Pour se procurer un DTU avec OpenDTU: http://bit.ly/opendtu
Jour:
Nuit:
Autres:
In global config:
homeassistant:
packages: !include_dir_named packagesThen put opendtu.yaml files in config/packages folder
view.yaml is the Lovelace card section above
energy.yaml is optional: you can take it. It shows how I compute the home consumed energy and solar consumed energy with a shelly EM. If yo utake it, you can setup some graph like that:
| template: | |
| # https://www.home-assistant.io/integrations/sensor/ | |
| - sensor: | |
| - name: Solar Consumed Power | |
| unique_id: "01e37eed-3045-4eee-a786-1249567fe303" | |
| state_class: measurement | |
| device_class: power | |
| unit_of_measurement: W | |
| availability: "{{ ['sensor.solar_production_power', 'sensor.grid_returned_power']|map('states')|map('is_number')|min }}" | |
| state: "{{ [states.sensor.solar_production_power.state|float - states.sensor.grid_returned_power.state|float, 0] | max }}" | |
| - name: Home Consumed Power | |
| unique_id: BE34D1AD-AB8E-4909-ACE0-BBA7D3877105 | |
| state_class: measurement | |
| device_class: power | |
| unit_of_measurement: W | |
| availability: "{{ ['sensor.solar_production_power', 'sensor.grid_power']|map('states')|map('is_number')|min }}" | |
| state: "{{ states.sensor.solar_production_power.state|float + states.sensor.grid_power.state|float }}" | |
| - name: Solar Consumed Energy Daily | |
| unique_id: "01e37eed-3045-4eee-a786-1249567fe305" | |
| state_class: total_increasing | |
| device_class: energy | |
| unit_of_measurement: kWh | |
| availability: "{{ ['sensor.inverters_energy_meter_daily', 'sensor.grid_energy_returned_meter_daily']|map('states')|map('is_number')|min }}" | |
| state: >- | |
| {% set c = states.sensor.solar_consumed_energy_daily.state|float(0) %} | |
| {% set p = states.sensor.inverters_energy_meter_daily.state|float %} | |
| {% set e = states.sensor.grid_energy_returned_meter_daily.state|float %} | |
| {{ [0 if p == 0 or p < c else c, [0, p - e] | max] | max }} | |
| - name: Solar Autoconsumption Level Daily | |
| unique_id: "01e37eed-3045-4eee-a786-1249567fe304" | |
| state_class: measurement | |
| unit_of_measurement: "%" | |
| availability: "{{ ['sensor.grid_energy_returned_meter_daily', 'sensor.inverters_energy_meter_daily']|map('states')|map('is_number')|min and states.sensor.inverters_energy_meter_daily.state|float(0) > 0 }}" | |
| state: "{{ [100, (100 - 100 * states.sensor.grid_energy_returned_meter_daily.state|float / states.sensor.inverters_energy_meter_daily.state|float )] | min }}" | |
| sensor: | |
| # https://www.home-assistant.io/integrations/integration/ | |
| - platform: integration | |
| name: Home Consumed Energy | |
| unique_id: E2BA4424-8CA8-4D74-9A2F-F0E5EFF84622 | |
| source: sensor.home_consumed_power | |
| unit_prefix: k |
| mqtt: | |
| # https://www.home-assistant.io/integrations/sensor.mqtt | |
| sensor: | |
| - name: Inverters YieldTotal | |
| unique_id: D6A6659B-EE6A-4C3F-91F4-C0FBD46E8CF5 | |
| state_class: total_increasing | |
| device_class: energy | |
| unit_of_measurement: "kWh" | |
| state_topic: "opendtu/ac/yieldtotal" | |
| value_template: "{{ value|float }}" | |
| availability_topic: "opendtu/ac/is_valid" | |
| payload_available: "1" | |
| payload_not_available: "0" | |
| - name: Inverters YieldDay | |
| unique_id: "01e37eed-3045-4eee-a786-1249567fe310" | |
| state_class: total_increasing | |
| device_class: energy | |
| unit_of_measurement: "kWh" | |
| state_topic: "opendtu/ac/yieldday" | |
| value_template: "{{ value|float / 1000.0 }}" | |
| availability_topic: "opendtu/ac/is_valid" | |
| payload_available: "1" | |
| payload_not_available: "0" | |
| - name: Inverters Power | |
| unique_id: "01e37eed-3045-4eee-a786-1249567fe315" | |
| state_class: measurement | |
| device_class: power | |
| unit_of_measurement: W | |
| state_topic: "opendtu/ac/power" | |
| value_template: "{{ value|int }}" | |
| availability_topic: "opendtu/ac/is_valid" | |
| payload_available: "1" | |
| payload_not_available: "0" | |
| - name: Inverters PowerDC | |
| unique_id: "01e37eed-3045-4eee-a786-1249567fe316" | |
| state_class: measurement | |
| device_class: power | |
| unit_of_measurement: W | |
| state_topic: "opendtu/dc/power" | |
| value_template: "{{ value|int }}" | |
| availability_topic: "opendtu/dc/is_valid" | |
| payload_available: "1" | |
| payload_not_available: "0" | |
| template: | |
| # https://www.home-assistant.io/integrations/sensor/ | |
| - sensor: | |
| - name: Inverters Energy | |
| unique_id: 6E14EC86-0965-463E-BFBF-6008B61B56AF | |
| state_class: total_increasing | |
| device_class: energy | |
| unit_of_measurement: "kWh" | |
| state: "{{ [states.sensor.inverters_yieldtotal.state|float(0), states.sensor.inverters_energy.state|float(0) ] | max }}" | |
| - name: Inverter 1 Adjusted Irradiation | |
| unique_id: C47E36DF-4FCD-40CA-B3C7-8B186A02A015 | |
| state_class: measurement | |
| unit_of_measurement: "%" | |
| availability: "{{ ['sensor.inverter_1_powerdc', 'sensor.inverter_1_temperature']|map('states')|map('is_number')|min }}" | |
| state: "{{ [100, states.sensor.inverter_1_powerdc.state|float / (400 * (110 - states.sensor.inverter_1_temperature.state|float * 0.4) / 100) * 100] | min }}" | |
| - name: Inverter 2 Adjusted Irradiation | |
| unique_id: C0EB72EE-725E-42C0-A25F-677BB3984EFA | |
| state_class: measurement | |
| unit_of_measurement: "%" | |
| availability: "{{ ['sensor.inverter_2_powerdc', 'sensor.inverter_2_temperature']|map('states')|map('is_number')|min }}" | |
| state: "{{ [100, states.sensor.inverter_2_powerdc.state|float / (400 * (110 - states.sensor.inverter_2_temperature.state|float * 0.4) / 100) * 100] | min }}" | |
| - name: Inverter 3 Adjusted Irradiation | |
| unique_id: 8A61D828-4545-48AC-9CEB-80C96CEAC421 | |
| state_class: measurement | |
| unit_of_measurement: "%" | |
| availability: "{{ ['sensor.inverter_3_powerdc', 'sensor.inverter_3_temperature']|map('states')|map('is_number')|min }}" | |
| state: "{{ [100, states.sensor.inverter_3_powerdc.state|float / (400 * (110 - states.sensor.inverter_3_temperature.state|float * 0.4) / 100) * 100] | min }}" | |
| - name: Inverter 4 Adjusted Irradiation | |
| unique_id: 5B1EB6CC-1CF4-4EBD-B476-1254951BB8EA | |
| state_class: measurement | |
| unit_of_measurement: "%" | |
| availability: "{{ ['sensor.inverter_4_powerdc', 'sensor.inverter_4_temperature']|map('states')|map('is_number')|min }}" | |
| state: "{{ [100, states.sensor.inverter_4_powerdc.state|float / (400 * (110 - states.sensor.inverter_4_temperature.state|float * 0.4) / 100) * 100] | min }}" | |
| - name: Inverter 5 Adjusted Irradiation | |
| unique_id: 33EBEF2B-F8C0-4E7E-A90B-7C6706F63E1E | |
| state_class: measurement | |
| unit_of_measurement: "%" | |
| availability: "{{ ['sensor.inverter_5_powerdc', 'sensor.inverter_5_temperature']|map('states')|map('is_number')|min }}" | |
| state: "{{ [100, states.sensor.inverter_5_powerdc.state|float / (400 * (110 - states.sensor.inverter_5_temperature.state|float * 0.4) / 100) * 100] | min }}" | |
| - name: Inverter 6 Adjusted Irradiation | |
| unique_id: B9B3BEE3-9958-43F9-80A4-06163F5B0022 | |
| state_class: measurement | |
| unit_of_measurement: "%" | |
| availability: "{{ ['sensor.inverter_6_powerdc', 'sensor.inverter_6_temperature']|map('states')|map('is_number')|min }}" | |
| state: "{{ [100, states.sensor.inverter_6_powerdc.state|float / (400 * (110 - states.sensor.inverter_6_temperature.state|float * 0.4) / 100) * 100] | min }}" | |
| # https://www.home-assistant.io/integrations/utility_meter/ | |
| utility_meter: | |
| inverters_energy_meter_daily: | |
| name: Inverters Energy Meter Daily | |
| unique_id: 4C4D8D06-C9D2-4408-B21A-1274A6E0F041 | |
| source: sensor.inverters_energy | |
| cycle: daily |
| type: vertical-stack | |
| cards: | |
| - type: conditional | |
| conditions: | |
| - entity: binary_sensor.inverter_1_reachable | |
| state: 'off' | |
| card: | |
| square: false | |
| columns: 2 | |
| type: grid | |
| cards: | |
| - type: markdown | |
| content: |- | |
| ### 112184727305 | |
| Position: #1 | |
| - type: markdown | |
| content: Déconnecté | |
| style: | | |
| ha-card { | |
| background-color: darkred; | |
| } | |
| - type: conditional | |
| conditions: | |
| - entity: binary_sensor.inverter_1_reachable | |
| state: 'on' | |
| card: | |
| square: false | |
| columns: 8 | |
| type: grid | |
| cards: | |
| - type: markdown | |
| content: >- | |
| ### 112184727305 | |
| Position: #1 | |
| {{as_local(states.sensor.inverter_1_power.last_updated).time()|string|truncate(8, | |
| False, '')}} | |
| - type: gauge | |
| entity: sensor.inverter_1_temperature | |
| unit: °C | |
| min: 0 | |
| max: 65 | |
| needle: true | |
| name: Température | |
| severity: | |
| green: 0 | |
| yellow: 45 | |
| red: 55 | |
| - type: gauge | |
| entity: sensor.inverter_1_adjusted_irradiation | |
| unit: '%' | |
| min: 0 | |
| max: 100 | |
| needle: true | |
| name: Irradiation | |
| - type: gauge | |
| entity: sensor.inverter_1_efficiency | |
| unit: '%' | |
| min: 82 | |
| max: 97 | |
| needle: true | |
| name: Efficacité | |
| severity: | |
| green: 92 | |
| yellow: 87 | |
| red: 0 | |
| - type: gauge | |
| entity: sensor.inverter_1_powerdc | |
| unit: W | |
| min: 0 | |
| max: 440 | |
| needle: true | |
| name: DC | |
| severity: | |
| green: 100 | |
| yellow: 200 | |
| red: 300 | |
| - type: gauge | |
| entity: sensor.inverter_1_power | |
| unit: W | |
| min: 0 | |
| max: 420 | |
| needle: true | |
| name: AC | |
| severity: | |
| green: 100 | |
| yellow: 200 | |
| red: 300 | |
| - type: gauge | |
| entity: sensor.inverter_1_voltage | |
| unit: V | |
| min: 210 | |
| max: 250 | |
| needle: true | |
| name: Tension | |
| severity: | |
| green: 220 | |
| yellow: 0 | |
| red: 240 | |
| - type: markdown | |
| content: >- | |
| | | | | |
| |:------|:--| | |
| | Day: | | |
| {{(states('sensor.inverter_1_yieldday')|float/1000)|round(2)}} kWh | | |
| | Total: | {{states('sensor.inverter_1_yieldtotal')|float|round}} | |
| kWh | | |
| - type: conditional | |
| conditions: | |
| - entity: binary_sensor.inverter_2_reachable | |
| state: 'off' | |
| card: | |
| square: false | |
| columns: 2 | |
| type: grid | |
| cards: | |
| - type: markdown | |
| content: |- | |
| ### 112184727286 | |
| Position: #2 | |
| - type: markdown | |
| content: Déconnecté | |
| style: | | |
| ha-card { | |
| background-color: darkred; | |
| } | |
| - type: conditional | |
| conditions: | |
| - entity: binary_sensor.inverter_2_reachable | |
| state: 'on' | |
| card: | |
| square: false | |
| columns: 8 | |
| type: grid | |
| cards: | |
| - type: markdown | |
| content: >- | |
| ### 112184727286 | |
| Position: #2 | |
| {{as_local(states.sensor.inverter_2_power.last_updated).time()|string|truncate(8, | |
| False, '')}} | |
| - type: gauge | |
| entity: sensor.inverter_2_temperature | |
| unit: °C | |
| min: 0 | |
| max: 65 | |
| needle: true | |
| name: Température | |
| severity: | |
| green: 0 | |
| yellow: 45 | |
| red: 55 | |
| - type: gauge | |
| entity: sensor.inverter_2_adjusted_irradiation | |
| unit: '%' | |
| min: 0 | |
| max: 100 | |
| needle: true | |
| name: Irradiation | |
| - type: gauge | |
| entity: sensor.inverter_2_efficiency | |
| unit: '%' | |
| min: 82 | |
| max: 97 | |
| needle: true | |
| name: Efficacité | |
| severity: | |
| green: 92 | |
| yellow: 87 | |
| red: 0 | |
| - type: gauge | |
| entity: sensor.inverter_2_powerdc | |
| unit: W | |
| min: 0 | |
| max: 440 | |
| needle: true | |
| name: DC | |
| severity: | |
| green: 100 | |
| yellow: 200 | |
| red: 300 | |
| - type: gauge | |
| entity: sensor.inverter_2_power | |
| unit: W | |
| min: 0 | |
| max: 420 | |
| needle: true | |
| name: AC | |
| severity: | |
| green: 100 | |
| yellow: 200 | |
| red: 300 | |
| - type: gauge | |
| entity: sensor.inverter_2_voltage | |
| unit: V | |
| min: 210 | |
| max: 250 | |
| needle: true | |
| name: Tension | |
| severity: | |
| green: 220 | |
| yellow: 0 | |
| red: 240 | |
| - type: markdown | |
| content: >- | |
| | | | | |
| |:------|:--| | |
| | Day: | | |
| {{(states('sensor.inverter_2_yieldday')|float/1000)|round(2)}} kWh | | |
| | Total: | {{states('sensor.inverter_2_yieldtotal')|float|round}} | |
| kWh | | |
| - type: conditional | |
| conditions: | |
| - entity: binary_sensor.inverter_3_reachable | |
| state: 'off' | |
| card: | |
| square: false | |
| columns: 2 | |
| type: grid | |
| cards: | |
| - type: markdown | |
| content: |- | |
| ### 112183225593 | |
| Position: #3 | |
| - type: markdown | |
| content: Déconnecté | |
| style: | | |
| ha-card { | |
| background-color: darkred; | |
| } | |
| - type: conditional | |
| conditions: | |
| - entity: binary_sensor.inverter_3_reachable | |
| state: 'on' | |
| card: | |
| square: false | |
| columns: 8 | |
| type: grid | |
| cards: | |
| - type: markdown | |
| content: >- | |
| ### 112183225593 | |
| Position: #3 | |
| {{as_local(states.sensor.inverter_3_power.last_updated).time()|string|truncate(8, | |
| False, '')}} | |
| - type: gauge | |
| entity: sensor.inverter_3_temperature | |
| unit: °C | |
| min: 0 | |
| max: 65 | |
| needle: true | |
| name: Température | |
| severity: | |
| green: 0 | |
| yellow: 45 | |
| red: 55 | |
| - type: gauge | |
| entity: sensor.inverter_3_adjusted_irradiation | |
| unit: '%' | |
| min: 0 | |
| max: 100 | |
| needle: true | |
| name: Irradiation | |
| - type: gauge | |
| entity: sensor.inverter_3_efficiency | |
| unit: '%' | |
| min: 82 | |
| max: 97 | |
| needle: true | |
| name: Efficacité | |
| severity: | |
| green: 92 | |
| yellow: 87 | |
| red: 0 | |
| - type: gauge | |
| entity: sensor.inverter_3_powerdc | |
| unit: W | |
| min: 0 | |
| max: 440 | |
| needle: true | |
| name: DC | |
| severity: | |
| green: 100 | |
| yellow: 200 | |
| red: 300 | |
| - type: gauge | |
| entity: sensor.inverter_3_power | |
| unit: W | |
| min: 0 | |
| max: 420 | |
| needle: true | |
| name: AC | |
| severity: | |
| green: 100 | |
| yellow: 200 | |
| red: 300 | |
| - type: gauge | |
| entity: sensor.inverter_3_voltage | |
| unit: V | |
| min: 210 | |
| max: 250 | |
| needle: true | |
| name: Tension | |
| severity: | |
| green: 220 | |
| yellow: 0 | |
| red: 240 | |
| - type: markdown | |
| content: >- | |
| | | | | |
| |:------|:--| | |
| | Day: | | |
| {{(states('sensor.inverter_3_yieldday')|float/1000)|round(2)}} kWh | | |
| | Total: | {{states('sensor.inverter_3_yieldtotal')|float|round}} | |
| kWh | | |
| - type: conditional | |
| conditions: | |
| - entity: binary_sensor.inverter_4_reachable | |
| state: 'off' | |
| card: | |
| square: false | |
| columns: 2 | |
| type: grid | |
| cards: | |
| - type: markdown | |
| content: |- | |
| ### 112183226560 | |
| Position: #4 | |
| - type: markdown | |
| content: Déconnecté | |
| style: | | |
| ha-card { | |
| background-color: darkred; | |
| } | |
| - type: conditional | |
| conditions: | |
| - entity: binary_sensor.inverter_4_reachable | |
| state: 'on' | |
| card: | |
| square: false | |
| columns: 8 | |
| type: grid | |
| cards: | |
| - type: markdown | |
| content: >- | |
| ### 112183226560 | |
| Position: #4 | |
| {{as_local(states.sensor.inverter_4_power.last_updated).time()|string|truncate(8, | |
| False, '')}} | |
| - type: gauge | |
| entity: sensor.inverter_4_temperature | |
| unit: °C | |
| min: 0 | |
| max: 65 | |
| needle: true | |
| name: Température | |
| severity: | |
| green: 0 | |
| yellow: 45 | |
| red: 55 | |
| - type: gauge | |
| entity: sensor.inverter_4_adjusted_irradiation | |
| unit: '%' | |
| min: 0 | |
| max: 100 | |
| needle: true | |
| name: Irradiation | |
| - type: gauge | |
| entity: sensor.inverter_4_efficiency | |
| unit: '%' | |
| min: 82 | |
| max: 97 | |
| needle: true | |
| name: Efficacité | |
| severity: | |
| green: 92 | |
| yellow: 87 | |
| red: 0 | |
| - type: gauge | |
| entity: sensor.inverter_4_powerdc | |
| unit: W | |
| min: 0 | |
| max: 440 | |
| needle: true | |
| name: DC | |
| severity: | |
| green: 100 | |
| yellow: 200 | |
| red: 300 | |
| - type: gauge | |
| entity: sensor.inverter_4_power | |
| unit: W | |
| min: 0 | |
| max: 420 | |
| needle: true | |
| name: AC | |
| severity: | |
| green: 100 | |
| yellow: 200 | |
| red: 300 | |
| - type: gauge | |
| entity: sensor.inverter_4_voltage | |
| unit: V | |
| min: 210 | |
| max: 250 | |
| needle: true | |
| name: Tension | |
| severity: | |
| green: 220 | |
| yellow: 0 | |
| red: 240 | |
| - type: markdown | |
| content: >- | |
| | | | | |
| |:------|:--| | |
| | Day: | | |
| {{(states('sensor.inverter_4_yieldday')|float/1000)|round(2)}} kWh | | |
| | Total: | {{states('sensor.inverter_4_yieldtotal')|float|round}} | |
| kWh | | |
| - type: conditional | |
| conditions: | |
| - entity: binary_sensor.inverter_5_reachable | |
| state: 'off' | |
| card: | |
| square: false | |
| columns: 2 | |
| type: grid | |
| cards: | |
| - type: markdown | |
| content: |- | |
| ### 112183226985 | |
| Position: #5 | |
| - type: markdown | |
| content: Déconnecté | |
| style: | | |
| ha-card { | |
| background-color: darkred; | |
| } | |
| - type: conditional | |
| conditions: | |
| - entity: binary_sensor.inverter_5_reachable | |
| state: 'on' | |
| card: | |
| square: false | |
| columns: 8 | |
| type: grid | |
| cards: | |
| - type: markdown | |
| content: >- | |
| ### 112183226985 | |
| Position: #5 | |
| {{as_local(states.sensor.inverter_5_power.last_updated).time()|string|truncate(8, | |
| False, '')}} | |
| - type: gauge | |
| entity: sensor.inverter_5_temperature | |
| unit: °C | |
| min: 0 | |
| max: 65 | |
| needle: true | |
| name: Température | |
| severity: | |
| green: 0 | |
| yellow: 45 | |
| red: 55 | |
| - type: gauge | |
| entity: sensor.inverter_5_adjusted_irradiation | |
| unit: '%' | |
| min: 0 | |
| max: 100 | |
| needle: true | |
| name: Irradiation | |
| - type: gauge | |
| entity: sensor.inverter_5_efficiency | |
| unit: '%' | |
| min: 82 | |
| max: 97 | |
| needle: true | |
| name: Efficacité | |
| severity: | |
| green: 92 | |
| yellow: 87 | |
| red: 0 | |
| - type: gauge | |
| entity: sensor.inverter_5_powerdc | |
| unit: W | |
| min: 0 | |
| max: 440 | |
| needle: true | |
| name: DC | |
| severity: | |
| green: 100 | |
| yellow: 200 | |
| red: 300 | |
| - type: gauge | |
| entity: sensor.inverter_5_power | |
| unit: W | |
| min: 0 | |
| max: 420 | |
| needle: true | |
| name: AC | |
| severity: | |
| green: 100 | |
| yellow: 200 | |
| red: 300 | |
| - type: gauge | |
| entity: sensor.inverter_5_voltage | |
| unit: V | |
| min: 210 | |
| max: 250 | |
| needle: true | |
| name: Tension | |
| severity: | |
| green: 220 | |
| yellow: 0 | |
| red: 240 | |
| - type: markdown | |
| content: >- | |
| | | | | |
| |:------|:--| | |
| | Day: | | |
| {{(states('sensor.inverter_5_yieldday')|float/1000)|round(2)}} kWh | | |
| | Total: | {{states('sensor.inverter_5_yieldtotal')|float|round}} | |
| kWh | | |
| - type: conditional | |
| conditions: | |
| - entity: binary_sensor.inverter_6_reachable | |
| state: 'off' | |
| card: | |
| square: false | |
| columns: 2 | |
| type: grid | |
| cards: | |
| - type: markdown | |
| content: |- | |
| ### 112183219226 | |
| Position: #6 | |
| - type: markdown | |
| content: Déconnecté | |
| style: | | |
| ha-card { | |
| background-color: darkred; | |
| } | |
| - type: conditional | |
| conditions: | |
| - entity: binary_sensor.inverter_6_reachable | |
| state: 'on' | |
| card: | |
| square: false | |
| columns: 8 | |
| type: grid | |
| cards: | |
| - type: markdown | |
| content: >- | |
| ### 112183219226 | |
| Position: #6 | |
| {{as_local(states.sensor.inverter_6_power.last_updated).time()|string|truncate(8, | |
| False, '')}} | |
| - type: gauge | |
| entity: sensor.inverter_6_temperature | |
| unit: °C | |
| min: 0 | |
| max: 65 | |
| needle: true | |
| name: Température | |
| severity: | |
| green: 0 | |
| yellow: 45 | |
| red: 55 | |
| - type: gauge | |
| entity: sensor.inverter_6_adjusted_irradiation | |
| unit: '%' | |
| min: 0 | |
| max: 100 | |
| needle: true | |
| name: Irradiation | |
| - type: gauge | |
| entity: sensor.inverter_6_efficiency | |
| unit: '%' | |
| min: 82 | |
| max: 97 | |
| needle: true | |
| name: Efficacité | |
| severity: | |
| green: 92 | |
| yellow: 87 | |
| red: 0 | |
| - type: gauge | |
| entity: sensor.inverter_6_powerdc | |
| unit: W | |
| min: 0 | |
| max: 440 | |
| needle: true | |
| name: DC | |
| severity: | |
| green: 100 | |
| yellow: 200 | |
| red: 300 | |
| - type: gauge | |
| entity: sensor.inverter_6_power | |
| unit: W | |
| min: 0 | |
| max: 420 | |
| needle: true | |
| name: AC | |
| severity: | |
| green: 100 | |
| yellow: 200 | |
| red: 300 | |
| - type: gauge | |
| entity: sensor.inverter_6_voltage | |
| unit: V | |
| min: 210 | |
| max: 250 | |
| needle: true | |
| name: Tension | |
| severity: | |
| green: 220 | |
| yellow: 0 | |
| red: 240 | |
| - type: markdown | |
| content: >- | |
| | | | | |
| |:------|:--| | |
| | Day: | | |
| {{(states('sensor.inverter_6_yieldday')|float/1000)|round(2)}} kWh | | |
| | Total: | {{states('sensor.inverter_6_yieldtotal')|float|round}} | |
| kWh | | |
| - type: grid | |
| square: false | |
| columns: 8 | |
| cards: | |
| - type: markdown | |
| content: '### Total' | |
| - type: markdown | |
| content: ' ' | |
| - type: markdown | |
| content: ' ' | |
| - type: markdown | |
| content: ' ' | |
| - type: gauge | |
| entity: sensor.inverters_powerdc | |
| unit: W | |
| min: 0 | |
| max: 2520 | |
| needle: true | |
| name: DC Total | |
| severity: | |
| green: 660 | |
| yellow: 1320 | |
| red: 1980 | |
| - type: gauge | |
| entity: sensor.inverters_power | |
| unit: W | |
| min: 0 | |
| max: 2520 | |
| needle: true | |
| name: AC Total | |
| severity: | |
| green: 630 | |
| yellow: 1260 | |
| red: 1890 | |
| - type: markdown | |
| content: ' ' | |
| - type: markdown | |
| content: >- | |
| | | | | |
| |:------|:--| | |
| | Day: | | |
| {{states('sensor.inverters_energy_meter_daily')|float|round(2)}} kWh | | |
| | Total: | {{states('sensor.inverters_energy')|float|round}} kWh | |
These are custom entries (see screenshots) : the goal is to summarize the powers and yields
Bonjour, et tout d'abord merci pour votre travail.
J'ai repris votre view.yaml mais j'ai un problème au niveau de l'affichage qui ne prend pas toute la largeur de la page, ce qui fait que les colonnes sont trop petites et donc illisibles. Une image étant plus parlante, voilà ce que ça donne :
Etant totalement débutant sur HA, je ne comprends pas d'où vient le souci.
Merci d'avance pour votre aide
Très facile: il faut configurer les options de la vue comme ça:
Merci beaucoup, c'était effectivement très simple....
Bonjour, Les sensors invertors_powerdc et inverters_power ne fonctionnent pas, ça me dit "l'entité n'est actuellement pas disponible". Il y a quelque chose à modifier quelque part ?
Bonjour, Les sensors invertors_powerdc et inverters_power ne fonctionnent pas, ça me dit "l'entité n'est actuellement pas disponible". Il y a quelque chose à modifier quelque part ?
Ils sont dans opendtu.yaml
Oui je les ai bien vus et j'ai bien mis l'opendtu.yaml dans le dossier config/packages comme indiqué c'est pour ça que je me demandais s'il y a avait des choses à changer/modifier pour que ça fonctionne avec mes appareils.
Oui je les ai bien vus et j'ai bien mis l'opendtu.yaml dans le dossier config/packages comme indiqué c'est pour ça que je me demandais s'il y a avait des choses à changer/modifier pour que ça fonctionne avec mes appareils.
Vérifier si vous voyez ces entités dans la liste des entités à http://homeassistant.local:8123/config/entities
Si vous ne les voyez pas, c'est qu'il vous manque une configuration afin que le fichier soit pris en compte.
Elles y sont bien mais avec un ! en bout de ligne
Elles y sont bien mais avec un ! en bout de ligne
Alors c'est votre config mqtt qui n'est pas bonne.
Regardez les topics utilisés dans les yaml, et comparez avec ceux que vous avez réellement grâce à l'addon MQTT Explorer.
Désolé, je patauge totalement.....
Donc dans mqtt explorer j'ai bien un "onglet" solar avec dessous deux "sous-onglets" ac et dc avec à l'intérieur de chaque : power - Yieldtotal et Yieldday qui remontent bien les bonnes valeurs mais je ne sais pas quoi en faire par rapport aux fichiers yaml.
Désolé, je patauge totalement..... Donc dans mqtt explorer j'ai bien un "onglet" solar avec dessous deux "sous-onglets" ac et dc avec à l'intérieur de chaque : power - Yieldtotal et Yieldday qui remontent bien les bonnes valeurs mais je ne sais pas quoi en faire par rapport aux fichiers yaml.
Essayez de comprendre la configuration yaml... Exemple:
state_topic: "opendtu/ac/power"
value_template: "{{ value|int }}"
availability_topic: "opendtu/ac/is_valid"Cette section sert à lier les valeurs du sensor dans HA à un topic MQTT. Votre sensor n'est pas disponible, sûrement car il n'arrive pas à trouver les données dans MQTT. Est-ce que vous avez le bon topic ? Dans OpenDTU, j'ai configuré mon prefix à: opendtu
Ok, j'ai compris. Dans opendtu le prefix était resté par défaut à : solar. J'ai modifié le yaml pour lui donner le bon chemin et effectivement ça fonctionne beaucoup mieux. Encore merci pour les explications.
bonjour Mathieu,
merci pour ton partage
je viens juste d'avoir mon openDTU et je m'attaque à la configuration avec HA (dont je suis novice ..)
est ce que dois mettre les 3 fichiers (energy, opendtu et view .yaml) dans le repertoire config/packages ?
lorsque je fais ca et que je vérifie la configuration yaml (outils de dev de HA), j'ai un erreur :
quelle betise je fais stp ?
merci !
Ça peut être pas mal de chose...
merci pour ton rapide retour !
donc oui, tu confirmes que les 3 fichiers doivent etre dans le repertoire /config/packages ?
pour le fichier view.yaml qui pose probleme, j'ai simplement fait un copier coller raw ..
HA n'indique pas de probleme d'indentation
le seule message est le screencopy que j'ai joint
Ah pardon!
Alors juste 2, et energy.yaml est à modifier selon tes propres capteurs.
la vue est la config du dashboard dans 3 petits points > modifier > éditer config
ok donc energy et opendtu .yaml dans le rep config/packages
energy.yaml a modifier avec mes parametres et MQTT ..
mais que faire du view.yaml ?
desolé cette question sort peut etre du sujet openDTU, mais novice, je ne sais pas quoi en faire, ou comment creer un Lovelace card
enfin pas certain de mon coup, faut il passer par le frontend , ajouter une carte, yaml lovelace .. coller le code dedans ?
a priori oui, mais je crois que je me retrouve dans le probleme du thread du Dec 3, 2023 .. et ton image en réponse n'est pas accessible !
merci !
bonsoir, comment cela ce fait il que je n'arrive pas a connecter openDTU à HA?
j'ai fait refait tout le manuelle et ça ne eu toujours pas.
merci.
Bonjour, bravo pour votre travail !!! et merci pour le partage...
J'ai adapté votre code à mon installation et j'ai une petite question concernant la formule de calcule de "{{ [100, states.sensor.inverter_1_powerdc.state|float / (400 * (110 - states.sensor.inverter_1_temperature.state|float * 0.4) / 100) * 100] | min }}".
A quoi correspondent les nombres ?
Mon installation comporte des micron-onduleurs de puissances differentes ce qui m'obligera à adapter.
Merci de votre comprehension.
cordialement Christophe
Bonjour, bravo pour votre travail !!! et merci pour le partage... J'ai adapté votre code à mon installation et j'ai une petite question concernant la formule de calcule de "{{ [100, states.sensor.inverter_1_powerdc.state|float / (400 * (110 - states.sensor.inverter_1_temperature.state|float * 0.4) / 100) * 100] | min }}". A quoi correspondent les nombres ? Mon installation comporte des micron-onduleurs de puissances differentes ce qui m'obligera à adapter.
Merci de votre comprehension.
cordialement Christophe
idéalement il faudrait templacer 0.4 et 400 selon la puissance de vos MO. C'est optionnel et peut être enlevé. Ça sert à calculer plus précisément l'irradiation.
L'irradiation est calculée par le DTU en prenant la puissance en sortie divisée par la puissance crete (400Wc), mais cette puissance est une mesure en labo à 25 degrés. Hors la puissance crete dépend de la température. Pour les panneaux DMEGC, chaque pas de +25 degrés entraine une baisse de 10% de la puissance crete à cause de la chaleur, et vis versa: hausse de 10% à 0 degrés.
Donc cela fausse le % d'irradiation car l'hiver, openDTU va rapporter un % d'irradiation plus élevé que la réalité, car la puissance crete est souvent plus que 400Wc, et l'été, il va rapporter un % plus bas, alors qu'en fait l'irradiation est à son maximum, mais il fait tellement chaud que les panneaux ne peuvent pas sortir plus que 360W.
Merci pour vos explications extrêmement claires. Je modifier mon code en conséquence.
Encore merci pour le partage, je vous souhaite un bon week-end.
Cordialement Christophe
Where can I find unique_id inverters_yieldday_kwh and inverters_power