(ValueH5,serLine[1])/100
           print 'H5 FD ',ValueH5
       elif 'H6' == serLine[0]:
           ValueH6 = safefloat(ValueH6,serLine[1])/100
           print 'H6 Tot.AH ',ValueH6
       elif 'H7' == serLine[0]:
           ValueH7 = safefloat(ValueH7,serLine[1])/100
           print 'H7 Min V ',ValueH7
       elif 'H8' == serLine[0]:
           ValueH8 = safefloat(ValueH8,serLine[1])/100
           print 'H8 Max V ',ValueH8
       elif 'H9' == serLine[0]:
           ValueH9 = safefloat(ValueH9,serLine[1])/100
           print 'H9 day aft. full ',ValueH9
       elif 'H10' == serLine[0]:
           ValueH10 = safefloat(ValueH10,serLine[1])/100
           print 'H10 Sync ',ValueH10
       elif 'H11' == serLine[0]:
           ValueH11 = safefloat(ValueH11,serLine[1])/100
           print 'H11 Low V al ',ValueH11
       elif 'H12' == serLine[0]:
           ValueH12 = safefloat(ValueH12,serLine[1])/100
           print 'H12 High V al. ',ValueH12

       elif 'V' == serLine[0]:
           ValueV = safefloat(ValueV,serLine[1])/1000
           print 'V ',ValueV
       elif 'I' == serLine[0]:
           ValueI = safefloat(ValueI,serLine[1])/1000
           print 'I ',ValueI
       elif 'I' == serLine[0]:
           if ('---' in serLine) == False:
               ValueCE = safefloat(ValueCE,serLine[1])/1000
               print 'CE ',ValueCE
       elif 'SOC' == serLine[0]:
           if ('---' in serLine) == False:
               ValueSOC = safefloat(ValueSOC,serLine[1])/10
               print 'SOC ',ValueSOC
       elif 'TTG' == serLine[0]:
           if ('---' in serLine) == False:
               ValueTTG = safefloat(ValueTTG,serLine[1])/10
               print 'TTG ',ValueTTG
       elif 'ALARM' == serLine[0]:
           if 'OFF' in serLine:
               ValueALARM = '0'
           else:
               ValueALARM = '1'

   if i >= 24:
       print 'send'
       SignalK = '{"updates": [{"source": {"type": "BAT","src" : "BMV601"},"values":['
       SignalK += '{"path": "electrical.batteries.main.voltage","value":'+str(round(ValueV, 2))+'}'
       SignalK += ',{"path": "electrical.batteries.main.current","value":'+str(round(ValueI, 2))+'}'
       SignalK += ',{"path": "electrical.batteries.main.capacity.stateOfCharge","value":'+str(ValueSOC)+'}'
       SignalK += ',{"path": "electrical.batteries.main.capacity.timeRemaining","value":'+str(round(ValueTTG, 1))+'}'
       SignalK += ']}]}\n'
       sock.sendto(SignalK, ('localhost', 55559))
       i = 0
       time.sleep(.500)