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feat: add mennekes modbus, add influxdb for hass

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oddlama 2025-01-29 00:55:42 +01:00
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commit f70e9e83f8
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15 changed files with 367 additions and 85 deletions
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hosts/sausebiene/hass-modbus/mennekes-amtron-xtra.nix Normal file
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{ globals, ... }:
{
services.home-assistant.config = {
recorder.exclude.entities = [ "sensor.amtron_registers" ];
logbook.exclude.entities = [ "sensor.amtron_registers" ];
influxdb.exclude.entities = [ "sensor.amtron_registers" ];
modbus = [
{
delay = 1;
host = globals.net.home-lan.vlans.devices.hosts.wallbox.ipv4;
name = "Amtron Xtra 22 C2";
port = 502;
retries = 1;
retry_on_empty = true;
sensors = [
{
address = 768;
count = 38;
data_type = "custom";
input_type = "input";
lazy_error_count = 1;
name = "Amtron Registers";
precision = 0;
scan_interval = 120;
slave = 255;
structure = ">2h15H22B10H";
}
{
address = 1024;
count = 1;
data_type = "uint16";
device_class = "current";
input_type = "holding";
name = "Amtron Current Limitation";
slave = 255;
unique_id = "amtron_current_limitation";
unit_of_measurement = "A";
}
{
address = 1025;
count = 1;
data_type = "uint16";
input_type = "holding";
name = "Amtron Change Charge State";
slave = 255;
unique_id = "amtron_change_charge_state";
}
];
timeout = 10;
type = "tcp";
}
];
template = [
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
device_class = "temperature";
name = "Amtron HMI Temp Internal";
state = "{{ states('sensor.amtron_registers').split(',')[0] }}";
state_class = "measurement";
unique_id = "amtron_hmi_temp_int";
unit_of_measurement = "°C";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
device_class = "temperature";
name = "Amtron HMI Temp External";
state = "{{ states('sensor.amtron_registers').split(',')[1] }}";
state_class = "measurement";
unique_id = "amtron_hmi_temp_ext";
unit_of_measurement = "°C";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
name = "Amtron CP State";
state = ''
{% set mapper = {
'0' : 'illegal/bad',
'1' : 'A1 - Not connected',
'2' : 'A2 - Not connected',
'3' : 'B1 - Connected',
'4' : 'B2 - Connected',
'5' : 'C1 - Charging',
'6' : 'C2 - Charging',
'7' : 'D1 - Charging with Ventilation',
'8' : 'D2 - Charging with Ventilation' } %}
{% set state = states('sensor.amtron_registers').split(',')[2] %}
{{ mapper[state] if state in mapper else 'Unknown' }}
'';
unique_id = "amtron_cp_state";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
name = "Amtron PP State";
state = ''
{% set mapper = {
'0' : 'illegal/bad',
'1' : 'Open',
'2' : '13A',
'3' : '20A',
'4' : '32A' } %}
{% set state = states('sensor.amtron_registers').split(',')[3] %}
{{ mapper[state] if state in mapper else 'Unknown' }}
'';
unique_id = "amtron_pp_state";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
name = "Amtron State";
state = ''
{% set mapper = {
'0' : 'Idle',
'1' : 'Standby Authorize',
'2' : 'Standby Connect',
'3' : 'Charging',
'4' : 'Paused',
'5' : 'Terminated',
'6' : 'Error' } %}
{% set state = states('sensor.amtron_registers').split(',')[5] %}
{{ mapper[state] if state in mapper else 'Unknown' }}
'';
unique_id = "amtron_state";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
name = "Amtron Phases";
state = ''
{% set mapper = {
'0' : 'Unknown',
'1' : '1 Phase',
'3' : '3 Phases' } %}
{% set state = states('sensor.amtron_registers').split(',')[8] %}
{{ mapper[state] if state in mapper else 'Unknown' }}
'';
unique_id = "amtron_phases";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
device_class = "current";
name = "Amtron Rated Current";
state = "{{ states('sensor.amtron_registers').split(',')[9] }}";
state_class = "measurement";
unique_id = "amtron_rated_current";
unit_of_measurement = "A";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
device_class = "current";
name = "Amtron Installation Current";
state = "{{ states('sensor.amtron_registers').split(',')[10] }}";
state_class = "measurement";
unique_id = "amtron_installation_current";
unit_of_measurement = "A";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
name = "Amtron Serial Number";
state = "{% set sn = (states('sensor.amtron_registers').split(',')[11]|int + states('sensor.amtron_registers').split(',')[12]|int * 65536) | string %} 135{{ sn[:4] }}.{{ sn[4:] }}";
unique_id = "amtron_serial_number";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
device_class = "energy";
name = "Amtron Energy";
state = "{{ states('sensor.amtron_registers').split(',')[13]|int + states('sensor.amtron_registers').split(',')[14]|int * 65536 }}";
state_class = "total_increasing";
unique_id = "amtron_energy";
unit_of_measurement = "Wh";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
device_class = "power";
name = "Amtron Power";
state = "{{ states('sensor.amtron_registers').split(',')[15]|int + states('sensor.amtron_registers').split(',')[16]|int * 65536 }}";
state_class = "measurement";
unique_id = "amtron_power";
unit_of_measurement = "W";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
name = "Amtron Wallbox Name";
state = ''
{% set ns = namespace(name = ''') -%}
{% set input = states('sensor.amtron_registers').split(',')[17:40] -%}
{% for i in range(0,11) -%}
{% set ns.name = ns.name ~ \"%c\"%input[i*2+1]|int ~ \"%c\"%input[i*2]|int -%}
{% endfor %}
{{ ns.name.replace('\\x00',''') }}
'';
unique_id = "amtron_wallbox_name";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
device_class = "current";
name = "Amtron Max Current T1";
state = "{{ states('sensor.amtron_registers').split(',')[40] }}";
state_class = "measurement";
unique_id = "amtron_max_current_t1";
unit_of_measurement = "A";
}
];
}
{
sensor = [
{
availability = "{{ has_value('sensor.amtron_registers') }}";
device_class = "current";
name = "Amtron Max Current T2";
state = "{{ states('sensor.amtron_registers').split(',')[44] }}";
state_class = "measurement";
unique_id = "amtron_max_current_t2";
unit_of_measurement = "A";
}
];
}
];
};
}