wifi connection problem

[meccip]

Hello.
I upgrade my solar system. Change my JKB2A24S20P bms with the communication one JKPB. I have 2 bmses. Master and Slave and i need to change my esphome mqtt data from JKB2 to JKPB. I dont use homeasistent, just mqtt to send data to nodered.
So, I start searching and i see you code. My old JKB2 run on syssi code esphome Esp01 very nice more than a year. And i start run your code on esp01, make a rs485 adapter to TTL, remove some data sensors from yaml that i dont need to get data faster. But i run into a problem with esp01 wifi connection after compile your code into esp. I try esp32-jk-pb-modbus-example.yaml from syssi code to see that wifi is working and is working with that. But with your code wifi enter in STA mode and not connecting to wifi.

I have some logs, after 3 atempts of connection enter in safe mode and then connect to wifi waiting for something and then start from begining not connecting to wifi.

This is LOG :

INFO Starting log output from COM5 with baud rate 115200
[17:49:58]rld\x9c\x9e|\x8cl\xe0|♥♦♀♦\x8c♦$\xec♦c|\x8e\x83♥\xe4x93{\x92c\x8c♦c\x8c\xfbo'\x9flno\xdc\xe3\xec♀b∟x\x84\x8fl;l{lp\xf2n\xe0↑♥♦♀\x83♀d♦\x8c\x9c♀♀♦c♦o\xe3<♥\xec♦\x87\xc7♦c\x84\xfbgo\xeed\x8c\xc7$♥\x98‼n♀\x8ed♥gs\x8eۓn♀♦;s\x9b♥p\xfbg\xe0►☻♦♦s\x84\x9c\x9c\x9c∟\xc0\x84☻♦c♀n\xe3|♥♦\xc7♦c\x84\xfbgn\xe7♦\x8fl♥\x98‼n♀\x8el♥os\x8e\x9b\x92n♀♦{↕d☻♫{\x92\x9bo♦♦r ♥\x9c☻♦♀䏇\xe3\x8f♀l`♥\xfc\x83o\xdcl
[17:49:58]SDK:2.2.2-dev(38a443e)/Core:3.0.2=30002000/lwIP:STABLE-2_1_2_RELEASE/glue:1.2-48-g7421258/BearSSL:6105635
[17:49:58][I][logger:262]: Log initialized
[17:49:58][C][ota:469]: There have been 0 suspected unsuccessful boot attempts.
[17:49:58][I][app:029]: Running through setup()...
[17:49:58][V][app:030]: Sorting components by setup priority...
[17:49:58][VV][scheduler:063\xfdi5
[17:49:58]SDK:2.2.2-dev(38a443e)/Core:3.0.2=30002000/lwIP:STABLE-2_1_2_RELEASE/glue:1.2-48-g7421258/BearSSL:6105635
[17:49:58][VV][scheduler:063]: set_interval(name='update', interval=5000, offset=200)
[17:49:58][VV][scheduler:063]: set_interval(name='update', interval=5000, offset=2031)
[17:49:58][C][wifi:038]: Setting up WiFi...
[17:49:58][C][wifi:048]: Starting WiFi...
[17:49:58][C][wifi:049]: Local MAC: DC:4F:22:5F:0E:BF
[17:49:58][V][wifi_esp8266:058]: Enabling STA.
[17:49:58][W][wifi_esp8266:081]: Setting WiFi mode failed!
[17:49:58]sleep disable
[17:49:58][D][wifi:425]: Starting scan...
[17:49:58][V][wifi_esp8266:058]: Enabling STA.
[17:49:58][W][wifi_esp8266:081]: Setting WiFi mode failed!
[17:49:58][V][wifi_esp8266:197]: Setting WiFi Hostname failed!
[17:49:58][VV][scheduler:225]: Running interval '' with interval=60000 last_execution=4294894549 (now=178)
[17:49:58][VV][scheduler:225]: Running interval 'update' with interval=5000 last_execution=4294960393 (now=178)
[17:49:58][VV][scheduler:225]: Running interval 'update' with interval=5000 last_execution=4294962218 (now=178)
[17:50:01][VV][scheduler:225]: Running interval 'update' with interval=5000 last_execution=4294965393 (now=3097)
[17:50:03][VV][scheduler:225]: Running interval 'update' with interval=5000 last_execution=4294967218 (now=4922)
[17:50:03][I][jk_rs485_sniffer:297]: NO JK MASTER DETECTED IN THE NETWORK. ESP WILL ACT AS MASTER
[17:50:03][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x02
[17:50:03][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 02.10.16.20.00.01.02.00.00.C2.01 (11)
[17:50:03]☻►▬ ☺☻\xc2☺[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:03][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x03
[17:50:03][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 03.10.16.20.00.01.02.00.00.CF.91 (11)
[17:50:03]♥►▬ ☺☻ϑ[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:04][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x04
[17:50:04][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 04.10.16.20.00.01.02.00.00.E9.A1 (11)
[17:50:04]♦►▬ ☺☻\xe9\xa1[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:04][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x05
[17:50:04][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 05.10.16.20.00.01.02.00.00.E4.31 (11)
[17:50:04]♣►▬ ☺☻\xe41[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:05][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x06
[17:50:05][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 06.10.16.20.00.01.02.00.00.F0.C1 (11)
[17:50:05]♠►▬ ☺☻\xf0\xc1[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:05][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x07
[17:50:05][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 07.10.16.20.00.01.02.00.00.FD.51 (11)
[17:50:05]►▬ ☺☻\xfdQ[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:06][VV][scheduler:225]: Running interval 'update' with interval=5000 last_execution=3097 (now=8097)
[17:50:06][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x08
[17:50:06][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 08.10.16.20.00.01.02.00.00.BC.A1 (11)
[17:50:06►▬ ☺☻\xbc\xa1[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:06][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x09
[17:50:06][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 09.10.16.20.00.01.02.00.00.B1.31 (11)
[17:50:06] ►▬ ☺☻\xb11[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:07][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x0A
[17:50:07][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 0A.10.16.20.00.01.02.00.00.A5.C1 (11)
[17:50:07]
[17:50:07]►▬ ☺☻\xa5\xc1[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:07][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x0B
[17:50:07][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 0B.10.16.20.00.01.02.00.00.A8.51 (11)
[17:50:07]♂►▬ ☺☻\xa8Q[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:08][VV][scheduler:225]: Running interval 'update' with interval=5000 last_execution=4922 (now=9922)
[17:50:08][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x0C
[17:50:08][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 0C.10.16.20.00.01.02.00.00.8E.61 (11)
[17:50:08]♀►▬ ☺☻\x8ea[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:08][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x0D
[17:50:08][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 0D.10.16.20.00.01.02.00.00.83.F1 (11)
[17:50:08]►▬ ☺☻\x83\xf1[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:09][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x0E
[17:50:09][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 0E.10.16.20.00.01.02.00.00.97.01 (11)
[17:50:09]♫►▬ ☺☻\x97☺[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:09][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x0F
[17:50:09][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 0F.10.16.20.00.01.02.00.00.9A.91 (11)
[17:50:09]☼►▬ ☺☻\x9a\x91[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:10][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x01
[17:50:10][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 01.10.16.20.00.01.02.00.00.D6.F1 (11)
[17:50:10]☺►▬ ☺☻\xd6\xf1[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:11][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x02
[17:50:11][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 02.10.16.20.00.01.02.00.00.C2.01 (11)
[17:50:11]☻►▬ ☺☻\xc2☺[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:11][VV][scheduler:225]: Running interval 'update' with interval=5000 last_execution=8097 (now=13097)
[17:50:11][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x03
[17:50:11][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 03.10.16.20.00.01.02.00.00.CF.91 (11)
[17:50:11]♥►▬ ☺☻ϑ[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:12][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x04
[17:50:12][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 04.10.16.20.00.01.02.00.00.E9.A1 (11)
[17:50:12]♦►▬ ☺☻\xe9\xa1[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:12][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x05
[17:50:12][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 05.10.16.20.00.01.02.00.00.E4.31 (11)
[17:50:12]♣►▬ ☺☻\xe41[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:13][VV][scheduler:225]: Running interval 'update' with interval=5000 last_execution=9922 (now=14922)
[17:50:13][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x06
[17:50:13][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 06.10.16.20.00.01.02.00.00.F0.C1 (11)
[17:50:13]♠►▬ ☺☻\xf0\xc1[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:13][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x07
[17:50:13][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 07.10.16.20.00.01.02.00.00.FD.51 (11)
[17:50:13]►▬ ☺☻\xfdQ[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:14][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x08
[17:50:14][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 08.10.16.20.00.01.02.00.00.BC.A1 (11)
[17:50:14►▬ ☺☻\xbc\xa1[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:14][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x09
[17:50:14][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 09.10.16.20.00.01.02.00.00.B1.31 (11)
[17:50:14] ►▬ ☺☻\xb11[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:15][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x0A
[17:50:15][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 0A.10.16.20.00.01.02.00.00.A5.C1 (11)
[17:50:15]
[17:50:15]►▬ ☺☻\xa5\xc1[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:15][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x0B
[17:50:15][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 0B.10.16.20.00.01.02.00.00.A8.51 (11)
[17:50:15]♂►▬ ☺☻\xa8Q[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:16][I][jk_rs485_sniffer:330]: SCANNING NEXT UNAVAILABLE...0x0C
[17:50:16][V][jk_rs485_sniffer:093]: MESSAGE REQUEST TO SEND>>: 0C.10.16.20.00.01.02.00.00.8E.61 (11)
[17:50:16]♀►▬ ☺☻\x8ea[VV][uart.arduino_esp8266:180]: Flushing...
[17:50:16][VV][scheduler:225]: Running interval 'update' with interval=5000 last_execution=13097 (now=18106)
[17:50:16][D][binary_sensor:036]: 'rs485-bms1 status online': Sending state OFF
[17:50:16][V][text_sensor:013]: 'rs485-bms0 errors': Received new state Offline
[17:50:16][D][text_sensor:064]: 'rs485-bms0 errors': Sending state 'Offline'
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage min': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage min': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage max': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage max': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage min cell number': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage min cell number': Sending state nan with 0 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage max cell number': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage max cell number': Sending state nan with 0 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell delta voltage': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell delta voltage': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell average voltage': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell average voltage': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 temperature powertube': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 temperature powertube': Sending state nan °C with 0 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 battery voltage': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 battery voltage': Sending state nan V with 2 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 battery current': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 battery current': Sending state nan A with 2 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 battery power': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 battery power': Sending state nan W with 2 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 battery power charging': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 battery power charging': Sending state nan W with 2 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 battery power discharging': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 battery power discharging': Sending state nan W with 2 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 battery capacity remaining': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 battery capacity remaining': Sending state nan Ah with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 charging cycles': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 charging cycles': Sending state nan with 0 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 battery capacity total charging cycle': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 battery capacity total charging cycle': Sending state nan Ah with 0 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 errors bitmask': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 errors bitmask': Sending state nan with 0 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 battery capacity total setting': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 battery capacity total setting': Sending state nan Ah with 0 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 battery total runtime': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 battery total runtime': Sending state nan s with 0 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 01': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 01': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 02': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 02': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 03': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 03': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 04': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 04': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 05': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 05': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 06': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 06': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 07': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 07': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 08': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 08': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 09': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 09': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 10': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 10': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 11': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 11': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 12': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 12': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 13': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 13': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 14': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 14': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 15': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 15': Sending state nan V with 3 decimals of accuracy
[17:50:16][V][sensor:043]: 'rs485-bms0 cell voltage 16': Received new state nan
[17:50:16][D][sensor:093]: 'rs485-bms0 cell voltage 16': Sending state nan V with 3 decimals of accuracy
[17:50:16]
[17:50:16]User exception (panic/abort/assert)
[17:50:16]--------------- CUT HERE FOR EXCEPTION DECODER ---------------
[17:50:24]
[17:50:24] ets Jan 8 2013,rst cause:4, boot mode:(3,6)
[17:50:24]
[17:50:24]wdt reset
[17:50:24]load 0x4010f000, len 3460, room 16
[17:50:24]tail 4
[17:50:24]chksum 0xcc
[17:50:24]load 0x3fff20b8, len 40, room 4
[17:50:24]tail 4
[17:50:24]chksum 0xc9
[17:50:24]csum 0xc9
[17:50:24]v00076e30
[17:50:24]~ld

After getting this 3 times, esp goes into safe mode :

[18:02:56]User exception (panic/abort/assert)
[18:02:56]--------------- CUT HERE FOR EXCEPTION DECODER ---------------
[18:03:03]Fatal exception 28Fatal exception 29Fatal exception 29Fatal exception 29Fatal exception 29Fatal exception 29Fatal exception 29Fatal exception 29Fatal exception 29Fatal exception 29Fatal exception 29Fatal exception 2
[18:03:03] ets Jan 8 2013,rst cause:4, boot mode:(3,6)
[18:03:03]
[18:03:03]wdt reset
[18:03:03]load 0x4010f000, len 3460, room 16
[18:03:03]tail 4
[18:03:03]chksum 0xcc
[18:03:03]load 0x3fff20b8, len 40, room 4
[18:03:03]tail 4
[18:03:03]chksum 0xc9
[18:03:03]csum 0xc9
[18:03:03]v00076e40
[18:03:03]~ld
[18:03:03]
[18:03:03]SDK:2.2.2-dev(38a443e)/Core:3.0.2=30002000/lwIP:STABLE-2_1_2_RELEASE/glue:1.2-48-g7421258/BearSSL:6105635
[18:03:03][I][logger:262]: Log initialized
[18:03:04][C][ota:469]: There have been 10 suspected unsuccessful boot attempts.
[18:03:04][E][ota:476]: Boot loop detected. Proceeding to safe mode.
[18:03:04][VV][scheduler:032]: set_timeout(name='', timeout=300000)
[18:03:04][I][app:029]: Running through setup()...
[18:03:04][V][app:030]: Sorting components by setup priority...
[18:03:04][C][wifi:038]: Setting up WiFi...
[18:03:04][C][wifi:048]: Starting WiFi...
[18:03:04][C][wifi:049]: Local MAC: DC:4F:22:5F:0E:BF
[18:03:04][V][wifi_esp8266:058]: Enabling STA.
[18:03:04]mode : sta(dc:4f:22:5f:0e:bf)
[18:03:04]add if0
[18:03:04][V][wifi_esp8266:534]: Event: Changed Mode old=OFF new=STA
[18:03:04]wifi evt: 8
[18:03:04]sleep disable
[18:03:04][D][wifi:425]: Starting scan...
[18:03:10]scandone
[18:03:10][D][wifi:440]: Found networks:
[18:03:10][I][wifi:483]: - 'RAKKA' (B0:A7:B9:22:70:27) ▂▄▆█
[18:03:10][D][wifi:485]: Channel: 5
[18:03:10][D][wifi:486]: RSSI: -53 dB
[18:03:10][I][wifi:483]: - 'RAKKA' (C0:06:C3:32:0E:96) ▂▄▆█
[18:03:10][D][wifi:485]: Channel: 1
[18:03:10][D][wifi:486]: RSSI: -75 dB
[18:03:10][I][wifi:483]: - 'RAKKA' (98:DE:D0:B8:93:0A) ▂▄▆█
[18:03:10][D][wifi:485]: Channel: 10
[18:03:10][D][wifi:486]: RSSI: -80 dB
[18:03:10][D][wifi:488]: - 'AP_2797239491' (44:2A:8F:3A:3F:E8) ▂▄▆█
[18:03:10][D][wifi:488]: - 'DIGI-24-21B08C' (90:F8:91:21:B0:8C) ▂▄▆█
[18:03:10][D][wifi:488]: - 'PURECO-2' (8A:52:A1:A9:CC:50) ▂▄▆█
[18:03:10][D][wifi:488]: - '' (8A:52:A1:A9:CC:51) ▂▄▆█
[18:03:10][D][wifi:488]: - 'DIRECT-8C8C3FCE' (66:EB:8C:8C:BF:CE) ▂▄▆█
[18:03:10][D][wifi:488]: - 'Negrutzu' (2C:C8:1B:BC:E9:3E) ▂▄▆█
[18:03:10][D][wifi:488]: - 'PURECO-1' (C2:52:A1:A9:C0:C0) ▂▄▆█
[18:03:10][D][wifi:488]: - 'WLAN11_E1012B' (1C:49:7B:E1:01:2B) ▂▄▆█
[18:03:10][D][wifi:488]: - 'PURECO-Guest' (E8:6E:44:08:23:FC) ▂▄▆█
[18:03:10][D][wifi:488]: - 'Noi Orizonturi 2.4' (8A:A4:B7:9B:7D:BC) ▂▄▆█
[18:03:10][D][wifi:488]: - '' (D8:0D:17:F4:1F:8B) ▂▄▆█
[18:03:10][D][wifi:488]: - '' (8A:A4:B7:9B:7D:BD) ▂▄▆█
[18:03:10][D][wifi:488]: - 'Ratzoi Mesh' (4E:AF:97:2E:2C:78) ▂▄▆█
[18:03:10][D][wifi:488]: - 'DIGI_4fa580' (6C:A4:D1:4F:A5:80) ▂▄▆█
[18:03:10][D][wifi:488]: - '' (C2:06:C3:21:6C:54) ▂▄▆█
[18:03:10][D][wifi:488]: - '' (4E:AF:97:2E:2C:7F) ▂▄▆█
[18:03:10][D][wifi:488]: - 'Tenda_DE2B70' (58:D9:D5:DE:2B:71) ▂▄▆█
[18:03:10][D][wifi:488]: - 'Salus 1' (90:F8:91:23:95:73) ▂▄▆█
[18:03:10][D][wifi:488]: - 'TP-Link_05B8' (6A:A7:B9:22:05:B0) ▂▄▆█
[18:03:10][D][wifi:488]: - 'Telekom-582320' (8C:15:C7:C7:02:70) ▂▄▆█
[18:03:10][D][wifi:488]: - 'Alegzia si Ioana' (08:40:F3:2A:31:91) ▂▄▆█
[18:03:10][I][wifi:274]: WiFi Connecting to 'RAKKA'...
[18:03:10][V][wifi:276]: Connection Params:
[18:03:10][V][wifi:277]: SSID: 'RAKKA'
[18:03:10][V][wifi:280]: BSSID: B0:A7:B9:22:70:27
[18:03:10][V][wifi:300]: Password: 'carisima'
[18:03:10][V][wifi:305]: Channel: 5
[18:03:10][V][wifi:311]: Manual IP: Static IP=192.168.1.128 Gateway=192.168.1.1 Subnet=255.255.255.0 DNS1=0.0.0.0 DNS2=0.0.0.0
[18:03:10][V][wifi:316]: Hidden: NO
[18:03:10][V][wifi_esp8266:492]: Event: Changed AuthMode old=OPEN new=WPA2 PSK
[18:03:10]wifi evt: 2
[18:03:10]scandone
[18:03:11]state: 0 -> 2 (b0)
[18:03:11]state: 2 -> 3 (0)
[18:03:11]state: 3 -> 5 (10)
[18:03:11]add 0
[18:03:11]aid 40
[18:03:11]cnt
[18:03:11]
[18:03:11]connected with RAKKA, channel 5
[18:03:11]ip:192.168.1.128,mask:255.255.255.0,gw:192.168.1.1
[18:03:11]ip:192.168.1.128,mask:255.255.255.0,gw:192.168.1.1
[18:03:11][V][wifi_esp8266:468]: Event: Connected ssid='RAKKA' bssid=B0:A7:B9:22:70:27 channel=5
[18:03:11]wifi evt: 0
[18:03:11][V][wifi_esp8266:507]: Event: Got IP static_ip=192.168.1.128 gateway=192.168.1.1 netmask=255.255.255.0
[18:03:11]wifi evt: 3
[18:03:11][I][wifi:557]: WiFi Connected!
[18:03:11][C][wifi:379]: Local MAC: DC:4F:22:5F:0E:BF
[18:03:11][C][wifi:380]: SSID: 'RAKKA'
[18:03:11][C][wifi:381]: IP Address: 192.168.1.128
[18:03:11][C][wifi:382]: BSSID: B0:A7:B9:22:70:27
[18:03:11][C][wifi:384]: Hostname: 'esp-rs485-gw'
[18:03:11][C][wifi:386]: Signal strength: -55 dB ▂▄▆█
[18:03:11][V][wifi:388]: Priority: 0.0
[18:03:11][C][wifi:390]: Channel: 5
[18:03:11][C][wifi:391]: Subnet: 255.255.255.0
[18:03:11][C][wifi:392]: Gateway: 192.168.1.1
[18:03:11][C][wifi:393]: DNS1: 0.0.0.0
[18:03:11][C][wifi:394]: DNS2: 0.0.0.0
[18:03:11][C][ota:093]: Over-The-Air Updates:
[18:03:11][C][ota:094]: Address: 192.168.1.128:8266
[18:03:11][W][ota:102]: Last Boot was an unhandled reset, will proceed to safe mode in 0 restarts
[18:03:11][I][app:062]: setup() finished successfully!
[18:03:11][I][ota:489]: Waiting for OTA attempt.
[18:03:11][I][app:102]: ESPHome version 2023.6.5 compiled on Apr 12 2024, 17:59:11
[18:03:12][I][app:104]: Project txubelaxu.esphome-jk-bms version 1.0.0
[18:03:12][C][wifi:543]: WiFi:
[18:03:12][C][wifi:379]: Local MAC: DC:4F:22:5F:0E:BF
[18:03:12][C][wifi:380]: SSID: 'RAKKA'
[18:03:12][C][wifi:381]: IP Address: 192.168.1.128
[18:03:12][C][wifi:382]: BSSID: B0:A7:B9:22:70:27
[18:03:12][C][wifi:384]: Hostname: 'esp-rs485-gw'
[18:03:12][C][wifi:386]: Signal strength: -55 dB ▂▄▆█
[18:03:12][V][wifi:388]: Priority: 0.0
[18:03:12][C][wifi:390]: Channel: 5
[18:03:12][C][wifi:391]: Subnet: 255.255.255.0
[18:03:12][C][wifi:392]: Gateway: 192.168.1.1
[18:03:12][C][wifi:393]: DNS1: 0.0.0.0
[18:03:12][C][wifi:394]: DNS2: 0.0.0.0
[18:03:12][C][logger:301]: Logger:
[18:03:12][C][logger:302]: Level: VERY_VERBOSE
[18:03:12][C][logger:303]: Log Baud Rate: 115200
[18:03:12][C][logger:305]: Hardware UART: UART0
[18:03:12][C][mdns:112]: mDNS:
[18:03:12][C][mdns:113]: Hostname: esp-rs485-gw
[18:03:12][V][mdns:114]: Services:
[18:03:12][V][mdns:116]: - _http, _tcp, 80
[18:03:12][V][mdns:118]: TXT: version = 2023.6.5
[18:03:12][C][ota:093]: Over-The-Air Updates:
[18:03:12][C][ota:094]: Address: 192.168.1.128:8266
[18:03:12][W][ota:102]: Last Boot was an unhandled reset, will proceed to safe mode in 0 restarts
[18:03:21]fpm close 3
[18:03:21]pm open,type:0 0

[txubelaxu]

Hi @meccip,

I'll try to help you. But, I do not know if this will work.
What board are you using exactly?
There is a difference between "esp32" settings:

You tested OK:

esp32:
  board: wemos_d1_mini32
  framework:
    type: esp-idf

Txubelaxu example:

esp32:
  board: esp32dev 
  framework:
    type: esp-idf

So, try setting board to "wemos_d1_mini32" or the best one that fits your board.

Good Luck!!

[meccip]

thank you for fast reply.
I just make it work. I use esp01. The problem was that it have low memory and influence the wifi initialization. But i remove some sensors, logs and free up some memory. i just keep it simple, just some data that i am interested and is working.

I use
esp8266:
board: esp01_1m

So, your code is working on esp01 board, with OTA too !

[txubelaxu]

Congratulations!!!

Many Thanks!!

[txubelaxu]

I think that if you do not need them, you could disable logger, api and web, then you'll free more memory as well.

[meccip]

yes i did. all disabled

[txubelaxu]

Very well!! I will close this ticket then.
If you need more help, please tell me.
Thank you very much!!!

[meccip]

ok. thank you.

[meccip]

any chance to get data from bms lower than 5s ?
I change to 3s but is not getting lower than 7 seconds

[meccip]

i been thinking, in my case for getting light data from bms, it is required the sniffing ? i see that is requesting data from 16 slaves. it is possible just getting data from master and slave ? a light version just for 2 bmses. i am thinking that is losing time with requesting from bmses that i dont have.
I list my yaml just to make an idea what i request from bms

substitutions:
esp_name: jkpb-bms
bms0_name: jk-bms0
bms1_name: jk-bms1
device_description: "Monitor two JK-BMS via RS485 internal"
external_components_source: github://txubelaxu/esphome-jk-bms@main #github://syssi/esphome-jk-bms@main
tx_pin_uart_0: GPIO1
rx_pin_uart_0: GPIO3
talk_pin_rs485: GPIO2
esphome:
name: ${esp_name}
comment: ${device_description}
project:
name: "txubelaxu.esphome-jk-bms"
version: 1.0.0
#includes:
#- ./components/output/binary_output.h
#- ./components/jk_rs485_sniffer/gpio.h

esp8266:
board: esp01_1m

external_components:

• source: ${external_components_source}
  refresh: 0s

- source: ./components

refresh: 0s

wifi:
ssid: !secret wifi_ssid
password: !secret wifi_password

manual_ip:
static_ip: 192.168.1.128
gateway: 192.168.1.1
subnet: 255.255.255.0

ota:
logger:
baud_rate: 0

#api:
mqtt:
broker: !secret mqtt_host
discovery: false

uart:

• id: uart_0
  baud_rate: 115200
  rx_buffer_size: 1000
  tx_pin: ${tx_pin_uart_0}
  rx_pin: ${rx_pin_uart_0}
  jk_rs485_sniffer:
• id: sniffer0
  protocol_version: "JK02_32S"
  rx_timeout: 500ms
  uart_id: uart_0
  talk_pin: ${talk_pin_rs485}

jk_rs485_bms:

• id: bms0
  rs485_address: 0x00
  jk_rs485_sniffer_id: sniffer0
  update_interval: 5s
• id: bms1
  rs485_address: 0x01
  jk_rs485_sniffer_id: sniffer0
  update_interval: 5s

sensor:

• platform: jk_rs485_bms
  jk_rs485_bms_id: bms0
  balancing_direction:
  name: "${bms0_name} balancing direction"
  cell_voltage_min:
  name: "${bms0_name} min cell voltage"
  cell_voltage_max:
  name: "${bms0_name} max cell voltage"
  cell_voltage_min_cell_number:
  name: "${bms0_name} min voltage cell"
  cell_voltage_max_cell_number:
  name: "${bms0_name} max voltage cell"
  cell_delta_voltage:
  name: "${bms0_name} delta cell voltage"
  cell_average_voltage:
  name: "${bms0_name} average cell voltage"
  cell_voltage_01:
  name: "${bms0_name} cell voltage 01"
  cell_voltage_02:
  name: "${bms0_name} cell voltage 02"
  cell_voltage_03:
  name: "${bms0_name} cell voltage 03"
  cell_voltage_04:
  name: "${bms0_name} cell voltage 04"
  cell_voltage_05:
  name: "${bms0_name} cell voltage 05"
  cell_voltage_06:
  name: "${bms0_name} cell voltage 06"
  cell_voltage_07:
  name: "${bms0_name} cell voltage 07"
  cell_voltage_08:
  name: "${bms0_name} cell voltage 08"
  cell_voltage_09:
  name: "${bms0_name} cell voltage 09"
  cell_voltage_10:
  name: "${bms0_name} cell voltage 10"
  cell_voltage_11:
  name: "${bms0_name} cell voltage 11"
  cell_voltage_12:
  name: "${bms0_name} cell voltage 12"
  cell_voltage_13:
  name: "${bms0_name} cell voltage 13"
  cell_voltage_14:
  name: "${bms0_name} cell voltage 14"
  cell_voltage_15:
  name: "${bms0_name} cell voltage 15"
  cell_voltage_16:
  name: "${bms0_name} cell voltage 16"
  battery_voltage:
  name: "${bms0_name} total voltage"
  battery_current:
  name: "${bms0_name} current"
  battery_power:
  name: "${bms0_name} power"
  temperature_sensor_1:
  name: "${bms0_name} temperature sensor 1"
  temperature_sensor_2:
  name: "${bms0_name} temperature sensor 2"
  temperature_sensor_3:
  name: "${bms0_name} temperature sensor 3"
  temperature_sensor_4:
  name: "${bms0_name} temperature sensor 4"
  temperature_sensor_5:
  name: "${bms0_name} temperature sensor 5"
  temperature_powertube:
  name: "${bms0_name} mos temperature"
  battery_capacity_state_of_charge:
  name: "${bms0_name} soc"
  battery_capacity_remaining:
  name: "${bms0_name} capacity remaining"
  charging_cycles:
  name: "${bms0_name} charging cycles"

• platform: jk_rs485_bms
  jk_rs485_bms_id: bms1
  balancing_direction:
  name: "${bms1_name} balancing direction"
  cell_voltage_min:
  name: "${bms1_name} min cell voltage"
  cell_voltage_max:
  name: "${bms1_name} max cell voltage"
  cell_voltage_min_cell_number:
  name: "${bms1_name} min voltage cell"
  cell_voltage_max_cell_number:
  name: "${bms1_name} max voltage cell"
  cell_delta_voltage:
  name: "${bms1_name} delta cell voltage"
  cell_average_voltage:
  name: "${bms1_name} average cell voltage"
  cell_voltage_01:
  name: "${bms1_name} cell voltage 01"
  cell_voltage_02:
  name: "${bms1_name} cell voltage 02"
  cell_voltage_03:
  name: "${bms1_name} cell voltage 03"
  cell_voltage_04:
  name: "${bms1_name} cell voltage 04"
  cell_voltage_05:
  name: "${bms1_name} cell voltage 05"
  cell_voltage_06:
  name: "${bms1_name} cell voltage 06"
  cell_voltage_07:
  name: "${bms1_name} cell voltage 07"
  cell_voltage_08:
  name: "${bms1_name} cell voltage 08"
  cell_voltage_09:
  name: "${bms1_name} cell voltage 09"
  cell_voltage_10:
  name: "${bms1_name} cell voltage 10"
  cell_voltage_11:
  name: "${bms1_name} cell voltage 11"
  cell_voltage_12:
  name: "${bms1_name} cell voltage 12"
  cell_voltage_13:
  name: "${bms1_name} cell voltage 13"
  cell_voltage_14:
  name: "${bms1_name} cell voltage 14"
  cell_voltage_15:
  name: "${bms1_name} cell voltage 15"
  cell_voltage_16:
  name: "${bms1_name} cell voltage 16"
  battery_voltage:
  name: "${bms1_name} total voltage"
  battery_current:
  name: "${bms1_name} current"
  battery_power:
  name: "${bms1_name} power"
  temperature_sensor_1:
  name: "${bms1_name} temperature sensor 1"
  temperature_sensor_2:
  name: "${bms1_name} temperature sensor 2"
  temperature_sensor_3:
  name: "${bms1_name} temperature sensor 3"
  temperature_sensor_4:
  name: "${bms1_name} temperature sensor 4"
  temperature_sensor_5:
  name: "${bms1_name} temperature sensor 5"
  temperature_powertube:
  name: "${bms1_name} mos temperature"
  battery_capacity_state_of_charge:
  name: "${bms1_name} soc"
  battery_capacity_remaining:
  name: "${bms1_name} capacity remaining"
  charging_cycles:
  name: "${bms1_name} charging cycles"

text_sensor:

• platform: jk_rs485_bms
  jk_rs485_bms_id: bms0
  errors:
  name: "${bms0_name} errors"
  operation_status:
  name: "${bms0_name} operation status"
  total_runtime_formatted:
  name: "${bms0_name} total runtime formatted"

  ...

• platform: jk_rs485_bms
  jk_rs485_bms_id: bms1
  errors:
  name: "${bms1_name} errors"
  operation_status:
  name: "${bms1_name} operation status"
  total_runtime_formatted:
  name: "${bms1_name} total runtime formatted"

[txubelaxu]

Well, acording to your config, you have a REAL master (0x00) and a slave. So, the REAL master is acting as "real master", pooling by itself to the network. ESP is only sniffing the data provided by master & slave. The normal behauviour of master is pooling to missing addresses, because it is the only way to make speeking a slave (request -> answer). In this mode, ESP only ask for "device info" (frame type number 3) some regular times. It uses silence times in the network for doing this. The problem I cannot solve is that only slaves answer to the ESP requests. So, address 0x00 does not send "device info" any frame when asking for it, neither by itself.

If you do not need a "master bms" in your network you could set both bms as slaves (0x01 and 0x02 for example). This way, ESP will not encounter any master in the network and it will act as pseudomaster asking for all the information. The problem here is that I have not developed the ESP to speak to Inverter. lol

[meccip]

I understand now. I need a master to give data to inverter.

By the way. I change my inverter too. My ex. was easun voltronic, now i have Deye 8Kw and i need to get data from it. Do you have some info about that ? I have RS485 socket available for that.

[txubelaxu]

Have you tried https://github.com/kbialek/deye-inverter-mqtt ?

[meccip]

Hello.
i connect my esp to rs485 bms connector for inverter, select in UART1 jkmodbus protocol. upload modbus-example into esp and is working to get data from bms.

my question is if you have a yaml version of jkpb-rs485_1master_1slave without the sniffing part ??
i try to remove the jk_rs485_sniffer part from your yaml file but is not working to compile.