update readme & add example HA config files
This commit is contained in:
David
@@ -8,6 +8,9 @@ By remotely setting values via MQTT you can for example, change the power mode t
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The program is designed to be run in a Docker Container, and can be deployed on a lightweight SBC next to your Inverter (i.e. an Orange Pi Zero running Arabian), and read data via the RS232 or USB ports on the back of the Inverter.
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The program is designed to be run in a Docker Container, and can be deployed on a lightweight SBC next to your Inverter (i.e. an Orange Pi Zero running Arabian), and read data via the RS232 or USB ports on the back of the Inverter.
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_Example: My "Lovelace" dashboard using data collected from the Inverter._
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----
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----
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**Docker Hub:** [`bushrangers/ha-voltronic-mqtt`](https://hub.docker.com/r/bushrangers/ha-voltronic-mqtt/)
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**Docker Hub:** [`bushrangers/ha-voltronic-mqtt`](https://hub.docker.com/r/bushrangers/ha-voltronic-mqtt/)
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@@ -63,6 +66,8 @@ _(see [protocol manual](http://forums.aeva.asn.au/uploads/293/HS_MS_MSX_RS232_Pr
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```
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```
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DESCRIPTION: PAYLOAD: OPTIONS:
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----------------------------------------------------------------
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Set output source priority POP00 (Utility first)
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Set output source priority POP00 (Utility first)
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POP01 (Solar first)
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POP01 (Solar first)
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POP02 (SBU)
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POP02 (SBU)
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@@ -77,4 +82,15 @@ Set other commands PEa / PDa (Enable/disable buzzer)
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PEj / PDj (Enable/disable power saving)
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PEj / PDj (Enable/disable power saving)
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PEu / PDu (Enable/disable overload restart);
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PEu / PDu (Enable/disable overload restart);
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PEx / PDx (Enable/disable backlight)
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PEx / PDx (Enable/disable backlight)
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```
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```
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### Bonus: Lovelace Dashboard Files
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_**Please refer to the screenshot above for an example of the dashboard.**_
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I've included some Lovelace dashboard files in the `homeassistant/` directory, however you will need to need to adapt to your own Home Assistant configuration and/or name of the inverter if you have changed it in the `mqtt.json` config file.
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Note that in addition to merging the sample Yaml files with your Home Assistant, you will need the following custom Lovelace cards installed if you wish to use my templates:
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- [vertical-stack-in-card](https://github.com/custom-cards/vertical-stack-in-card)
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- [circle-sensor-card](https://github.com/custom-cards/circle-sensor-card)
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@@ -0,0 +1,90 @@
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# You will need to merge with your own Home Assistant configuration.yml file...
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input_select:
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solar_output_source_priority:
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name: Solar Output Source Priority
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options:
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- POP00 (Utility first)
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- POP01 (Solar first)
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- POP02 (SBU)
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solar_charger_priority:
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name: Solar Charger Priority Order
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options:
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- PCP00 (Utility first)
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- PCP01 (Solar first)
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- PCP02 (Solar and utility)
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- PCP03 (Solar only)
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# Automations of Solar PV Inverter (such as when to charge batteries off grid / from PV etc)...
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# This will automatically fire off the event to the inverter when changed in the UI.
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automation:
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- id: 'set_solar_output_source'
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alias: Solar Trigger Output Source Change
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trigger:
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platform: state
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entity_id: input_select.solar_output_source_priority
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action:
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service: mqtt.publish
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data_template:
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topic: 'homeassistant/sensor/voltronic'
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payload: >
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{% if is_state("input_select.solar_output_source_priority", "POP00 (Utility first)") %}
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POP00
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{% elif is_state("input_select.solar_output_source_priority", "POP01 (Solar first)") %}
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POP01
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{% elif is_state("input_select.solar_output_source_priority", "POP02 (SBU)") %}
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POP02
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{% endif %}
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- id: 'set_solar_charge_priority'
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alias: Stolar Trigger Charge Priority Change
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trigger:
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platform: state
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entity_id: input_select.solar_charger_priority
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action:
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service: mqtt.publish
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data_template:
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topic: 'homeassistant/sensor/voltronic'
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payload: >
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{% if is_state("input_select.solar_charger_priority", "PCP00 (Utility first)") %}
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PCP00
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{% elif is_state("input_select.solar_charger_priority", "PCP01 (Solar first)") %}
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PCP01
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{% elif is_state("input_select.solar_charger_priority", "PCP02 (Solar and utility)") %}
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PCP02
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{% elif is_state("input_select.solar_charger_priority", "PCP03 (Solar only)") %}
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PCP03
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{% endif %}
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# Auto Switch to 'Solar based charging ONLY at sunrise' (will not charge batteries from the Grid to save power...)
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- id: 'switch_solar_only_charging_am'
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alias: Auto switch to "Solar Only" charging at Sunrise
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trigger:
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- event: sunrise
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platform: sun
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offset: "00:15:00"
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condition: []
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action:
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- service: input_select.select_option
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data:
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entity_id: input_select.solar_charger_priority
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option: "PCP01 (Solar first)"
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- service: input_select.select_option
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data:
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entity_id: input_select.solar_output_source_priority
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option: "POP01 (Solar first)"
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- id: 'switch_battery_late_evenings'
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# Running on UPS mode seems to fuck up the 8 port tplink switch (it drops out from time to time) so it's best that we change mode after 2AM when less people are using Plex etc...
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alias: Switch to battery preferred output late evenings
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trigger:
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- at: '02:00'
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platform: time
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condition: []
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action:
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- service: input_select.select_option
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data:
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entity_id: input_select.solar_output_source_priority
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option: "POP02 (SBU)"
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@@ -0,0 +1,152 @@
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resources:
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- type: js
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url: /local/vertical-stack-in-card.js?v=0.1.2
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- type: module
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url: /local/circle-sensor-card.js?v=0
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title: Solar Dashboard
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views:
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- badges: []
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cards:
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- cards:
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- type: conditional
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conditions:
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- entity: sensor.voltronic_inverter_mode
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state: '1'
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card:
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type: picture
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image: /local/inverter-modes/1.png
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- type: conditional
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conditions:
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- entity: sensor.voltronic_inverter_mode
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state: '2'
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card:
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type: picture
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image: /local/inverter-modes/2.png
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- type: conditional
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conditions:
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- entity: sensor.voltronic_inverter_mode
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state: '3'
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card:
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type: picture
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image: /local/inverter-modes/3.png
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- type: conditional
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conditions:
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- entity: sensor.voltronic_inverter_mode
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state: '4'
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card:
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type: picture
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image: /local/inverter-modes/4.png
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- type: conditional
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conditions:
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- entity: sensor.voltronic_inverter_mode
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state: '5'
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card:
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type: picture
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image: /local/inverter-modes/5.png
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- type: conditional
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conditions:
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- entity: sensor.voltronic_inverter_mode
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state: '6'
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card:
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type: picture
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image: /local/inverter-modes/6.png
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- content: |
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---
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type: markdown
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- type: entities
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entities:
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- entity: input_select.solar_output_source_priority
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icon: 'mdi:battery'
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- entity: input_select.solar_charger_priority
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icon: 'mdi:format-list-numbered'
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- entity: automation.auto_switch_to_solar_only_charging_at_sunrise
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- entity: automation.switch_to_battery_preferred_output_late_evenings
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show_header_toggle: false
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title: null
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type: 'custom:vertical-stack-in-card'
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- cards:
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- entities:
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- entity: sensor.voltronic_pv_in_voltage
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name: PV Voltage (V)
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icon: 'mdi:grid'
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type: sensor
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- entity: sensor.voltronic_pv_in_watts
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name: PV Watts (W)
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icon: 'mdi:battery-charging-70'
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type: sensor
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type: glance
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- entities:
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- entity: sensor.voltronic_load_watt
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name: Inverter Output Load
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type: history-graph
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- entities:
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- entity: sensor.voltronic_ac_grid_frequency
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icon: 'mdi:current-ac'
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name: Grid Frequency
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- entity: sensor.voltronic_ac_grid_voltage
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icon: 'mdi:power-plug'
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name: Grid Voltage
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- entity: sensor.voltronic_ac_out_frequency
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icon: 'mdi:current-ac'
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name: Output Freq
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- entity: sensor.voltronic_ac_out_voltage
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icon: 'mdi:power-plug'
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name: Output Voltage
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type: glance
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show_header_toggle: false
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title: System Overview
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type: 'custom:vertical-stack-in-card'
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- cards:
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- cards:
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- color_stops:
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'40': '#00dc10'
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'60': '#ff0000'
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'80': '#ffe400'
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entity: sensor.voltronic_load_pct
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font_style:
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font-size: 1.5em
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gradient: true
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name: System Load (%)
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stroke_width: 10
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type: 'custom:circle-sensor-card'
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- color_stops:
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'50': '#ff0000'
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'75': '#ffe400'
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'100': '#00dc10'
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entity: sensor.voltronic_battery_capacity
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font_style:
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font-size: 1.5em
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gradient: true
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name: Battery Capacity
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stroke_width: 10
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type: 'custom:circle-sensor-card'
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type: horizontal-stack
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- entities:
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- entity: sensor.voltronic_battery_charge_current
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name: Battery Charge Current (A)
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- entity: sensor.voltronic_battery_discharge_current
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name: Battery Discharge Current (A)
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type: history-graph
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- entities:
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- entity: sensor.voltronic_battery_float_voltage
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icon: 'mdi:battery-charging'
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name: Float Point
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- entity: sensor.voltronic_battery_recharge_voltage
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icon: 'mdi:battery-negative'
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name: Recharge Lvl
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- entity: sensor.voltronic_battery_redischarge_voltage
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icon: 'mdi:battery-plus'
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name: Discharge Lvl
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- entity: sensor.voltronic_battery_under_voltage
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icon: 'mdi:battery-charging-wireless-outline'
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name: Critical Cutoff
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type: glance
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- entity: sensor.voltronic_battery_voltage
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name: Battery Voltage (V)
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type: sensor
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show_header_toggle: false
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title: null
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type: 'custom:vertical-stack-in-card'
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icon: 'mdi:grid'
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title: Solar Configuration
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@@ -1,11 +1,12 @@
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#!/bin/bash
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#!/bin/bash
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export TERM=xterm
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export TERM=xterm
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# Init the mqtt server for the first time...
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# Init the mqtt server for the first time, then every 5 minutes
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bash /opt/voltronic-mqtt/mqtt-init.sh
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# This will re-create the auto-created topics in the MQTT server if HA is restarted...
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watch -n 300 /opt/voltronic-mqtt/mqtt-init.sh > /dev/null 2>&1 &
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# Run the MQTT Subscriber process in the background (so that way we can change the configuration on the inverter from home assistant)
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# Run the MQTT Subscriber process in the background (so that way we can change the configuration on the inverter from home assistant)
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/opt/voltronic-mqtt/mqtt-subscriber.sh &
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/opt/voltronic-mqtt/mqtt-subscriber.sh &
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# execute exactly ever minute...
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# execute exactly every 30 seconds...
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watch -n 30 /opt/voltronic-mqtt/mqtt-push.sh # > /dev/null 2>&1
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watch -n 30 /opt/voltronic-mqtt/mqtt-push.sh > /dev/null 2>&1
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@@ -16,7 +16,8 @@ registerTopic () {
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\"name\": \""$MQTT_DEVICENAME"_$1\",
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\"name\": \""$MQTT_DEVICENAME"_$1\",
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\"unit_of_measurement\": \"$2\",
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\"unit_of_measurement\": \"$2\",
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\"state_topic\": \"$MQTT_TOPIC/sensor/"$MQTT_DEVICENAME"_$1\",
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\"state_topic\": \"$MQTT_TOPIC/sensor/"$MQTT_DEVICENAME"_$1\",
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\"icon\": \"mdi:$3\"
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\"icon\": \"mdi:$3\",
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\"retain\": true
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}"
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}"
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}
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}
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@@ -27,42 +28,43 @@ registerInverterRawCMD () {
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-t "$MQTT_TOPIC/sensor/$MQTT_DEVICENAME/config" \
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-t "$MQTT_TOPIC/sensor/$MQTT_DEVICENAME/config" \
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-m "{
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-m "{
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\"name\": \""$MQTT_DEVICENAME"\",
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\"name\": \""$MQTT_DEVICENAME"\",
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\"state_topic\": \"$MQTT_TOPIC/sensor/$MQTT_DEVICENAME\"
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\"state_topic\": \"$MQTT_TOPIC/sensor/$MQTT_DEVICENAME\",
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\"retain\": true
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}"
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}"
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}
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}
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registerTopic "Inverter_mode" "" "mdi-solar-power" # 1 = Power_On, 2 = Standby, 3 = Line, 4 = Battery, 5 = Fault, 6 = Power_Saving, 7 = Unknown
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registerTopic "Inverter_mode" "" "solar-power" # 1 = Power_On, 2 = Standby, 3 = Line, 4 = Battery, 5 = Fault, 6 = Power_Saving, 7 = Unknown
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registerTopic "AC_grid_voltage" "V" "mdi-power-plug"
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registerTopic "AC_grid_voltage" "V" "power-plug"
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registerTopic "AC_grid_frequency" "Hz" "mdi-current-ac"
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registerTopic "AC_grid_frequency" "Hz" "current-ac"
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registerTopic "AC_out_voltage" "V" "mdi-power-plug"
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registerTopic "AC_out_voltage" "V" "power-plug"
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registerTopic "AC_out_frequency" "Hz" "mdi-current-ac"
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registerTopic "AC_out_frequency" "Hz" "current-ac"
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registerTopic "PV_in_voltage" "V" "mdi-solar-panel-large"
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registerTopic "PV_in_voltage" "V" "solar-panel-large"
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registerTopic "PV_in_current" "A" "mdi-solar-panel-large"
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registerTopic "PV_in_current" "A" "solar-panel-large"
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||||||
registerTopic "PV_in_watts" "W" "mdi-solar-panel-large"
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registerTopic "PV_in_watts" "W" "solar-panel-large"
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||||||
registerTopic "PV_in_watthour" "Wh" "mdi-solar-panel-large"
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registerTopic "PV_in_watthour" "Wh" "solar-panel-large"
|
||||||
registerTopic "SCC_voltage" "V" "mdi-current-dc"
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registerTopic "SCC_voltage" "V" "current-dc"
|
||||||
registerTopic "Load_pct" "%" "mdi-brightness-percent"
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registerTopic "Load_pct" "%" "brightness-percent"
|
||||||
registerTopic "Load_watt" "W" "mdi-chart-bell-curve"
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registerTopic "Load_watt" "W" "chart-bell-curve"
|
||||||
registerTopic "Load_watthour" "Wh" "mdi-chart-bell-curve"
|
registerTopic "Load_watthour" "Wh" "chart-bell-curve"
|
||||||
registerTopic "Load_va" "VA" "mdi-chart-bell-curve"
|
registerTopic "Load_va" "VA" "chart-bell-curve"
|
||||||
registerTopic "Bus_voltage" "V" "mdi-details"
|
registerTopic "Bus_voltage" "V" "details"
|
||||||
registerTopic "Heatsink_temperature" "" "mdi-details"
|
registerTopic "Heatsink_temperature" "" "details"
|
||||||
registerTopic "Battery_capacity" "%" "mdi-battery-outline"
|
registerTopic "Battery_capacity" "%" "battery-outline"
|
||||||
registerTopic "Battery_voltage" "V" "mdi-battery-outline"
|
registerTopic "Battery_voltage" "V" "battery-outline"
|
||||||
registerTopic "Battery_charge_current" "A" "mdi-current-dc"
|
registerTopic "Battery_charge_current" "A" "current-dc"
|
||||||
registerTopic "Battery_discharge_current" "A" "mdi-current-dc"
|
registerTopic "Battery_discharge_current" "A" "current-dc"
|
||||||
registerTopic "Load_status_on" "" "mdi-power"
|
registerTopic "Load_status_on" "" "power"
|
||||||
registerTopic "SCC_charge_on" "" "mdi-power"
|
registerTopic "SCC_charge_on" "" "power"
|
||||||
registerTopic "AC_charge_on" "" "mdi-power"
|
registerTopic "AC_charge_on" "" "power"
|
||||||
registerTopic "Battery_recharge_voltage" "V" "mdi-current-dc"
|
registerTopic "Battery_recharge_voltage" "V" "current-dc"
|
||||||
registerTopic "Battery_under_voltage" "V" "mdi-current-dc"
|
registerTopic "Battery_under_voltage" "V" "current-dc"
|
||||||
registerTopic "Battery_bulk_voltage" "V" "mdi-current-dc"
|
registerTopic "Battery_bulk_voltage" "V" "current-dc"
|
||||||
registerTopic "Battery_float_voltage" "V" "mdi-current-dc"
|
registerTopic "Battery_float_voltage" "V" "current-dc"
|
||||||
registerTopic "Max_grid_charge_current" "A" "mdi-current-ac"
|
registerTopic "Max_grid_charge_current" "A" "current-ac"
|
||||||
registerTopic "Max_charge_current" "A" "mdi-current-ac"
|
registerTopic "Max_charge_current" "A" "current-ac"
|
||||||
registerTopic "Out_source_priority" "" "mdi-grid"
|
registerTopic "Out_source_priority" "" "grid"
|
||||||
registerTopic "Charger_source_priority" "" "mdi-solar-power"
|
registerTopic "Charger_source_priority" "" "solar-power"
|
||||||
registerTopic "Battery_redischarge_voltage" "V" "mdi-battery-negative"
|
registerTopic "Battery_redischarge_voltage" "V" "battery-negative"
|
||||||
|
|
||||||
# Add in a separate topic so we can send raw commands from assistant back to the inverter via MQTT (such as changing power modes etc)...
|
# Add in a separate topic so we can send raw commands from assistant back to the inverter via MQTT (such as changing power modes etc)...
|
||||||
registerInverterRawCMD
|
registerInverterRawCMD
|
||||||
|
|||||||
@@ -19,6 +19,9 @@ INVERTER_DATA=`timeout 10 /opt/voltronic-cli/bin/skymax`
|
|||||||
#####################################################################################
|
#####################################################################################
|
||||||
|
|
||||||
Inverter_mode=`echo $INVERTER_DATA | jq '.Inverter_mode' -r`
|
Inverter_mode=`echo $INVERTER_DATA | jq '.Inverter_mode' -r`
|
||||||
|
|
||||||
|
# 1 = Power_On, 2 = Standby, 3 = Line, 4 = Battery, 5 = Fault, 6 = Power_Saving, 7 = Unknown
|
||||||
|
|
||||||
[ ! -z "$Inverter_mode" ] && pushMQTTData "Inverter_mode" "$Inverter_mode"
|
[ ! -z "$Inverter_mode" ] && pushMQTTData "Inverter_mode" "$Inverter_mode"
|
||||||
|
|
||||||
AC_grid_voltage=`echo $INVERTER_DATA | jq '.AC_grid_voltage' -r`
|
AC_grid_voltage=`echo $INVERTER_DATA | jq '.AC_grid_voltage' -r`
|
||||||
|
|||||||
Reference in New Issue
Block a user