Configuration

The card can be configured through the following attributes:

Editor name (en)	Attribute	Default	Description
	type:	Required `custom:mlk-power-flow-card`	The custom card
Title Options	title:	See Title attributes below	List of title attributes.
General Options	general:	See General attributes below	List of general attributes.
Inverter Options	inverter:	See Inverter attributes below	List of inverter attributes.
Solar Options	solar:	See Solar attributes below	List of solar attributes. Required if `show_solar: true`
Battery Options	battery:	See Battery attributes below	List of battery attributes. Required if `show_battery: true`
Battery Bank Options	(part of battery:)	See Battery Banks attributes below	List of battery bank attributes.
Load Options	load:	See Load attributes below	List of load attributes.
Additional Load Options	(part of load:)	See Additional Load attributes below	List of auxiliary load attributes.
Aux Load Options	(part of load:)	See Aux Load attributes below	List of auxiliary load attributes.
Grid Options	grid:	See Grid attributes below	List of grid attributes. Required if `show_grid: true`
Grid Load Options	(part of grid:)	See Grid Load attributes below	List of grid loads attributes.

Title

Editor name (en)	Attribute	Default	Description
Title	title:		Set the card title i.e. Inverter One
Title Colour	title_colour:		Sets the colour of the card title. (`red`, `green`, `blue` etc)
Title Size (px)	title_size:	`32px`	Set the font size for the card title i.e. `16px`, `24px`

General

Editor name (en)	Attribute	Default	Description
Large Font	large_font:	`false`	Increases font size of sensor data
Wide View	wide_view_mode:	`false`	Toggles panel mode setting card width to `720px`. For use with Panel(1 card) view types or grid layouts
Card Height (px or %)	card_height:	`100%`	Sets the card height in pixels or percentage. Specify the value i.e. `400px` or provide a sensor i.e. `input.number_height`
Card Width (px or %)	card_width:	`100%`	Sets the card width in pixels or percentage. Specify the value i.e. `400px`, `80%` or provide a sensor i.e. `input.number_width`. For adjustments when using the Panel(1 card) view types or grid layouts
Show Solar	show_solar:	`true`	Toggle display of solar information
Show Battery	show_battery:	`true`	Toggle display of battery information
Show Grid	show_grid:	`true`	Toggle display of grid information
Align grid to left	align_grid:	`false`	Aligns grid group to left side of viewbox. Use with Viewbox:min-x
Align load to right	align_load:	`false`	Aligns load and AUX group to right side of viewbox. Use with `wide_view_mod` and Viewbox:width
Dynamic Line Width	dynamic_line_width:	`false`	Adjusts the width of the lines and animated dot based on the ratio of current power to `max_power` (defined in each section below). Requires `max_power` to be explicitly defined
Max Line Width	max_line_width:	`4`	Sets the maximum line width when `dynamic_line_width: true`. If you prefer thick lines set a larger value. Reduce this value for a more subtle scaling affect. Values greater the `8` are ignored
Min Line Width	min_line_width:	`1`	Sets the minimum or default line width on the card. Values greater the `8` are ignored
Decimal Places	decimal_places:	`2`	Sets the number of decimal places to display when using the `auto_scale` option.
Decimal Places (Daily Energy)	decimal_places_energy:	`1`	Sets the number of decimal places to display for the daily energy values.
Adv. ViewBox Options	Sub-menu		Shows sub-menu with Advanced ViewBox options details. Use with cautious! Check link for more information.
Low resources Options	Sub-menu		shows sub-menu with Low resource devices options details. Use with cautious!

General: ViewBox

Editor name (en)	Attribute	Default	Description
min-x	viewbox_min_x	`0`	ViewBox min-x.
min-y	viewbox_min_y		ViewBox min-y (if not given, value depends on show_solar, show_battery, additional_loads & aux_loads values)
width	viewbox_width		ViewBox width (if not given, value depends on number of aux and essential loads)
height	viewbox_height		ViewBox height (if not given, value depends on show_solar, show_battery, additional_loads & aux_loads values)

General: Low Resources

Editor name (en)	Attribute	Default	Description
Refresh Interval	refresh_interval	`500`	Sets data and view refresh interval. Doesn’t affect animations smoothness. See table below for meaning
Animations	animations		If sets to `true` shows all animations like flow animation

Refresh Interval	Refresh Rate
1	1000Hz - fastest refresh, high CPU load
10	100Hz - old default
15	60Hz - screen refresh rate
100	10Hz
500	2Hz
1000	1Hz - Once per second, still should be visible as smooth, recommended for most usage
10000	0,1Hz once per 10 sec, user might see latency in data refresh, very low CPU Load

Note: values of refresh rates aren’t 100% accurate and depends on browser/app and device load. Value means highest Refresh Rate possible and might be lower when device is in high CPU load.

Inverter

Editor name (en)	Attribute	Default	Description
Three Phase	three_phase:	`false`	If set to `true` additional 3 phase sensors will be displayed. Requires entity attributes to be defined i.e. `inverter_current_L2`, `inverter_current_L3`, `inverter_voltage_L2`, `inverter_voltage_L3` , `grid_ct_power_L2`, `grid_ct_power_L3`, `load_power_L1`, `load_power_L2`, `load_power_L3`
Auto Scale	auto_scale:	`true`	If set to `true` the card will use the entities `unit_of_measurement` attribute to perform the correct scaling (i,e, power values greater than 999W will be displayed as kW e.g. 1.23kW) and display the correct unit. The number of decimal places can be changed using the `decimal_places` card attribute apart from the daily energy values which are set using the `decimal_places_energy` attribute
Model	model:	`sunsynk`	Selects which inverter image and status codes to use. Options are `lux`, `solis`, `goodwe`, `goodwe_gridmode`, `foxess`, `solax`, `sunsynk`, `victron`, `fronius`, `solaredge`, `growatt`, `sofar`, `ces-battery-box`, `deye`, `azzurro`, `powmr`, `mppsolar`, `smasolar`, `huawei`, , `Easun SMW8kW SA`.
Modern	modern:	`true`	Display the inverter using the modern image. Set to `false` to display an image of the inverter based on the `model` attribute below.
Autarky	autarky:	`power`	Display autarky and ratio as a percentage using either realtime power or daily energy values. Set to `no` to hide (`energy/power/Auto$Self/no`). Check Autarky for details
Colour	colour:	`grey`	Sets the colour of the inverter and data. Hex codes (`'#66ff00'` etc) or names (`red`, `green`, `blue` etc)
Navigation Path	navigate:		Sets the navigation path when clicking on the inverter image. Can be used to link to other dashboards and views e.g. `/lovelace/1`
Invert Flow	invert_flow:	`false`	Inverts the animated flow.
AC Icon	ac_icon:	`AC`	Set the AC temperature icon. If not present “AC” will be displayed
DC Icon	dc_icon:	`DC`	Set the DC temperature icon. If not present “DC” will be displayed
Inverter Entities	Sub-menu	Shows sub-menu with Inverter Entities
Programs Entities:	Sub-menu	Shows sub-menu with Programs Entities

Inverter Entities

Attribute	Default	Description
inverter_status_59:	`sensor.sunsynk_overall_state`	Expects a sensor that contains inverter status represented as a string or number. See Inverter status
inverter_voltage_154:	`sensor.sunsynk_inverter_voltage`	Inverter L1 voltage (V)
inverter_voltage_L2:		Inverter L2 voltage (V)
inverter_voltage_L3:		Inverter L3 voltage (V)
load_frequency_192:	`sensor.sunsynk_load_frequency`	Load frequency (Hz)
inverter_current_164:	`sensor.sunsynk_inverter_current`	Inverter L1 current (A)
inverter_current_L2:		Inverter L2 current (A)
inverter_current_L3:		Inverter L3 current (A)
inverter_power_175:	`sensor.sunsynk_inverter_power`	Inverter power (W).
grid_power_169:		Inverters grid power
dc_transformer_temp_90:	`sensor.sunsynk_dc_transformer_temperature`	Inverter DC temperature (℃)
radiator_temp_91:	`sensor.sunsynk_radiator_temperature`	Inverter AC temperature (℃)
inverter_load_percentage:		Inverter Load in Percents (0-100 range). If enabled visualize load on Inverter image
use_timer_248:	`switch.sunsynk_toggle_system_timer`	Displays “Use timer” status as an icon next to the inverter. Set to `no` to hide
priority_load_243:	`switch.sunsynk_toggle_priority_load`	Shows if energy pattern is set to priority load or priority battery as an icon next to the inverter. Set to `no` to hide

Programs Entities

Attribute	Default	Description
prog1_time:	`sensor.sunsynk_time_slot_1`	Program 1 start time (`HH:MM`)
prog1_capacity:	`number.sunsynk_system_mode_soc_time1`	Program 1 capacity (SOC) setting
prog1_charge:	`switch.sunsynk_system_mode_grid_charge_time1`	Program 1 charge options (`on/off`, `1/0`, `No Grid or Gen`)
prog2_time:	`sensor.sunsynk_time_slot_2`	Program 2 start time (`HH:MM`)
prog2_capacity:	`number.sunsynk_system_mode_soc_time2`	Program 2 capacity (SOC) setting
prog2_charge:	`switch.sunsynk_system_mode_grid_charge_time2`	Program 2 charge options (`on/off`, `1/0`, `No Grid or Gen`)
prog3_time:	`sensor.sunsynk_time_slot_3`	Program 3 start time (`HH:MM`)
prog3_capacity:	`number.sunsynk_system_mode_soc_time3`	Program 3 capacity (SOC) setting
prog3_charge:	`switch.sunsynk_system_mode_grid_charge_time3`	Program 3 charge options (`on/off`, `1/0`, `No Grid or Gen`)
prog4_time:	`sensor.sunsynk_time_slot_4`	Program 4 start time (`HH:MM`)
prog4_capacity:	`number.sunsynk_system_mode_soc_time4`	Program 4 capacity (SOC) setting
prog4_charge:	`switch.sunsynk_system_mode_grid_charge_time4`	Program 4 charge options (`on/off`, `1/0`, `No Grid or Gen`)
prog5_time:	`sensor.sunsynk_time_slot_5`	Program 5 start time (`HH:MM`)
prog5_capacity:	`number.sunsynk_system_mode_soc_time5`	Program 5 capacity (SOC) setting
prog5_charge:	`switch.sunsynk_system_mode_grid_charge_time5`	Program 5 charge options (`on/off`, `1/0`, `No Grid or Gen`)
prog6_time:	`sensor.sunsynk_time_slot_6`	Program 6 start time (`HH:MM`)
prog6_capacity:	`number.sunsynk_system_mode_soc_time6`	Program 6 capacity (SOC) setting
prog6_charge:	`switch.sunsynk_system_mode_grid_charge_time6`	Program 6 charge options (`on/off`, `1/0`, `No Grid or Gen`)

Solar

These attributes are only needed if show_solar is set to true

Editor name (en)	Attribute	Default	Description
MPPTs	mppts:	`2`	Specify the number of MPPT’s in use `1`, `2`, `3`, `4` or `5`
Auto Scale	auto_scale:	`true`	If set to `true` the card will use the entities `unit_of_measurement` attribute to perform the correct scaling (i,e, power values greater than 999W will be displayed as kW e.g. 1.23kW) and display the correct unit. The number of decimal places can be changed using the `decimal_places` card attribute apart from the daily energy values which are set using the `decimal_places_energy` attribute
Colour	colour:	`orange`	Sets the colour of all the solar card objects. Hex codes (`'#66ff00'` etc) or names (`red`, `green`, `blue` etc)
Navigation Path	navigate:		Sets the navigation path when clicking on the solar icon. Can be used to link to other dashboards and views e.g. `/lovelace/1`
Invert Flow	invert_flow:	`false`	Inverts the animated flow.
Dynamic Colour	dynamic_colour:	`true`	The solar elements on the card will be greyed out if total solar power < 10W.
Anim. Speed	animation_speed:	`9`	Set slowest animation speed in seconds, depending on Power produced
Off Threshold	off_threshold:	`10`	When total PV power falls belows this threshold colour will change to grey. Requires `dynamic_colour` to be enabled
Visualize Efficiency	visualize_efficiency:	`true`	`false` - Disabled, `true` - Graphic display of Efficiency
Show Efficiency in %	show_mppt_efficiency:	`false`	Show % of each MPPT efficiency
Show Efficiency in kWh/kWp	show_mppt_efficiency_kwhp:	`false`	Show kWh/kWp of each MPPT efficiency.
Show Production	show_mppt_production:	`true`	Show each MPPT energy production
Hide Header units	hide_header_units:	`false`	Hides UoM (Units of Measurement) from Header values
Fixed Header Item Width	fixed_header_item_width:		If set overrides calculated header item width
Header Names	Sub-menu		Shows sub-menu with solar header names.
Header Entities	Sub-menu		Shows sub-menu with solar header entities.
PV Max Power	Sub-menu		Shows sub-menu with Max Power values required to calculate and visualize efficiency
PV Names	Sub-menu		Shows sub-menu with MPPTs Options to set
PV1 Entities	Sub-menu		Shows sub-menu with PV1 Entities
PV2 Entities	Sub-menu		Shows sub-menu with PV2 Entities
PV3 Entities	Sub-menu		Shows sub-menu with PV3 Entities
PV4 Entities	Sub-menu		Shows sub-menu with PV4 Entities
PV5 Entities	Sub-menu		Shows sub-menu with PV5 Entities
Optional Entities	Sub-menu		Shows sub-menu with Other Solar Entities

Solar: header names

Editor name (en)	Attribute	Default	Description
Daily Solar Production Name	daily_solar_name:	`DAILY SOLAR`	Set the name for daily_solar entity
Monthly Solar Production Name	monthly_solar_name:	`MONTHLY SOLAR`	Set the name for monthly_solar entity
Yearly Solar Production Name	yearly_solar_name:	`YEARLY SOLAR`	Set the name for yearly_solar entity
Total Solar Generation Name	total_solar_generation_name:	`TOTAL SOLAR`	Set the name for total_solar_generation entity
Today’S Left Solar Production Name	remaining_solar_name:	`LEFT SOLAR`	Set the name for remaining_solar entity
Tomorrow Solar Production Name	tomorrow_solar_name:	`TOMORROW`	Set the name for tomorrow_solar entity

Solar: header entities

Attribute	Default	Description
pv_total:		Provide a sensor for total pv power. If omitted the card uses internal logic to calculate this based on the pv1-5 power (W)
day_pv_energy_108:	`sensor.sunsynk_day_pv_energy`	Daily solar generation (kWh)
monthly_pv_generation:		Monthly solar generation (kWh)
yearly_pv_generation:		Yearly solar generation (kWh)
total_pv_generation:		Total Solar generation
remaining_solar:		The remaining solar forecast for the day (kWh).
tomorrow_solar:		Solar forecast for tomorrow (kWh).

Solar: PV Max Power

Editor name (en)	Attribute	Default	Description
Max Power	max_power:	`8000`	Maximum power draw to calculate animation speed. This value is also used to calculate the solar efficiency for the total PV power and should equal the total size of your PV array. Numeric value or sensor.
PV1 Max Power	pv1_max_power:		Maximum power of MPPT1 based on the number and size of panels. Used to calculate solar efficiency of the string (W). Numeric value or sensor.
PV2 Max Power	pv2_max_power:		Maximum power of MPPT2 based on the number and size of panels. Used to calculate solar efficiency of the string (W). Numeric value or sensor.
PV3 Max Power	pv3_max_power:		Maximum power of MPPT3 based on the number and size of panels. Used to calculate solar efficiency of the string (W). Numeric value or sensor.
PV4 Max Power	pv4_max_power:		Maximum power of MPPT4 based on the number and size of panels. Used to calculate solar efficiency of the string (W). Numeric value or sensor
PV5 Max Power	pv5_max_power:		Maximum power of MPPT5 based on the number and size of panels. Used to calculate solar efficiency of the string (W). Numeric value or sensor

Solar: PV Names

Editor name (en)	Attribute	Default	Description
PV1 Name	pv1_name:	`PV1`	Set the display name for MPPT1
PV2 Name	pv2_name:	`PV2`	Set the display name for MPPT2
PV3 Name	pv3_name:	`PV3`	Set the display name for MPPT3
PV4 Name	pv4_name:	`PV4`	Set the display name for MPPT4
PV5 Name	pv5_name:	`PV5`	Set the display name for MPPT5

Solar: PV1 Entities

Attribute	Default	Description
pv1_power_186:	`sensor.sunsynk_pv1_power`	PV string 1 power (W)
pv1_production:		PV string 1 daily energy (kWh)
pv1_voltage_109:	`sensor.sunsynk_pv1_voltage`	PV string 1 voltage (V)
pv1_current_110:	`sensor.sunsynk_pv1_current`	PV string 1 current (A)

Solar: PV2 Entities

Attribute	Default	Description
pv2_power_187:	`sensor.sunsynk_pv2_power`	PV string 2 power (W)
pv2_production:		PV string 2 daily energy (kWh)
pv2_voltage_111:	`sensor.sunsynk_pv2_voltage`	PV string 2 voltage (V)
pv2_current_112:	`sensor.sunsynk_pv2_current`	PV string 2 current (A)

Solar: PV3 Entities

Attribute	Default	Description
pv3_power_188:		PV string 3 power (W)
pv3_production:		PV string 3 daily energy (kWh)
pv3_voltage_113:		PV string 3 voltage (V)
pv3_current_114:		PV string 3 current (A)

Solar: PV4 Entities

Attribute	Default	Description
pv4_power_189:		PV string 4 power (W)
pv4_production:		PV string 4 daily energy (kWh)
pv4_voltage_115:		PV string 4 voltage (V)
pv4_current_116:		PV string 4 current (A)

Solar: PV5 Entities

Attribute	Default	Description
pv5_power:		PV string 5 power (W)
pv5_production:		PV string 5 daily energy (kWh)
pv5_voltage:		PV string 5 voltage (V)
pv5_current:		PV string 5 current (A)

Solar: Optional entities

Attribute	Default	Description
solar_sell_247:		Displays icons to indicate if sell solar is active or not. The switch can be toggled by clicking on the icon (`on/off`, `1/0`)
environment_temp:		Display outside temperature or other environment temperature below the sun icon

Battery

To display battery power and current as absolute values set show_absolute: true. This is set to false by default and will return your sensor value. The animated dot will change direction depending on the charging or discharging state. The invert_power attribute can be used to reverse direction if needed by your sensor.

Editor name (en)	Attribute	Default	Description
Energy	energy:	`0`	Required Total battery energy in Wh (e.g. 3 x 5.32kWh = 15960). If set to `0` the remaining battery runtime will be hidden. Numeric value or sensor i.e. `sensor.sunsynk_battery_energy`
Shutdown SOC	shutdown_soc:	`20`	Required The battery shutdown percentage used to calculate remaining runtime. Numeric value or sensor i.e. `sensor.sunsynk_battery_capacity_shutdown`
Shutdown SOC (Off Grid)	shutdown_soc_offgrid:		The offgrid battery shutdown percentage used to calculate remaining runtime. Numeric value or sensor i.e. `sensor.offgrid_battery_capacity_shutdown`
Soc End Of Charge	soc_end_of_charge:	`100`	Set the charge cut-off capacity. The minimum value is `50`. The maximum value is `100`. Numeric value or sensor i.e. `sensor.soc_end_of_charge`
Show Daily	show_daily:	`false`	Toggles the daily total
Auto Scale	auto_scale:	`true`	If set to `true` the card will use the entities `unit_of_measurement` attribute to perform the correct scaling (i,e, power values greater than 999W will be displayed as kW e.g. 1.23kW) and display the correct unit. The number of decimal places can be changed using the `decimal_places` card attribute apart from the daily energy values which are set using the `decimal_places_energy` attribute
Invert Power	invert_power:	`false`	Set to `true` if your sensor provides a positive number for battery charge and negative number for battery discharge. See also `invert_flow:` below.
Show Absolute	show_absolute:	`false`	set to `true` to display power and current as absolute values
Colour	colour:	`pink`	Sets the colour of all the battery card objects. Hex codes (`'#66ff00'` etc) or names (`red`, `green`, `blue` etc)
Navigation Path	navigate:		Sets the navigation path when clicking on the battery icon. Can be used to link to other dashboards and views e.g. `/lovelace/1`
Invert Flow	invert_flow:	`false`	Inverts the animated flow. Expects a positive number for battery charging and a negative number for battery discharging
Charge Colour	charge_colour:		Sets the colour of all the battery card objects when charging. Hex codes (`'#66ff00'` etc) or names (`red`, `green`, `blue` etc)
Dynamic Colour	dynamic_colour:	`true`	The battery icon colour will change based on the % contribution of the power source (grid, solar) supplying the battery. Set to `false` to disable. If `priority_load_243: on` solar will prioritise the essential load. If `false` or omitted solar will prioritise the battery.
Linear Gradient	linear_gradient:	`true`	The blocks inside the battery icon that represent SOC will be coloured using a linear gradient that ranges from red to green
Animate Linear Gradient	animate:	`true`	Animates the linear gradient inside the battery icon
Anim. Speed	animation_speed:	`6`	Set slowest animation speed in seconds, depending on power draw
Hide SOC	hide_soc:	`false`	If set to `true` the current program capacity (soc), or for `Goodwe` inverters the shutdown soc and offgrid shutdown soc that is shown to the left of the current battery SOC will be hidden.
Show Remaining Energy	show_remaining_energy:	`true`	Set to `true` to display the remaining battery energy in kWh based on the current SOC.
Show Remaining Energy to Shutdown	remaining_energy_to_shutdown:	`false`	If set to `true` the displayed remaining battery energy will be the available energy to the shutdown SOC and not to 0%. For battery requires `show_remaining_energy: true`.
Show Run to/Charge To in kWh	runtime_in_kwh:	`false`	If set to `true` the displayed RUN TO or CHARGE TO wil be displayed in kWh instead of remaining time.
Max Power	max_power:	`4500`	Maximum power draw to calculate animation speed. Numeric value or sensor i.e. `number.battery_maximum_discharging_power`
Path Threshold	path_threshold:	`100`	Specify threshold to apply dynamic colour to the battery path element. The colour of the path will change to the source colour if the percentage supply by a single source equals or exceeds this value
Battery Entities	Sub-menu		Shows sub-menu with Battery Entities
Optional Entities	Sub-menu		Shows sub-menu with Battery Entities

Battery: Battery Entities

Attribute	Default	Description
battery_power_190:	`sensor.sunsynk_battery_power`	Required Battery power (W). Requires a negative number for battery charging and a positive number for battery discharging. Set the `invert_power:` battery attribute to `yes` if your sensor reports this the other way around
battery_soc_184:	`sensor.sunsynk_battery_soc`	Required Battery state of charge (%)
battery_current_191:	`sensor.sunsynk_battery_current`	Required Battery current (A)
battery_voltage_183:	`sensor.sunsynk_battery_voltage`	Battery voltage (V)
battery_temp_182:	`sensor.sunsynk_battery_temperature`	Battery temperature (°). Note do not define this sensor if you want to display battery SOH. See below.
day_battery_charge_70:	`sensor.sunsynk_day_battery_charge`	Daily battery charge (kWh)
day_battery_discharge_71:	`sensor.sunsynk_day_battery_discharge`	Daily battery usage (kWh)
battery_remaining_storage		Battery remaining capacity. If set it is displayed instead of calculated value
battery_rated_capacity:		Battery rated capacity (Ah). If provided this sensor will be used to calculate battery energy. The`energy` attribute under the battery card configuration will be ignored.
battery_soh:		Battery State of Health (SOH) (%). You can chose to display either battery temperature or battery SOH but not both. They are displayed in the same place on the card. If `battery_temp_182:` is defined it will take priority and this sensor will not be displayed.
battery_current_direction:	`sensor.solis_battery_current_direction`	Used only when inverter model is set to `solis` (`0`, `1`)
battery_status:	`sensor.battery_mode_code`	Used only when inverter model is set to `goodwe`, `goodwe_gridmode` or `huawei`. Battery status `0, 1, 2, 3, 4`

Battery: Optional Entities

Attribute	Default	Description
energy:	`0`	Required Total battery energy in Wh (e.g. 3 x 5.32kWh = 15960) entity.
shutdown_soc:	`20`	Required The battery shutdown percentage used to calculate remaining runtime.
shutdown_soc_offgrid:		The offgrid battery shutdown percentage used to calculate remaining runtime.
max_power:	`4500`	Maximum power draw to calculate animation speed.

Battery Banks

Editor name (en)	Attribute	Description
Show Battery Banks	show_battery_banks:	Toggle display battery banks details
Battery Banks View Mode	battery_banks_view_mode:	Choose battery bank view mode: none, inner
Battery Banks	battery_banks:	Specify the number of Battery Banks’s in use `0`, `1`, `2`, `3`, `4`, `5` or `6`
Battery 1 Max Energy	battery_bank_1_energy:	Specify Battery Bank 1 Max Available Energy
Battery 2 Max Energy	battery_bank_2_energy:	Specify Battery Bank 2 Max Available Energy
Battery 3 Max Energy	battery_bank_3_energy:	Specify Battery Bank 3 Max Available Energy
Battery 4 Max Energy	battery_bank_4_energy:	Specify Battery Bank 4 Max Available Energy
Battery 5 Max Energy	battery_bank_5_energy:	Specify Battery Bank 5 Max Available Energy
Battery 6 Max Energy	battery_bank_6_energy:	Specify Battery Bank 6 Max Available Energy
Battery Bank 1 Entities	Sub-menu	Shows sub-menu with Battery Bank 1 Entities
Battery Bank 2 Entities	Sub-menu	Shows sub-menu with Battery Bank 2 Entities
Battery Bank 3 Entities	Sub-menu	Shows sub-menu with Battery Bank 3 Entities
Battery Bank 4 Entities	Sub-menu	Shows sub-menu with Battery Bank 4 Entities
Battery Bank 5 Entities	Sub-menu	Shows sub-menu with Battery Bank 5 Entities
Battery Bank 6 Entities	Sub-menu	Shows sub-menu with Battery Bank 6 Entities

Battery Bank Entities

Attribute	Default	Description
battery_bank_X_power:		Specify Battery Bank X Power
battery_bank_X_voltage:		Specify Battery Bank X Voltage
battery_bank_X_current:		Specify Battery Bank X Current
battery_bank_X_delta:		Specify Battery Bank X Delta
battery_bank_X_temp:		Specify Battery Bank X Temperature
battery_bank_X_remaining_storage:		Specify Battery Bank X Remaining Storage
battery_bank_X_soc:		Specify Battery Bank X SOC

Note: X is integer between 1 and 6

Load

Editor name (en)	Attribute	Default	Description
Show Daily	show_daily:	`false`	Toggles the daily total.
Daily Load Label	label_daily_load:	`false`	Toggles the daily total.
Auto Scale	auto_scale:	`true`	If set to `true` the card will use the entities `unit_of_measurement` attribute to perform the correct scaling (i,e, power values greater than 999W will be displayed as kW e.g. 1.23kW) and display the correct unit. The number of decimal places can be changed using the `decimal_places` card attribute apart from the daily energy values which are set using the `decimal_places_energy` attribute
Colour	colour:	`'#5fb6ad'`	Sets the colour of all the load card objects. Hex codes (`'#66ff00'` etc) or names (`red`, `green`, `blue` etc)
Navigation Path	navigate:		Sets the navigation path when clicking on the house icon. Can be used to link to other dashboards and views e.g. `/lovelace/1`
Invert Flow	invert_flow:	`false`	Inverts the animated flow.
Dynamic Colour	dynamic_colour:	`true`	The essential icon colour will change based on the % contribution of the power source (battery, grid, solar) supplying the load. Set to `false` to disable
Dynamic Icon	dynamic_icon:	`true`	The essential icon will change when there is 100% contribution from a single power source (battery, grid, solar). Set to `false` to disable
Invert Values	invert_load:	`false`	Set to `true` if your sensor provides a negative number when the load is drawing power
Essential Name	essential_name:	`Essential`	Set the display name for the essential load
Anim. Speed	animation_speed:	`8`	Set slowest animation speed in seconds, depending on Power draw
Max Power	max_power:	`8000`	Maximum power draw to calculate animation speed. Numeric value or sensor
Off Threshold	off_threshold:	`0`	When power falls below this value the load will be considered off and colour will change to grey. Requires `dynamic_colour` to be enabled. Can also be set to `-1` to disable.
Path Threshold	path_threshold:	`100`	Specify threshold to apply dynamic colour to the load path element. The colour of the path will change to the source colour if the percentage supply by a single source equals or exceeds this value
Load Entities	Sub-menu		Shows sub-menu with Load Entities

Load: Load Entities

Attribute	Default	Description
day_load_energy_84:	`sensor.sunsynk_day_load_energy`	Daily load (kWh)
essential_power:	`none`	Sensor that provides Essential Load power (W). Check Essential Power Calculation if entity not provided or `none`
load_power_L1:		Load L1 Power (W)
load_power_L2:		Load L2 Power (W)
load_power_L3:		Load L3 Power (W)

Additional Load

Editor name (en)	Attribute	Default	Description
Additional Loads View Mode	additional_loads_view_mode:	`none`	Sets Additional Loads View Mode. Check Additional Loads View Mode for details
Items 1-4 Options	Sub-menu		Shows sub-menu with Additional Load 1-4 Options
Items 1-4 Entities	Sub-menu		Shows sub-menu with Essential Load 1-4 Entities
Column 1 Options	Sub-menu		Shows sub-menu with Additional Load Column 1 Options
Column 1 Entities	Sub-menu		Shows sub-menu with Essential Load Column 1 Entities
Column 2 Options	Sub-menu		Shows sub-menu with Additional Load Column 2 Options
Column 2 Entities	Sub-menu		Shows sub-menu with Essential Load Column 2 Entities
Column 3 Options	Sub-menu		Shows sub-menu with Additional Load Column 3 Options
Column 3 Entities	Sub-menu		Shows sub-menu with Essential Load Column 3 Entities
Column 4 Options	Sub-menu		Shows sub-menu with Additional Load Column 4 Options
Column 4 Entities	Sub-menu		Shows sub-menu with Essential Load Column 4 Entities
Column 5 Options	Sub-menu		Shows sub-menu with Additional Load Column 5 Options
Column 5 Entities	Sub-menu		Shows sub-menu with Essential Load Column 5 Entities
Column 6 Options	Sub-menu		Shows sub-menu with Additional Load Column 6 Options
Column 6 Entities	Sub-menu		Shows sub-menu with Essential Load Column 6 Entities

Additional Load: Items 1-4 Options

Editor name (en)	Attribute	Default	Description
Load 1 Name	load1_name:		Set the display name for the essential load 1
Load 1 Icon	load1_icon:	none	Set the essential load 1 image using preset or any mdi icon. Check icon for details.
Load 2 Name	load2_name:		Set the display name for the essential load 2
Load 2 Icon	load2_icon:	none	Set the essential load 2 image using preset or any mdi icon. Check icon for details.
Load 3 Name	load3_name:		Set the display name for the essential load 3
Load 3 Icon	load3_icon:	none	Set the essential load 3 image using preset or any mdi icon. Check icon for details.
Load 4 Name	load4_name:		Set the display name for the essential load 4
Load 4 Icon	load4_icon:	none	Set the essential load 4 image using preset or any mdi icon. Check icon for details.

Additional Load: Items 1-4 Entities

Attribute	Default	Description
essential_load1:		Sensor that contains the power of your essential load 1 (W). Can also be used to display any sensor data i.e. temp, energy etc if `auto_scale: false`. If not present toggle state will be used instead.
essential_load1_extra:		Sensor that contains additional information you want displayed for your essential load 1 e.g. Daily kWh, Temperature etc
essential_load1_toggle:		Sensor that contains link to entity that will show up when essential load 1 icon clicked
essential_load2:		Sensor that contains the power of your essential load 2 (W). Can also be used to display any sensor data i.e. temp, energy etc if `auto_scale: false`. If not present toggle state will be used instead.
essential_load2_extra:		Sensor that contains additional information you want displayed for your essential load 2 e.g. Daily kWh, Temperature etc
essential_load2_toggle:		Sensor that contains link to entity that will show up when essential load 2 icon clicked
essential_load3:		Sensor that contains the power of your essential load 3 (W). Can also be used to display any sensor data i.e. temp, energy etc if `auto_scale: false`. If not present toggle state will be used instead.
essential_load3_extra:		Sensor that contains additional information you want displayed for your essential load 3 e.g. Daily kWh, Temperature etc
essential_load3_toggle:		Sensor that contains link to entity that will show up when essential load 3 icon clicked
essential_load4:		Sensor that contains the power of your essential load 4 (W). Can also be used to display any sensor data i.e. temp, energy etc if `auto_scale: false`. If not present toggle state will be used instead.
essential_load4_extra:		Sensor that contains additional information you want displayed for your essential load 4 e.g. Daily kWh, Temperature etc
essential_load4_toggle:		Sensor that contains link to entity that will show up when essential load 4 icon clicked

Additional Load: Column X Options

Editor name (en)	Attribute	Description
Load X-Y Name	load_X_Y_name:	Set the display name for the essential load column X row Y
Load X-Y Icon	load_X_Y_icon:	Set the essential load column X row Y image using preset or any mdi icon. Check icon for details.
Load X-Y Color	load_X_Y_color:	Overrides color of load card object
Load X-Y Off Color	load_X_Y_off_color:	Overrides off color of load card object
Load X-Y Max Threshold	load_X_Y_max_threshold:	Set the upper threshold for the AUX load that will activate the `load_X_Y_max_color`.
Load X-Y Max Color	load_X_Y_max_color:	Set the upper threshold color for AUX load card object

Note: X stands for column, values 1 to 6; Note2: Y stands for row, values 1 to 6 Note3: items 1-3 and 2-3 doesn’t exist

Additional Load: Column X Entities

Attribute	Default	Description
essential_load_X_Y:		Sensor that contains the power of your essential load column X row Y (W). Can also be used to display any sensor data i.e. temp, energy etc if `auto_scale: false`. If not present toggle state will be used instead.
essential_load_X_Y_extra:		Sensor that contains additional information you want displayed for your essential load column X row Y e.g. Daily kWh, Temperature etc
essential_load_X_Y_toggle:		Sensor that contains link to entity that will show up when essential load column X row Y icon clicked

Note: X stands for column, values 1 to 6; Note2: Y stands for row, values 1 to 6 Note3: items 1-3 and 2-3 doesn’t exist

AUX Load

Editor name (en)	Attribute	Default	Description
Show Aux	show_aux:	`false`	Toggles the display of AUX
Aux Loads	aux_loads:	`0`	Display additional loads on the AUX side (`0/1/2/3/4/5`)
Aux Name	aux_name:	`Auxilary`	Set the display name for the AUX Load
Daily Aux Name	aux_daily_name:	`DAILY AUX`	Set the display name for the DAILY AUX label
Aux Icon	aux_type:	`default`	Sets the AUX image using preset or any mdi icon e.g. `mdi:ev-station`. Presets are: `gen`, `inverter` `default`, `oven`, `pump`, `aircon` and `boiler`.
Invert Aux	invert_aux:	`false`	Set to `true` if your sensor provides a positive number for AUX input and negative number for AUX output
Show Absolute	show_absolute_aux:	`false`	set to `true` to display power as an absolute value
Aux Dynamic Colour	aux_dynamic_colour:	`true`	The respective aux elements on the card will be greyed out if aux power = 0W.
Colour	aux_colour:	`the load colour`	Sets the colour of all the AUX card objects. Hex codes (`'#66ff00'` etc) or names (`red`, `green`, `blue` etc)
Off Colour	aux_off_colour:	`the load colour`	Sets the colour of the AUX icon and label when disconnected. Hex codes (`'#66ff00'` etc) or names (`red`, `green`, `blue` etc)
Show Daily Aux	show_daily_aux:	`false`	Toggles the daily AUX total. Only displayed if `show_aux` is set to `true`
Invert Flow	aux_invert_flow:	`false`	Inverts the animated flow.
Main Entities	Sub-menu		Shows sub-menu with Auxiliary Load Entities
Item Options	Sub-menu		Shows sub-menu with Auxiliary Load details
Items Entities	Sub-menu		Shows sub-menu with Auxiliary Load Entities

Aux Load: Main Entities

Attribute	Requirement	Default	Description
day_aux_energy:	Optional		Sensor that provides the daily AUX energy (kWh)
aux_power_166:	Optional	`sensor.sunsynk_aux_power`	Auxiliary power (W)

Aux Load: Item Options

Editor name (en)	Attribute	Description
Aux Load X Name	aux_loadX_name:	Set the display name for the AUX load
Aux Load X Icon	aux_loadX_icon:	Set the AUX load image using any mdi icon e.g. `mdi:ev-station`. You can also provide a sensor that returns the mdi icon.
Aux Load X Color	aux_loadX_color:	Overrides color of load card object
Aux Load X Off Color	aux_loadX_off_color:	Overrides off color of AUX load card object
Aux Load X Max Threshold	aux_loadX_max_threshold:	Set the upper threshold for the AUX load that will activate the `aux_loadX_max_color`.
Aux Load X Max Color	aux_loadX_max_color:	Set the upper threshold color for AUX load card object

Note: X stands for item id/column, values 1 to 6;

Aux Load: Item Entities

Attribute	Default	Description
aux_loadX:		Sensor that contains the power of your AUX load X (W)
aux_loadX_extra:		Sensor that contains additional information you want displayed for your aux load X e.g. Daily kWh, Temperature etc.
aux_loadX_toggle:		Sensor that contains link to entity that will show up when aux load X icon clicked

Note: X stands for item id/column, values 1 to 6;

Grid

Editor name (en)	Attribute	Default	Description
Grid Name	grid_name:		Set the display name for the grid
Max Power	max_power:	`8000`	Maximum power draw to calculate animation speed. Numeric value or sensor
Show Daily Buy	show_daily_buy:	`false`	Toggles the daily buy total
Daily Grid Buy Label	label_daily_grid_buy:		Set custom text for the “DAILY GRID BUY” label that is displayed.
Show Daily Sell	show_daily_sell:	`false`	Toggles the daily sell total
Daily Grid Sell Label	label_daily_grid_sell:		Set custom test for the “DAILY GRID SELL” label that is displayed.
Auto Scale	auto_scale:	`true`	If set to `true` the card will use the entities `unit_of_measurement` attribute to perform the correct scaling (i,e, power values greater than 999W will be displayed as kW e.g. 1.23kW) and display the correct unit. The number of decimal places can be changed using the `decimal_places` card attribute apart from the daily energy values which are set using the `decimal_places_energy` attribute
Invert Values	invert_grid:	`false`	Set to `true` if your sensor provides a negative number for grid import and a positive number for grid export
Show Absolute	show_absolute:	`false`	set to `true` to display power as absolute
Colour	colour:	`'#5490c2'`	Sets the colour of all the grid card objects. Hex codes (`'#66ff00'` etc) or names (`red`, `green`, `blue` etc).
Navigation Path	navigate:		Sets the navigation path when clicking on the Grid icon. Can be used to link to other dashboards and views e.g. `/lovelace/1`
Invert Flow	invert_flow:	`false`	Inverts the animated flow.
No Grid Colour	no_grid_colour:		Sets the colour of all the grid card objects when there is no grid power. Hex codes (`'#66ff00'` etc) or names (`red`, `green`, `blue` etc). If not set will use the `colour:` value defined above total
Export Colour	export_colour:		Sets the colour of all the grid card objects when exporting (selling) energy. Hex codes (`'#66ff00'` etc) or names (`red`, `green`, `blue` etc). If not set will use the `colour:` value defined above.
Grid Off Colour	grid_off_colour:		Sets the colour of the grid icon when the grid is disconnected.
Energy Cost Decimals	energy_cost_decimals:	`2`	Sets the number of decimal places to display the buy and sell energy costs
Anim. Speed	animation_speed:	`8`	Set slowest animation speed in seconds, depending on power draw
Off Threshold	off_threshold:	`0`	When power falls below this value the load will be considered off and colour will change to grey. Requires `dynamic_colour` to be enabled. Can also be set to `-1` to disable.
Import Icon	import_icon:		Set the grid connected/import image using any mdi icon e.g. `mdi:transmission-tower-import`. You can also provide a sensor that returns the mdi icon. If defined overrides the card default icon.
Export Icon	export_icon:		Set the grid export image using any mdi icon e.g. `mdi:transmission-tower-export`. You can also provide a sensor that returns the mdi icon. If defined overrides the card default icon.
Disconnected Icon	disconnected_icon:		Set the grid disconnected image using any mdi icon e.g. `mdi:transmission-tower-off`. You can also provide a sensor that returns the mdi icon. If defined overrides the card default icon.
Pre-paid Unit Name	prepaid_unit_name:
Grid Entities	Sub-menu		Shows sub-menu with Grid Entities

Grid: Grid Entities

Attribute	Default	Description
day_grid_import_76:	`sensor.sunsynk_day_grid_import`	Daily grid import (kWh)
day_grid_export_77:	`sensor.sunsynk_day_grid_export`	Daily grid export (kWh)
grid_frequency:		Grid frequency (Hz)
grid_ct_power_172:	`sensor.sunsynk_grid_ct_power`	Required Grid CT L1 power (W)
grid_ct_power_L2:	`none`	Grid CT L2 power (W)
grid_ct_power_L3:	`none`	Grid CT L3 power (W)
grid_voltage_L1:		Grid Voltage L1 (V)
grid_voltage_L2:		Grid Voltage L2 (V)
grid_voltage_L3:		Grid Voltage L3 (V)
grid_current_L1:		Grid Current L1 (A)
grid_current_L2:		Grid Current L2 (A)
grid_current_L3:		Grid Current L3 (A)
grid_ct_power_total:		For three phase systems. The card will automatically calculate this based on (Grid CT L1 power + Grid CT L2 power + Grid CT L3 power) You can optionally provide your own sensor for total grid power. (W)
grid_voltage:	`sensor.solis_grid_voltage`	Sensor providing grid voltage (v). Used only when inverter model is set to `solis`
grid_connected_status_194:	`binary_sensor.sunsynk_grid_connected_status`	Grid connected status (case insensitive) `on/off`,`1/0`, `On-Grid/Off-Grid`, or `On Grid/Off Grid`
energy_cost_buy:		Sensor that provides current buy energy cost per kWh
energy_cost_sell:		Sensor that provides current sell energy cost per kWh
prepaid_units:		Account balance of prepaid electricity units
max_sell_power:	`number.sunsynk_max_sell_power`	Sets the maximum allowed output power to flow to the grid. Also known as “Export Control User Limit” (W)

Grid Load

Editor name (en)	Attribute	Default	Description
Show Non Essential	show_nonessential:	`true`	Toggles the display of non-essential
Invert Flow	ness_invert_flow:	`false`	Inverts the animated flow.
Additional Loads	additional_loads:	`0`	Toggle the display of additional loads on the non-essential side (`0/1/2/3/4/5/6`)
Name	nonessential_name:	`Non Essential`	Set the display name for the non-essential load
Icon	nonessential_icon:	`default`	Change the non-essential image using presets or any mdi icon e.g. `mdi:ev-station`. Presets are: `default` `oven`, `boiler` `pump`, `aircon`
Show Daily	show_nonessential_daily:		Toggles the display of non-essential daily energy
Daily Name	nonessential_daily_name:		‘Set the display name for the non-essential daily energy
Main Entities	Sub-menu		Shows sub-menu with Non-Essential Load Entities
Row 1 Options	Sub-menu		Shows sub-menu with Non-Essential Load Row 1 Options
Row 1 Entities	Sub-menu		Shows sub-menu with Non-Essential Load Row 1 Entities
Row 2 Options	Sub-menu		Shows sub-menu with Non-Essential Load Row 2 Options
Row 2 Entities	Sub-menu		Shows sub-menu with Non-Essential Load Row 2 Entities

Grid Load: Main Entities

Attribute	Default	Description
nonessential_power		Sensor that provides Essential Load power (W). Check Nonessential Power Calculation if entity not provided or `none`
nonessential_energy		Sensor that provides Essential Daily energy (kWh).

Grid Load: Row 1 Options

Grid Load: Row 2 Options

Editor name (en)	Attribute	Description
Load X Name	loadX_name:	Set the display name for the non-essential/Grid load X
Load X Icon	loadX_icon:	Change the non-essential/Grid load X image using any mdi icon e.g. `mdi:ev-station`.
Load X Import Color	loadX_import_color:	Overrides import color of non-essential/Grid load X card object
Load X Export Color	loadX_export_color:	Overrides export color of non-essential/Grid load X card object
Load X Off Color	loadX_off_color:	Overrides off color of non-essential/Grid load X card object
Load X Max Threshold	loadX_max_threshold:	Set the upper threshold for the non-essential/Grid load that will activate the `aux_loadX_max_color`.
Load X Max Color	loadX_max_color:	Set the upper threshold color for non-essential/Grid load card object

Note: for Row 1: X stands for item id/column, values 1 to 3; Note2: for Row 2: X stands for item id/column, values 4 to 6;

Grid Load: Row 1 Entities

Grid Load: Row 2 Entities

Attribute	Default	Description
non_essential_loadX:		Sensor that contains the power of your non-essential load X (W). If not present toggle state will be used instead.
non_essential_loadX_extra:		Sensor that contains additional information you want displayed for your nonessential load X e.g. Daily kWh, Temperature etc
non_essential_loadX_toggle:		Sensor that contains link to entity that will show up when nonessential load X icon clicked

Note: for Row 1: X stands for item id/column, values 1 to 3; Note2: for Row 2: X stands for item id/column, values 4 to 6;

Entities

Entity attributes below have been appended with the modbus register # e.g. pv2_power_187 to indicate which Sunsynk register should be read when configuring your sensors. Replace the default sensors with your own specific sensor names. It is important that your sensors read the expected modbus register value. If you have missing sensors for any attribute set it to none i.e. day_pv_energy_108: none. This will hide the sensor data from the card. To display a placeholder with a default value of 0 set it to zero or any other value i.e. solarday_108: zero.

See the WIKI for more information on sensor mappings if using other integration methods.

Notes

The card calculates the sensors below based on supplied attributes in the config so you don’t need to define them in Home Assistant. NOTE if your essential and non-essential readings are inaccurate replace sensor 169 with 167. Alternatively provide the card with sensors that calculate this data i.e. essential_power: and nonessential_power:

Icons

In every icon field you can use preset or any mdi icon e.g. mdi:ev-station Presets are: boiler, pump, aircon, oven. You can also provide a sensor that returns the mdi icon.

Calculations

Total PV

Total PV is provided through total_pv entity.

If total_pv entity is not provided value will be calculated as:

total_pv = pv1_power_186 + pv2_power_187 + pv3_power_188 + pv4_power_189 + pv5_power

Essential Power Calculation

Essential Load is provided through essential_power entity.

For 3 phases mode (three_phase:true) when essential_power is not provided it will be calculated as:

load_power_L1 +  load_power_L2 +  load_power_L3

For non 3 phase mode (three_phase:false) when essential_power is not provided one of 2 calculations mode will be used:

when inverter_power_175 is provided:

essential_power = inverter_power_175 + grid_power_169 - aux_power_166

otherwise

essential_power = totalPV + battery_power_190 + grid_power_169 - aux_power_166

Nonessential Power Calculation

Nonessential Load is provided through nonessential_power entity.

If there is no nonessential_power entity and there is no grid_power_169 entity then

nonessentialPower = non_essential_load1 + non_essential_load2 + non_essential_load3

otherwise If there is no nonessential_power entity

If three_phase:false

nonessential = grid_ct_power_172 - grid_power_169

If three_phase:true

nonessential = grid_ct_power_172 + grid_ct_power_L2 + grid_ct_power_L3 - grid_power_169

otherwise
```
essential=  nonessential_power entity
```

Autarky

Autarky is the percentage of self-sufficiency through Home Production.
Ratio is the percentage of produced electricity used by the home.
It is calculated based on the formula below and borrowed from the Power Distribution Card

Autarky in Percent = Home Production / Home Consumption
Ratio in Percent = Home Consumption / Home Production

Home Production = Solar + Battery (discharge) + Aux (in), Home Consumption = Essential power + Nonessential power + Aux (out) + Battery (charge)

Auto&Self mode represents Auto consumption & Self usage. Auto consumption is similar to Power Ratio, Self consumption is ratio between produced energy to all energy (produced energy + imported energy)

Additional Loads View Mode

Mode Name	Attribute	Description
none	none	Hide all Additional Loads
Minimal view (4 loads)	old	Displays up to 4 main Additional Loads. If set less then 4 some of them has bigger icons and values
2 Columns	col2	Displays first 2 columns
3 Columns	col3	Displays first 3 columns
4 Columns	col4	Displays first 4 columns
5 Columns	col5	Displays first 5 columns
6 Columns	col6	Displays first 6 columns

Note: Chosen Mode affects panel width (if not set separately)

Inverter status

inverter_status_59 Entity expects a sensor that contains inverter status represented as a string or number.

Inverter	`standby`	`selftest`	`normal`	`alarm`	`fault`
Azzuro	`0`, `standby`, `stand-by`	`1`, `selftest`, `self-checking`	`2`, `normal`, `ok`	`3`, `alarm`	`4`, `fault`
Deye	`0`, `standby`, `stand-by`	`1`, `selftest`, `self-checking`	`2`, `normal`, `ok`	`3`, `alarm`	`4`, `fault`
Fronius	`8`, `11`, `13`	`0`, `1`, `2`, `3`, `4`, `5`, `6`, `9`	`7`, `12`	`3`	`255`
Growatt	`0`, `standby`, `stand-by`	`selftest`, `self-checking`	`1`, `normal`, `ok`	`alarm`	`3`, `fault`
Lux	`0`		`2`, `4`, `5`, `8`, `9`, `10`, `11`, `12`, `16`, `20`, `32`, `40`	`7`, `17`, `64`, `136`, `192`	`1`
MPPSolar	`0`, `standby`, `stand-by`	`1`, `selftest`, `self-checking`	`2`, `normal`, `ok`	`3`, `alarm`	`4`, `fault`
PowMr	`0`, `standby`, `stand-by`	`1`, `selftest`, `self-checking`	`2`, `normal`, `ok`	`3`, `alarm`	`4`, `fault`
SMA Solar	`0`, `standby`, `stand-by`	`1`, `selftest`, `self-checking`	`307: Ok (Ok)`	`455: Warning (Wrn)`	`35: Fault (Alm)`
Sofar	`0`, `standby`, `stand-by`	`1`, `selftest`, `self-checking`	`2`, `normal`, `ok`	`3`, `alarm`	`4`, `fault`
SolarEdge	`0`, `1`, `2`, `3`, `6`, `standby`, `stand-by`	`8`, `selftest`, `self-checking`	`4`, `normal`, `ok`	`5`, `alarm`	`7`, `fault`
Solis	`1`, `2`	`4139`	`0`, `3`	`4100`, `4112`, `4113`, `4114`, `4115`, `4116`, `4120`, `4122`, `4123`, `4124`, `4125`, `4127`, `4128`, `4129`, `4130`, `4132`, `4133`, `4134`, `4135`, `4136`, `4137`, `4138`, `4140`, `4144`, `4145`, `4146`, `4147`, `4148`, `4150`, `4151`, `4152`, `8123`	`4117`, `4118`, `4119`, `4121`, `4131`, `4134`, `4135`, `4144`, `4164`, `4167`
Sunsynk	`0`, `standby`, `stand-by`	`1`, `selftest`, `self-checking`	`2`, `normal`, `ok`	`3`, `alarm`	`4`, `fault`

Inverter	`standby`	`selftest`	`normal`	`alarm`	`fault`	custom states
EasunSMW8_SA	`0`, `standby`				`5`, `fault`	solar_battery: `1`, `solar/battery` grid: `2`, `grid` power_saving: `3`, `power saving` power_on: `4`, `power on`
FoxESS	`waiting`	`self test`			`recoverable fault`, `unrecoverable fault`	ongrid: `on grid` offgrid: `off grid / eps`
Goodwe	`0`, `wait mode`				`3`, `fault mode`	ongrid: `1`, `normal (on-grid)` offgrid: `2`, `normal (off-grid)` flash: `4`, `flash mode` check: `5`, `check mode`
GoodweGrid						idle: `0`, `idle` exporting: `1`, `exporting` importing: `2`, `importing`
Huawei	`standby`	`spot check`	`grid-connected, grid-connected normally`, `grid-connected, grid connection with derating due to power rationing`	`grid-connected, grid connection with derating due to internal causes of the solar inverter`	`stop due to faults`, `stop due to power rationing`	shutdown: `shutdown` normalstop: `normal stop`
Solax	`0`, `waiting`, `waitmode`, `9`, `idle`, `idlemode`, `idle mode`, `10`, `standby`, `standbymode`	`8`, `self testing`, `selftest`, `self test`	`2`, `normal`, `normalmode`, `normal mode`		`4`, `permanent fault`, `permanentfaultmode`, `permanent fault mode`, `3`, `fault`, `faultmode`	offgrid: `6`, `off-grid waiting`, `epscheckmode`, `7`, `off-grid`, `epsmode`, `eps mode` check: `1`, `checking`, `checkmode`, `5`, `update`, `updatemode`, `update mode`, `eps check mode`
Victron					`2`, `fault`	off: `0`, `off` lowpower: `1`, `low power` bulk: `3`, `bulk` absorption: `4`, `absorption` float: `5`, `float` storage: `6`, `storage` equalize: `7`, `equalize` passthru: `8`, `passthru` inverting: `9`, `inverting` powerassist: `10`, `power assist` powersupply: `11`, `power supply` sustain: `244`, `sustain` externalcontrol: `252`, `external control`
Sungrow	`standby`,`initial standby`	`startup`		`warn running`	`update failed`, `maintain mode`,`emergency stop`, `fault`,`unknown`,`un-initialized`,`open loop`, `safe mode`,`dispatch run`	running: `running` offgrid: `off-grid mode` externalcontrol: `external ems mode`,`forced mode` shutdown: `shutdown`,`restarting`,`afci self test shutdown` normalstop: `stop` sustain: `de-rating running`

Sunsynk 0, 1, 2, 3, 4 or standby, selftest, normal, alarm, fault. For Lux 0,1,2,4,5,7,8,9,10,11,12,16,17,20,32,40,64,136,192. For Solis expects a numeric value 0-57. For Goodwe 0,1,2,3,4,5 or Wait mode, Normal (On-Grid), Normal (Off-Grid), Fault Mode, Flash Mode, Check Mode. For Goodwe_gridmode 0,1,2 or Idle, Exporting, Importing

“Custom element doesn’t exist: mlk-power-flow-card” handling

Android:

Clear cache in App Info

iOS:

Clear app cache
Clear frontend cache: (Settings > Companion App > Debugging > Reset frontend cache)