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Bluetti BT

Project description

bluetti-bt-lib

Inofficial Library for basic communication to bluetti powerstations. Core functions based on https://github.com/warhammerkid/bluetti_mqtt

Disclaimer

This library is provided without any warranty or support by Bluetti. I do not take responsibility for any problems it may cause in all cases. Use it at your own risk.

Projects using this library

Supported Powerstations and data

Validated

Device Name total_battery_percent dc_input_power ac_input_power dc_output_power ac_output_power
AC70
AC180
EB3A
EP600 PV Grid AC Phases
Handsfree 1

Added and mostly validated by contributors (some are moved here from the HA Integration https://github.com/Patrick762/hassio-bluetti-bt):

Device Name Contributor total_battery_percent dc_input_power ac_input_power dc_output_power ac_output_power
AC2A @ruanmed
AC60 @mzpwr
AC60P @mzpwr
AC70P @matthewpucc
AC180P @Patrick762
AC200L bluetti-mqtt
AC200M bluetti-mqtt
AC200PL @0x4E4448
AC300 bluetti-mqtt
AC500 bluetti-mqtt
EP500 bluetti-mqtt
EP500P bluetti-mqtt
EP760 @Apfuntimes PV Grid AC Phases
EP800 @jhagenk

Controls

Currently only "switches" are supported

Validated

Device Name ctrl_ac ctrl_dc
EB3A

Battery pack data

Data for battery packs will no longer be available in this library

Installation

pip install bluetti-bt-lib

Commands for testing

Commands included in this library should only be used for testing.

Scan for supported devices

usage: bluetti-scan [-h]

Detect bluetti devices by bluetooth name

options:
  -h, --help  show this help message and exit

Detect device type by mac address

usage: bluetti-detect [-h] mac

Detect bluetti devices

positional arguments:
  mac         Mac-address of the powerstation

options:
  -h, --help  show this help message and exit

Example:

bluetti-detect 00:00:00:00:00:00

Read device data for supported devices

usage: bluetti-read [-h] [-m MAC] [-t TYPE] [-e ENCRYPTION]

Detect bluetti devices

options:
  -h, --help            show this help message and exit
  -m MAC, --mac MAC     Mac-address of the powerstation
  -t TYPE, --type TYPE  Type of the powerstation (AC70 f.ex.)
  -e ENCRYPTION, --encryption ENCRYPTION
                        Add this if encryption is needed

Example:

bluetti-read -m 00:00:00:00:00:00 -t AC70

Write to supported device

INFO: Devices with encryption are currently not supported!

usage: bluetti-write [-h] [-m MAC] [-t TYPE] [--on ON] [--off OFF] [-v VALUE] [-e ENCRYPTION] field

Write to bluetti device

positional arguments:
  field                 Field name (ctrl_dc f.ex.)

options:
  -h, --help            show this help message and exit
  -m MAC, --mac MAC     Mac-address of the powerstation
  -t TYPE, --type TYPE  Type of the powerstation (AC70 f.ex.)
  --on ON               Value to write
  --off OFF             Value to write
  -v VALUE, --value VALUE
                        Value to write (integer, see enum for value)
  -e ENCRYPTION, --encryption ENCRYPTION
                        Add this if encryption is needed

Example:

bluetti-write -m 00:00:00:00:00:00 -t EB3A --on on ctrl_ac

Adding fields

To add new fields, you can use the bluetti-detect command to first find out which version of iot protocol is used and if it uses encryption.

After you got this information, you can use the bluetti-readall command to read every registry and save the data to a json file. You should also note all values you see in the app to later compare the data.

Here's how to use the bluetti-readall command:

usage: bluetti-readall [-h] [-m MAC] [-v VERSION] [-e ENCRYPTION]

Detect bluetti devices

options:
  -h, --help            show this help message and exit
  -m MAC, --mac MAC     Mac-address of the powerstation
  -v VERSION, --version VERSION
                        IoT protocol version
  -e ENCRYPTION, --encryption ENCRYPTION
                        Add this if encryption is needed

With the separate tool at bluetti-bt-raw-reader you can view those values in a more understandable way.

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