esphome:

name: "${lower_devicename}"

platform: ESP8266

board: d1_mini

includes:

- sdm/SDM_Config_User.h

- sdm/SDM.h

- sdm/sdm_esphome.h

substitutions:

lower_devicename: "sdm630"

devicename: "SDM630"

config_version: "v2021.05.16.001"

wifi_fast_connect: "false"

wifi_reboot_timeout: 0s

accuracy: "2"

wifi

ssid: "wifi_name"

password: "wifi_pass"

reboot_timeout: $wifi_reboot_timeout

power_save_mode: none

fast_connect: $wifi_fast_connect

# Enable fallback hotspot (captive portal) in case wifi connection fails

ap:

ssid: "${devicename} Fallback Hotspot"

password: "0123456789"

captive_portal:

logger:

baud_rate: 0

# level: VERY_VERBOSE

esp8266_store_log_strings_in_flash: False

# Enable Home Assistant API

api:

password: "pass"

ota:

password: "pass"

web_server:

port: 80

time:

- platform: homeassistant

uart:

tx_pin: TX

rx_pin: RX

baud_rate: 9600 #SDM630 - 9600 , SDM120 - 4800

stop_bits: 1

sensor:

- platform: wifi_signal

name: "${devicename} WiFi Signal Sensor"

update_interval: 60s

- platform: uptime

name: "${devicename} Uptime"

id: uptime_s

update_interval: 15s

- platform: custom

lambda: |-

auto sdm_sensors = new SDMComponent();

App.register_component(sdm_sensors);

return {

sdm_sensors->voltage_sensorAVG ,

sdm_sensors->voltage_sensorL1 ,

sdm_sensors->voltage_sensorL2 ,

sdm_sensors->voltage_sensorL3 ,

sdm_sensors->current_sensorSUM ,

sdm_sensors->current_sensorL1 ,

sdm_sensors->current_sensorL2 ,

sdm_sensors->current_sensorL3 ,

sdm_sensors->current_sensorAVG ,

sdm_sensors->power_sensorSUM ,

sdm_sensors->power_sensorL1 ,

sdm_sensors->power_sensorL2 ,

sdm_sensors->power_sensorL3 ,

sdm_sensors->export_active_sensorSUM ,

sdm_sensors->export_active_sensorL1 ,

sdm_sensors->export_active_sensorL2 ,

sdm_sensors->export_active_sensorL3 ,

sdm_sensors->total_energy_sensorL1 ,

sdm_sensors->total_energy_sensorL2 ,

sdm_sensors->total_energy_sensorL3 ,

sdm_sensors->import_total ,

sdm_sensors->hz_sensor };

sensors:

- name: "Voltage AVG"

unit_of_measurement: V

icon: "mdi:chart-bell-curve"

device_class: "voltage"

accuracy_decimals: ${accuracy}

- name: "Voltage L1"

unit_of_measurement: V

icon: "mdi:current-ac"

device_class: "voltage"

accuracy_decimals: ${accuracy}

- name: "Voltage L2"

unit_of_measurement: V

icon: "mdi:current-ac"

device_class: "voltage"

accuracy_decimals: ${accuracy}

- name: "Voltage L3"

unit_of_measurement: V

icon: "mdi:current-ac"

device_class: "voltage"

accuracy_decimals: ${accuracy}

- name: "Current SUM"

unit_of_measurement: A

icon: "mdi:chart-bell-curve"

device_class: "current"

accuracy_decimals: ${accuracy}

- name: "Current L1"

unit_of_measurement: A

icon: "mdi:current-ac"

device_class: "current"

accuracy_decimals: ${accuracy}

- name: "Current L2"

unit_of_measurement: A

icon: "mdi:current-ac"

device_class: "current"

accuracy_decimals: ${accuracy}

- name: "Current L3"

unit_of_measurement: A

icon: "mdi:current-ac"

device_class: "current"

accuracy_decimals: ${accuracy}

- name: "Current AVG"

unit_of_measurement: A

icon: "mdi:chart-bell-curve"

device_class: "current"

accuracy_decimals: ${accuracy}

- name: "Power SUM"

unit_of_measurement: W

icon: "mdi:chart-bell-curve"

device_class: "power"

accuracy_decimals: ${accuracy}

- name: "Power L1"

unit_of_measurement: W

icon: "mdi:flash"

device_class: "power"

accuracy_decimals: ${accuracy}

- name: "Power L2"

unit_of_measurement: W

icon: "mdi:flash"

device_class: "power"

accuracy_decimals: ${accuracy}

- name: "Power L3"

unit_of_measurement: W

icon: "mdi:flash"

device_class: "power"

accuracy_decimals: ${accuracy}

- name: "Power Export Active SUM"

unit_of_measurement: Wh

icon: "mdi:chart-bell-curve"

device_class: "power"

accuracy_decimals: ${accuracy}

- name: "Power Export Active L1"

unit_of_measurement: kWh

icon: "mdi:gauge"

device_class: "power"

accuracy_decimals: ${accuracy}

- name: "Power Export Active L2"

unit_of_measurement: kWh

icon: "mdi:gauge"

device_class: "power"

accuracy_decimals: ${accuracy}

- name: "Power Export Active L3"

unit_of_measurement: kWh

icon: "mdi:gauge"

device_class: "power"

accuracy_decimals: ${accuracy}

- name: "Total Energy L1"

unit_of_measurement: kWh

icon: "mdi:gauge"

device_class: "energy"

accuracy_decimals: ${accuracy}

- name: "Total Energy L2"

unit_of_measurement: kWh

icon: "mdi:gauge"

device_class: "energy"

accuracy_decimals: ${accuracy}

- name: "Total Energy L3"

unit_of_measurement: kWh

icon: "mdi:gauge"

device_class: "energy"

accuracy_decimals: ${accuracy}

- name: "Total import"

unit_of_measurement: kWh

icon: "mdi:chart-bell-curve"

device_class: "energy"

accuracy_decimals: ${accuracy}

- name: "Frequency"

unit_of_measurement: Hz

icon: "mdi:frequency"

text_sensor:

- platform: template

name: "${devicename} Config Version"

icon: mdi:information-outline

lambda: |-

return {"${config_version}"};

- platform: version

name: "${devicename} Esphome Version"

icon: mdi:information-outline

- platform: wifi_info

ip_address:

name: "${devicename} IP Address"

icon: mdi:ip

ssid:

name: "${devicename} Connected SSID"

icon: mdi:wifi

bssid:

name: "${devicename} Connected BSSID"

mac_address:

name: "${devicename} Mac Wifi Address"

- platform: template

name: "${devicename} Uptime (formatted)"

lambda: |-

uint32_t dur = id(uptime_s).state;

int dys = 0;

int hrs = 0;

int mnts = 0;

if (dur > 86399) {

dys = trunc(dur / 86400);

dur = dur - (dys * 86400);

}

if (dur > 3599) {

hrs = trunc(dur / 3600);

dur = dur - (hrs * 3600);

}

if (dur > 59) {

mnts = trunc(dur / 60);

dur = dur - (mnts * 60);

}

char buffer[17];

sprintf(buffer, "%ud %02uh %02um %02us", dys, hrs, mnts, dur);

return {buffer};

icon: mdi:clock-start

update_interval: 15s

switch:

- platform: restart

icon: mdi:reload-alert

name: "${devicename} Restart"