Add configuration

solarflow-control/config.yaml

@@ -15,3 +15,59 @@ arch:
 map:
   - addon_config:rw
   - share:rw
+options:
+  dtu_type: "OpenDTU"
+  smartmeter_type: "Smartmeter"
+  full_charge_interval: 32
+  control_bypass: true
+  mqtt_host: ""
+  mqtt_user: ""
+  mqtt_password: ""
+  dtu_base_topic: "solar"
+  inverter_max_power: 2000
+  ahoydtu_inverter_id: "0"
+  sm_rapid_change_diff: 500
+  sm_zero_offset: 20
+  sm_shelly3em_base_topic: "shellies/shellyem3/"
+  min_charge_power: 125
+  max_discharge_power: 150
+  limit_inverter: true
+  max_inverter_limit: 800
+  min_inverter_limit: 10
+  discharge_during_daytime: false
+  sunrise_offset: 60
+  sunset_offset: 60
+schema:
+  dtu_type: list(OpenDTU|AhoyDTU)
+  smartmeter_type: list(Smartmeter|PowerOpti|ShellyEM3)
+  product_id: str
+  device_id: str
+  full_charge_interval: int
+  control_bypass: bool
+  mqtt_host: str
+  mqtt_port: port?
+  mqtt_user: str?
+  mqtt_password: password?
+  dtu_base_topic: str
+  sf_inverter_channels: str
+  inverter_max_power: int?
+  opendtu_inverter_serial: str?
+  ahoydtu_inverter_id: int?
+  sm_rapid_change_diff: int?
+  sm_zero_offset: int?
+  sm_generic_base_topic: str?
+  sm_generic_cur_accessor: str?
+  sm_generic_total_accessor: str?
+  sm_poweropti_user: str?
+  sm_poweropti_password: password?
+  sm_shelly3em_base_topic: str?
+  min_charge_power: int?
+  max_discharge_power: int?
+  limit_inverter: bool?
+  max_inverter_limit: int?
+  min_inverter_limit: int?
+  discharge_during_daytime: bool?
+  latitude: float?
+  longitude: float?
+  sunrise_offset: int?
+  sunset_offset: int?

solarflow-control/rootfs/etc/s6-overlay/s6-rc.d/init-solarflow-control/run

@@ -0,0 +1,147 @@
+#!/command/with-contenv bashio
+# ==============================================================================
+# Home Assistant Community Add-on: Solarflow Control
+# Configures the config.ini for Solarflow Control
+# ==============================================================================
+
+declare dtu_type
+declare smartmeter_type
+
+declare product_id
+declare device_id
+declare full_charge_interval
+declare control_bypass
+
+declare mqtt_host
+declare mqtt_port
+declare mqtt_user
+declare mqtt_password
+
+declare dtu_base_topic
+declare sf_inverter_channels
+declare inverter_max_power
+
+declare opendtu_inverter_serial
+declare ahoydtu_inverter_id
+
+declare sm_rapid_change_diff
+declare sm_zero_offset
+declare sm_generic_base_topic
+declare sm_generic_cur_accessor
+declare sm_generic_total_accessor
+
+declare sm_poweropti_user
+declare sm_poweropti_password
+
+declare sm_shelly3em_base_topic
+
+declare min_charge_power
+declare max_discharge_power
+declare limit_inverter
+declare max_inverter_limit
+declare min_inverter_limit
+declare discharge_during_daytime
+declare latitude
+declare longitude
+declare sunrise_offset
+declare sunset_offset
+
+bashio::log.info 'Updating Solarflow Control configuration...'
+
+dtu_type=$(bashio::config 'dtu_type')
+sed -i "s|<dtu_type>|$dtu_type|g" /solarflow/config.ini
+
+smartmeter_type=$(bashio::config 'smartmeter_type')
+sed -i "s|<smartmeter_type>|$smartmeter_type|g" /solarflow/config.ini
+
+device_id=$(bashio::config 'product_id')
+sed -i "s|<product_id>|$device_id|g" /solarflow/config.ini
+
+device_id=$(bashio::config 'device_id')
+sed -i "s|<device_id>|$device_id|g" /solarflow/config.ini
+
+full_charge_interval=$(bashio::config 'full_charge_interval')
+sed -i "s|<full_charge_interval>|$full_charge_interval|g" /solarflow/config.ini
+
+control_bypass=$(bashio::config 'control_bypass')
+sed -i "s|<control_bypass>|$control_bypass|g" /solarflow/config.ini
+
+mqtt_host=$(bashio::config 'mqtt_host')
+sed -i "s|<mqtt_host>|$mqtt_host|g" /solarflow/config.ini
+
+mqtt_port=$(bashio::config 'mqtt_port' '1883')
+sed -i "s|<mqtt_port>|$mqtt_port|g" /solarflow/config.ini
+
+mqtt_user=$(bashio::config 'mqtt_user')
+sed -i "s|<mqtt_user>|$mqtt_user|g" /solarflow/config.ini
+mqtt_password=$(bashio::config 'mqtt_password')
+sed -i "s|<mqtt_password>|$mqtt_password|g" /solarflow/config.ini
+
+dtu_base_topic=$(bashio::config 'dtu_base_topic')
+sed -i "s|<dtu_base_topic>|$dtu_base_topic|g" /solarflow/config.ini
+
+sf_inverter_channels=$(bashio::config 'sf_inverter_channels')
+sed -i "s|<sf_inverter_channels>|$sf_inverter_channels|g" /solarflow/config.ini
+
+inverter_max_power=$(bashio::config 'inverter_max_power')
+sed -i "s|<inverter_max_power>|$inverter_max_power|g" /solarflow/config.ini
+
+opendtu_inverter_serial=$(bashio::config 'opendtu_inverter_serial')
+sed -i "s|<opendtu_inverter_serial>|$opendtu_inverter_serial|g" /solarflow/config.ini
+
+ahoydtu_inverter_id=$(bashio::config 'ahoydtu_inverter_id')
+sed -i "s|<ahoydtu_inverter_id>|$ahoydtu_inverter_id|g" /solarflow/config.ini
+
+sm_rapid_change_diff=$(bashio::config 'sm_rapid_change_diff')
+sed -i "s|<sm_rapid_change_diff>|$sm_rapid_change_diff|g" /solarflow/config.ini
+
+sm_zero_offset=$(bashio::config 'sm_zero_offset')
+sed -i "s|<sm_zero_offset>|$sm_zero_offset|g" /solarflow/config.ini
+
+sm_generic_base_topic=$(bashio::config 'sm_generic_base_topic')
+sed -i "s|<sm_generic_base_topic>|$sm_generic_base_topic|g" /solarflow/config.ini
+
+sm_generic_cur_accessor=$(bashio::config 'sm_generic_cur_accessor' ' ')
+sed -i "s|<sm_generic_cur_accessor>|$sm_generic_cur_accessor|g" /solarflow/config.ini
+
+sm_generic_total_accessor=$(bashio::config 'sm_generic_total_accessor' ' ')
+sed -i "s|<sm_generic_total_accessor>|$sm_generic_total_accessor|g" /solarflow/config.ini
+
+sm_poweropti_user=$(bashio::config 'sm_poweropti_user' ' ')
+sed -i "s|<sm_poweropti_user>|$sm_poweropti_user|g" /solarflow/config.ini
+
+sm_poweropti_password=$(bashio::config 'sm_poweropti_password' ' ')
+sed -i "s|<sm_poweropti_password>|$sm_poweropti_password|g" /solarflow/config.ini
+
+sm_shelly3em_base_topic=$(bashio::config 'sm_shelly3em_base_topic')
+sed -i "s|<sm_shelly3em_base_topic>|$sm_shelly3em_base_topic|g" /solarflow/config.ini
+
+min_charge_power=$(bashio::config 'min_charge_power')
+sed -i "s|<min_charge_power>|$min_charge_power|g" /solarflow/config.ini
+
+max_discharge_power=$(bashio::config 'max_discharge_power')
+sed -i "s|<max_discharge_power>|$max_discharge_power|g" /solarflow/config.ini
+
+limit_inverter=$(bashio::config 'limit_inverter')
+sed -i "s|<limit_inverter>|$limit_inverter|g" /solarflow/config.ini
+
+max_inverter_limit=$(bashio::config 'max_inverter_limit')
+sed -i "s|<max_inverter_limit>|$max_inverter_limit|g" /solarflow/config.ini
+
+min_inverter_limit=$(bashio::config 'min_inverter_limit')
+sed -i "s|<min_inverter_limit>|$min_inverter_limit|g" /solarflow/config.ini
+
+discharge_during_daytime=$(bashio::config 'discharge_during_daytime')
+sed -i "s|<discharge_during_daytime>|$discharge_during_daytime|g" /solarflow/config.ini
+
+latitude=$(bashio::config 'latitude' ' ')
+sed -i "s|<latitude>|$latitude|g" /solarflow/config.ini
+
+longitude=$(bashio::config 'longitude' ' ')
+sed -i "s|<longitude>|$longitude|g" /solarflow/config.ini
+
+sunrise_offset=$(bashio::config 'sunrise_offset')
+sed -i "s|<sunrise_offset>|$sunrise_offset|g" /solarflow/config.ini
+
+sunset_offset=$(bashio::config 'sunset_offset')
+sed -i "s|<sunset_offset>|$sunset_offset|g" /solarflow/config.ini

solarflow-control/rootfs/etc/s6-overlay/s6-rc.d/init-solarflow-control/type

@@ -0,0 +1 @@
+oneshot

solarflow-control/rootfs/etc/s6-overlay/s6-rc.d/init-solarflow-control/up

@@ -0,0 +1 @@
+/etc/s6-overlay/s6-rc.d/init-solarflow-control/run

solarflow-control/rootfs/solarflow/config.ini

@@ -0,0 +1,91 @@
+[global]
+# DTY Type: either OpenDTU or AhoyDTU
+dtu_type = <dtu_type>
+# Smartmeter Type: either Smartmeter (generic, Tasmota, Hichi, ...), PowerOpti, ShellyEM3
+smartmeter_type = <smartmeter_type>
+
+[solarflow]
+# The product ID specifies the model of Solarflow hub to use: Hub-1200: "73bkTV" Hub-2000: "A8yh63"
+# defaults to 73bkTV
+product_id = <product_id>
+# The device ID of your Solarflow Hub (typically 8 characters), you can get these either with solarflow-bt-manager or the solarflow-statuspage
+device_id = <device_id>
+
+# The time interval in hours that solarflow-control will try to ensure a full battery
+# (i.e. no discharging if battry hasn't been at 100% for this long)
+full_charge_interval = <full_charge_interval>
+
+# Let solarflow-control take over enabling/disabling the bypass of the hub (direct solarinput to hub output when battery is full)
+# this overrides the automatic switching by the hub's firmware, which is sometimes a bit wierd
+control_bypass = <control_bypass>
+
+[mqtt]
+# Your local MQTT host configuration
+mqtt_host = <mqtt_host>
+mqtt_port = <mqtt_port>
+mqtt_user = <mqtt_user>
+mqtt_pwd = <mqtt_password>
+
+[opendtu]
+# The MQTT base topic your OpenDTU reports to (as configured in OpenDTU UI)
+base_topic = <dtu_base_topic>
+# your Inverters serial number
+inverter_serial = <opendtu_inverter_serial>
+
+# List of indices of the inverter channels/ports (as reported in the DTU) that the Solarflow Hub is connected to
+# typically the index starts at 1 as 0 is the output channel of the inverter
+# e.g. 1,3 or 3 or [1,3]
+sf_inverter_channels = <sf_inverter_channels>
+
+[ahoydtu]
+# The MQTT base topic your AhoyDTU reports to (as configured in AhoyDTU UI)
+base_topic = <dtu_base_topic>
+# The inverter ID in AhoyDTU: typically 1 for the first inverter
+inverter_id = <ahoydtu_inverter_id>
+# List of indices of the inverter channels/ports (as reported in the DTU) that the Solarflow Hub is connected to
+# typically the index starts at 1 as 0 is the output channel of the inverter
+# e.g. 1,3 or 3 or [1,3]
+sf_inverter_channels = <sf_inverter_channels>
+
+# the max output power of your inverter, used to calculate correct absolute values
+inverter_max_power = <inverter_max_power>
+
+# The name of the inverter in AhoyDTU
+#inverter_name = AhoyDTU
+
+[smartmeter]
+# rapid change difference defines the difference in W that has to be detected on the smartmeter readings to consider it a fast drop or rise in demand.
+# this helps a faster adjustment in switching various limits e.g. when a water boiler is turned on/off
+rapid_change_diff = <sm_rapid_change_diff>
+zero_offset = <sm_zero_offset>
+
+# The MQTT base topic your Hichi, Tasmota, generic smartmeter reader reports to
+base_topic = <sm_generic_base_topic>
+# if the published value at the base_topic is a JSON type then these accessors are used to get the power values
+# e.g. if Smartmeter reader posts { "Power": {"Power_curr": 120, "Total_in": 12345.6} }
+cur_accessor = <sm_generic_cur_accessor>
+total_accessor = <sm_generic_total_accessor>
+
+[poweropti]
+# Username and password for you Powerfox API to get readings (internet connection required)
+poweropti_user = <sm_poweropti_user>
+poweropti_password = <sm_poweropti_password>
+
+[shellyem3]
+# The MQTT base topic your Shelly 3EM (Pro) is posting it's telemetry data to
+# Note: you have to configure your Shelly to use MQTT
+base_topic = <sm_shelly3em_base_topic>
+
+[control]
+min_charge_power = <min_charge_power>
+max_discharge_power = <max_discharge_power>
+discharge_during_daytime = <discharge_during_daytime>
+max_inverter_limit = <max_inverter_limit>
+limit_inverter = <limit_inverter>
+inverter_min_limit = <min_inverter_limit>
+# Geolocation LAT/LNG
+latitude = <latitude>
+longitude = <longitude>
+# Offset in minutes after sunrise/before sunset. Can be used to set the duration of what is considered "night"
+sunrise_offset = <sunrise_offset>
+sunset_offset = <sunset_offset>