268 lines
6.7 KiB
YAML
268 lines
6.7 KiB
YAML
substitutions:
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external_components_source: github://KinDR007/VictronMPPT-ESPHOME@main
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lower_devicename: "victron-blue"
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devicename: "BlueSolar_75_10"
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config_version: "v2023.12.30"
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wifi_fast_connect: "false"
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accuracy: "2"
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esphome:
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name: "${lower_devicename}"
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# platform: ESP8266
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esp8266:
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board: d1_mini
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# board: nodemcuv2
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external_components:
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- source: ${external_components_source}
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refresh: 0s
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wifi:
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ssid: !secret wifi_ssid
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password: !secret wifi_password
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power_save_mode: none
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fast_connect: $wifi_fast_connect
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# Enable fallback hotspot (captive portal) in case wifi connection fails
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ap:
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ssid: "${devicename} Hotspot"
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password: Andra1977
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captive_portal:
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logger:
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baud_rate: 0
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# level: VERY_VERBOSE
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esp8266_store_log_strings_in_flash: false
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# Enable Home Assistant API
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api:
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encryption:
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key: "ck+V6y6vOpR9ty6rMXshGFb4L/15rPM+P34D6yBbV/s="
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#reboot_timeout: 0s
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ota:
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- platform: esphome
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password: "0dd572e476ee28d45e11707f63b4c8a3"
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web_server:
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port: 80
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time:
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- platform: homeassistant
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uart:
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id: uart_bus
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tx_pin: D8 # Not connected! The communication is read-only
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rx_pin: D7 # Connect this this GPIO and GND to the MPPT charger
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baud_rate: 19200
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stop_bits: 1
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data_bits: 8
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parity: NONE
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rx_buffer_size: 256
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victron:
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id: victron0
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uart_id: uart_bus
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throttle: 10s
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sensor:
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- platform: victron
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victron_id: victron0
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panel_voltage:
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name: "Panel voltage"
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id: pv
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battery_voltage:
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name: "Battery voltage"
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id: bv
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# battery_current:
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# name: "Battery current"
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# id: bc
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load_current:
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name: "Load current"
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id: load_current
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max_power_yesterday:
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name: "Max power yesterday"
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id: max_power_yesterday
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max_power_today:
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name: "Max power today"
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id: max_power_today
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accuracy_decimals: ${accuracy}
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# yield_total:
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# name: "Yield total"
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# id: yield_total
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# filters:
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# # Multiplication factor from W to kW is 0.001
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# - multiply: 0.001
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# unit_of_measurement: kWh
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# accuracy_decimals: ${accuracy}
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# yield_yesterday:
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# name: "Yield yesterday"
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# id: yield_yesterday
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# filters:
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# # Multiplication factor from W to kW is 0.001
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# - multiply: 0.001
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# unit_of_measurement: kWh
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# accuracy_decimals: ${accuracy}
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yield_today:
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name: "Yield today"
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id: yt
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filters:
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# Multiplication factor from W to kW is 0.001
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- multiply: 0.001
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unit_of_measurement: kWh
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accuracy_decimals: ${accuracy}
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panel_power:
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name: "Panel power"
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id: panel_power
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# day_number:
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# name: "Day sequence number"
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# id: day_number
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# icon: "mdi:calendar-today"
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# charging_mode_id:
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# name: "Charger mode id"
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error_code:
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name: "Error code"
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tracking_mode_id:
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name: "Tracker mode id"
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# - platform: wifi_signal
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# name: "${devicename} WiFi Signal Sensor"
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# id: rssi_sensor
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# update_interval: 15s
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# - platform: template
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# name: "Wifi Quality"
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# unit_of_measurement: "%"
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# accuracy_decimals: 0
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# icon: "mdi:wifi"
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# update_interval: 15s
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# lambda: |-
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# int quality;
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# const int rssi = id(rssi_sensor).state;
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# if (rssi <= -100) {
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# quality = 0;
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# } else if (rssi >= -50) {
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# quality = 100;
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# } else {
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# quality = 2 * (rssi + 100);
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# }
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# return quality;
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- platform: uptime
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name: "${devicename} Uptime"
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id: uptime_s
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update_interval: 5s
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# - platform: template # for 1 cell of battery
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# name: "Bat S1 " # 6S pack
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# lambda: |-
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# if ((((id(bv).state) / 6) > 4.22) && (((id(bv).state) / 6) < 3.0)) {
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# return NAN;
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# }
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# return ((id(bv).state) / 6);
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# update_interval: 10s
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# icon: "mdi:battery"
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# unit_of_measurement: V
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# device_class: "voltage"
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# accuracy_decimals: ${accuracy}
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# - platform: template # Battery working percent
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# name: "Bat working percent" # cycle batt between 3,0v - 4.01v
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# lambda: |-
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# if (((((((((id(bv).state) / 7 )) - 3.142) / (4.01142 - 3.142)) * 100)) >= 115) && ((((((((id(bv).state) / 7 )) - 3.142) / (4.01142 - 3.142)) * 100)) <= -25)) {
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# return NAN;
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# }
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# return ((((((id(bv).state) / 7 )) - 3.142) / (4.01142 - 3.142) ) * 100);
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# update_interval: 15s
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# icon: "mdi:battery"
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# unit_of_measurement: "%"
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# device_class: "voltage"
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# accuracy_decimals: ${accuracy}
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# - platform: template # FVE percent
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# name: "FVE percent" # 500Wp max power of my FVE grid
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# lambda: |-
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# if (((((id(panel_power).state) / 500) * 100) >= 120) && ((((id(panel_power).state) / 500) * 100) < 0)) {
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# return NAN;
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# }
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# return (((id(panel_power).state) / 500) * 100);
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# icon: "mdi:gauge"
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# unit_of_measurement: "%"
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# device_class: "power"
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# accuracy_decimals: ${accuracy}
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# update_interval: 15s
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# - platform: template # median generated day energy
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# name: "Day median generated " # 500Wp max power of my FVE grid
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# lambda: |-
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# return (id(yield_total).state) / (id(day_number).state);
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# update_interval: 15s
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# icon: "mdi:gauge"
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# unit_of_measurement: "kWh"
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# device_class: "power"
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# accuracy_decimals: 3
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text_sensor:
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- platform: victron
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victron_id: victron0
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charging_mode:
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name: "Charging Mode"
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error:
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name: "Error"
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tracking_mode:
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name: "Tracking Mode"
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firmware_version:
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name: "Firmware Version"
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device_type:
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name: "Device Type"
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# - platform: template
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# name: "${devicename} Config Version"
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# icon: mdi:information-outline
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# lambda: |-
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# return {"${config_version}"};
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# - platform: version
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# name: "${devicename} Esphome Version"
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# icon: mdi:information-outline
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# - platform: wifi_info
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# ip_address:
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# name: "${devicename} IP Address"
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# icon: mdi:ip
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# ssid:
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# name: "${devicename} Connected SSID"
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# icon: mdi:wifi
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# bssid:
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# name: "${devicename} Connected BSSID"
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# mac_address:
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# name: "${devicename} Mac Wifi Address"
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- platform: template
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name: "${devicename} Uptime (formatted)"
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lambda: |-
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uint32_t dur = id(uptime_s).state;
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int dys = 0;
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int hrs = 0;
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int mnts = 0;
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if (dur > 86399) {
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dys = trunc(dur / 86400);
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dur = dur - (dys * 86400);
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}
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if (dur > 3599) {
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hrs = trunc(dur / 3600);
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dur = dur - (hrs * 3600);
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}
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if (dur > 59) {
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mnts = trunc(dur / 60);
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dur = dur - (mnts * 60);
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}
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char buffer[17];
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sprintf(buffer, "%ud %02uh %02um %02us", dys, hrs, mnts, dur);
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return {buffer};
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icon: mdi:clock-start
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update_interval: 5s
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switch:
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- platform: restart
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icon: mdi:reload-alert
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name: "${devicename} Restart"
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