hi, I would also like to import the data into my home automation. which RS-405 adapter did you use? how did you make the connections on the D1 mini? sorry for the questions but I'm impractical. thank youI have the same problem, connected to BMS in a row and connected the master to Victron by CAN.
In parallel i can read some data via RS485 of the master BMS, i am doing it with ESPHome to get the data into my home automation.
GitHub - syssi/esphome-seplos-bms: ESPHome component to monitor a Seplos Battery Management System (Seplos-BMS) via UART or RS485
ESPHome component to monitor a Seplos Battery Management System (Seplos-BMS) via UART or RS485 - syssi/esphome-seplos-bmsgithub.com
I can read out the data of one pack, but could not read the data of the second one.
Is this really confirmed by Seplos that it doesn't work?
In the logs i can see a lot of unhandled data:
[08:33:59][D][uart_debug:114]: <<< 7E:32:30:30:31:34:36:35:41:30:30:30:30:46:44:39:44:0D:7E:32:30:30:31:34:36:35:41:43:30:34:30:30:30:30:31:30:43:41:37:30:42:43:37:30:42:38:36:30:42:38:33:46:43:41:37:31:34:32:30:34:30:41:41:36:44:36:30:30:32:34:46:31:34:32:34:30:30:30:30:30:30:30:30:30:30:30:30:30:33:30:30:30:30:30:31:46:30:33:38:0D [08:34:00][W][seplos_bms:023]: Unhandled data received: 20.01.46.5A.00.00 (6) [08:34:00][W][seplos_bms:023]: Unhandled data received: 20.01.46.5A.C0.40.00.01.0C.A7.0B.C8.0B.86.0B.83.FC.AD.14.20.40.A9.6D.60.02.4F.14.24.00.00.00.00.00.00.03.00.00.01 (38) [08:34:00][D][uart_debug:114]: <<< 7E:32:30:30:31:34:36:35:41:30:30:30:30:46:44:39:44:0D:7E:32:30:30:31:34:36:35:41:43:30:34:30:30:30:30:31:30:43:41:37:30:42:43:38:30:42:38:36:30:42:38:33:46:43:41:44:31:34:32:30:34:30:41:39:36:44:36:30:30:32:34:46:31:34:32:34:30:30:30:30:30:30:30:30:30:30:30:30:30:33:30:30:30:30:30:31:46:30:33:32:0D [08:34:00][D][uart_debug:114]: >>> 7E:32:30:30:30:34:36:34:32:45:30:30:32:30:30:46:44:33:37:0D [08:34:01][W][seplos_bms:023]: Unhandled data received: 20.01.46.5A.00.00 (6) [08:34:01][W][seplos_bms:023]: Unhandled data received: 20.01.46.5A.C0.40.00.01.0C.A6.0B.C7.0B.86.0B.83.FC.AD.14.20.40.A9.6D.60.02.4F.14.24.00.00.00.00.00.00.03.00.00.01 (38) [08:34:01][D][uart_debug:114]: <<< 7E:32:30:30:31:34:36:35:41:30:30:30:30:46:44:39:44:0D:7E:32:30:30:31:34:36:35:41:43:30:34:30:30:30:30:31:30:43:41:36:30:42:43:37:30:42:38:36:30:42:38:33:46:43:41:44:31:34:32:30:34:30:41:39:36:44:36:30:30:32:34:46:31:34:32:34:30:30:30:30:30:30:30:30:30:30:30:30:30:33:30:30:30:30:30:31:46:30:33:34:0D [08:34:02][W][seplos_bms:023]: Unhandled data received: 20.01.46.5A.00.00 (6) [08:34:02][D][uart_debug:114]: <<< 7E:32:30:30:31:34:36:35:41:30:30:30:30:46:44:39:44:0D:7E:32:30:30:31 [08:34:02][D][uart_debug:114]: >>> 7E:32:30:30:31:34:36:34:32:45:30:30:32:30:31:46:44:33:35:0D [08:34:02][W][seplos_bms:023]: Unhandled data received: 20.01.46.5A.C0.40.00.01.0C.A7.0B.C8.0B.86.0B.83.FC.B2.14.20.40.A9.6D.60.02.4F.14.24.00.00.00.00.00.00.03.00.00.01 (38) [08:34:02][D][uart_debug:114]: <<< 34:36:35:41:43:30:34:30:30:30:30:31:30:43:41:37:30:42:43:38:30:42:38:36:30:42:38:33:46:43:42:32:31:34:32:30:34:30:41:39:36:44:36:30:30:32:34:46:31:34:32:34:30:30:30:30:30:30:30:30:30:30:30:30:30:33:30:30:30:30:30:31:46:30:34:33:0D:7E:32:30:30:31:34:36:30:30:31:30:39:36:30:30:30:31:31:30:30:43:41:34:30:43:41:30:30:43:41:32:30:42:43:38:30:43:41:30:30:43:41:36:30:43:41:34:30:43:41:37:30:43:41:35:30:43:41:36:30:43:38:45:30:43:41:33:30:43:41:33:30:43 [08:34:02][seplos_bms:031]: Telemetry frame received [08:34:02][D][sensor:126]: 'seplos-bms-1 bank 0 min cell voltage': Sending state 3.01600 V with 3 decimals of accuracy [08:34:02][D][sensor:126]: 'seplos-bms-1 bank 0 max cell voltage': Sending state 3.23900 V with 3 decimals of accuracy [08:34:02][D][sensor:126]: 'seplos-bms-1 bank 0 delta cell voltage': Sending state 0.22300 V with 3 decimals of accuracy [08:34:02][D][sensor:126]: 'seplos-bms-1 bank 0 average cell voltage': Sending state 3.22050 V with 3 decimals of accuracy [08:34:02][D][sensor:126]: 'seplos-bms-1 bank 0 current': Sending state -9.91000 A with 2 decimals of accuracy [08:34:02][D][sensor:126]: 'seplos-bms-1 bank 0 total voltage': Sending state 51.52000 V with 2 decimals of accuracy [08:34:02][D][sensor:126]: 'seplos-bms-1 bank 0 power': Sending state -510.56320 W with 2 decimals of accuracy [08:34:02][D][sensor:126]: 'seplos-bms-1 bank 0 state of charge': Sending state 59.10000 % with 1 decimals of accuracy [08:34:02][D][uart_debug:114]: <<< 41:34:30:43:41:35:30:43:41:31:30:36:30:42:38:35:30:42:38:36:30:42:38:33:30:42:38:34:30:42:39:45:30:42:38:33:46:43:32:31:31:34:32:30:34:30:41:39:30:41:36:44:36:30:30:32:34:46:36:44:36:30:30:30:30:32:30:33:45:38:31:34:32:34:30:30:30:30:30:30:30:30:30:30:30:30:30:30:30:30:44:44:34:32:0D
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So probably the data is there but it must be handled.
Did anyone already tried to handle this data?
Seplos BMS: Simultaneous CAN to GX and RS485 to PC for Battery Manager?
- Thread starter johndpar
- Start date
Everything is described in the github.
I didn't read through all of this , but if the Seplos is Pylontech based protocol check out this project.
Graham has written code for both Esp32 and recently for Raspberry Pi. They have the code that will integrate automatically with Home Assistant . I have this working with my Jakiper batteries which use Pace BMS but it uses Pylontech . I also just tested the Raspberry Pi which is working. Graham is going to make a pi image that will have the pylontech code, and also the other programs like Mosquito mqtt server, Telegraf, Influxdb, and Grafana all installed already so easy to get up and running on a Pi ( if you have one or can find one !).
Project and code available here https://github.com/ClassicDIY/PylonToMQTT
Here is part of my Grafana battery monitoring screen ( one of the three batteries not shown )
Graham has written code for both Esp32 and recently for Raspberry Pi. They have the code that will integrate automatically with Home Assistant . I have this working with my Jakiper batteries which use Pace BMS but it uses Pylontech . I also just tested the Raspberry Pi which is working. Graham is going to make a pi image that will have the pylontech code, and also the other programs like Mosquito mqtt server, Telegraf, Influxdb, and Grafana all installed already so easy to get up and running on a Pi ( if you have one or can find one !).
Project and code available here https://github.com/ClassicDIY/PylonToMQTT
Here is part of my Grafana battery monitoring screen ( one of the three batteries not shown )
If you use home assistant,I strongly recommend to use https://github.com/syssi/esphome-seplos-bms it is very easy to install and works great. But only for one pack. If you use multiple and CAN bus you only get the data of the slave pack
houseofancients
Solar Wizard
or simply use solar assistant..
Glad there is a that works with Seplos . The project I linked can get data from all the batteries that are linked together with just the one connection on the lead battery. It also gets all the alarms too.
Edson Carvalho
New Member
- Joined
- Dec 17, 2022
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- 1
I'm having problems connecting my JK-BMS to the PC. Thinking of buying a USB - RS485 adapter. My question is, my operating system is Linux Mint. Does JK-BMS come with built-in software or is there own software? Can someone help me ?
tigerwillow1
Solar Enthusiast
- Joined
- Sep 20, 2021
- Messages
- 194
There are 2 things that have to fall into place: (1) Does whatever app that talks to the BMS run on linux?, and (2) Does you linux have native device support for whatever RS485 adapter you will use, or is there a driver that can be installed? I use mint on my laptops, but issues like this are what keep me on win7 for the main system.
Hi I'm in Italy, I have two 280Ah lifepo4 banks and two Seplos Can-Bus BMS in cascade on Sofar HYD6000-EP, if I set Master DIP-5-ON and Slave DIP-1-ON the inverter is OK it sees 560Ah but the PC doesn't connect anymore, if Master all DIP OFF and Slave DIP-1-ON the inverter sees 280Ah and the PC connects and I see the two BMS.
Do you have a solution
Thanks
Hi Claudio
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Do you have a solution
Thanks
Hi Claudio
Translated with DeepL logo Translator
houseofancients
Solar Wizard
when you set the bms for canbus communications, you disable rs485 communication which is used for the software
But if used individually with all DIP OFFs, the inverter in CAN-BUS sees it and so does the PC in RS485 is OK
Attachments
houseofancients
Solar Wizard
correct, but by forcing the dip switch , you are setting it up for a stack of batteries, and so you disable rs485 on the management port.
if you have only 1 mason, leave the dip switches to off
Quattrohead
Solar Wizard
I sincerely hope some of you smart people on this thread can look at the juntech shunt and get that chatting to mqtt and home assistant. It would seem easy to do as it just outputs basic text and there is one project out there but it is beyond my level. Please can someone help out a simple electromechanical guy.
Answer from Seplos: Hello, you can connect to the computer, you need to select pack to connect. When the BMS is connected in parallel, only the slave machine can be seen, but the master machine cannot be seen, pack1 is the slave machine. you can see 15 Slaves but not the Master!!!!!
houseofancients
Solar Wizard
exactly what i said .Answer from Seplos: Hello, you can connect to the computer, you need to select pack to connect. When the BMS is connected in parallel, only the slave machine can be seen, but the master machine cannot be seen, pack1 is the slave machine. you can see 15 Slaves but not the Master!!!!!
by selecting the dips you disable rs485 for the master
houseofancients
Solar Wizard
but, that is only for management software.
connecting to a cerbo will show all packs.
pro tip :
do you settings once and dont fiddle around with them.
should you must, disconnect master from stack , set dips , configure, reset dips, reconnect
deonbez
New Member
Is this also true if you connect Solar Assistant to the RS485 on the CAN version of the BMS?
houseofancients
Solar Wizard
no, these are inter battery communication ports, which cannot be used for inverter communications/management.
they will start rs485, otherwise inter battery comms wouldnt work
Hi, can we solve this problem by adding an additional bms configured as master, suddenly we would see all the slave batteries
houseofancients
Solar Wizard
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