Huawei Inverter

Note

There will be a major update of the ‘derived’ sensors available with the release of the WLCRS Huawei Integration v1.4.0 that is currently in Alpha testing. A number of derived sensors will be released by factory/Huawei sensors instead.

Please report all feedback or Issues to the Discussion (Support Sections) of: https://github.com/Roving-Ronin/sunsynk-power-flow-card.

To use the Sunsynk card with Huawei Solar (or iStore in Australia) you need to copy the huawei_derived_sensors.yaml and sunsynk_card_derived_sensors.yaml files to your /homeassistant/packages directory. Upon restarting Home Assistant this will create all the required derived sensors, based upon the baseline sensors from the WLCRS integration, needed to populate the Sunsynk card. In addition to this, you will need to find an electricity_costs_xxx.yaml file that matches your electricity providers tariff plan, or is similiar and you can customise the ‘Electrity - Price’, ‘Electricity - FIT’ and ‘Energy Meter’ sections to reflect your rate plan costs and usage period(s), all these files are available from: https://github.com/slipx06/sunsynk-power-flow-card/tree/master/docs/examples/huawei_packages.

Whilst it would be simplest to create the additional ‘sensor groups’ using yaml files, this has the disadvantage that if later on you want to add or remove devices individual sensors to/from these groups, you are unable to do so by editing them within Home Assistant GUI. Given the flexibility manually creating these sensors groups via the GUI provides, you will need to create the following groups (below) manually. This is done by going to Settings –> Devices & Services –> Helpers, clicking the ‘Create Helper’ button. From the choice of group types then select ‘Sensor Group’ and set the ‘Type’ to SUM. Follow the instructions below for the names to enter for the groups and the member/entities to add into each group.

To work with the Sunsynk card and the additional derived sensors, some sensors that are disabled by default by the WLCRS integration, must be manually enabled. Listed below the the various devices and the list of sensors for each, that are required to be enabled (at a minimum).

POWER METER:

Single Phase Installation

Three phase Installation

Active Power

Active Power

Consumption

Consumption

Current

Current

Exported

Exported

Frequency

Frequency

Phase A - Active Power

Phase A - Current

Voltage

Phase A - Voltage

Phase B - Active Power

Phase B - Current

Phase B - Voltage

Phase C - Active Power

Phase C - Current

Phase C - Voltage

Power Factor

Power Factor
INVERTER(S):

Single Phase Installation

Three Phase Installation

Active Power

Active Power

Daily Yield

Daily Yield

Day Active Peak Power

Day Active Peak Power

Efficiency

Efficiency

Input Power

Input Power

Internal Temperature

Internal Temperature

Phase A Current

Phase A Current

Phase B Current

Phase C Current

PV 1 Current

PV 1 Current

PV 1 Voltage

PV 1 Voltage

PV 2 Current

PV 2 Current

PV 2 Voltage

PV 2 Voltage

Total Yield

Total Yield
LUNA ESS BATTERY(S):

Sensor

Comment

Bus Current

Bus Voltage

Capacity Control Periods

Not used currently, future function envisioned

Charge/Discharge Power

Day Charge

Day Discharge

Fixed Charging Periods

State of Capacity

Battery 1 Temperature

Battery 2 Temperature

Optional

Time of Use Periods

Not used currently, future function envisioned

Total Charge

Total Discharge

With these sensors active, you can then following the installation instructions for the Sunsynk card, however when you add the card to Home Assistant, change to the ‘Show Code Editor’ view and paste the example code below (that most closely matches your Huawei/iStore setup) into the editor, replacing all the default code shown. Finally, validate the example code copied from below, updating to suite your setup.

Note

Data sources for the Sunsynk card is provided by the use of the WLCRS “Huawei Solar” integration - https://github.com/wlcrs/huawei_solar/wiki, as well as the Energy Meter integration https://github.com/zeronounours/HA-custom-component-energy-meter, must be installed prior to installing the Sunsynk card.

Example 1 - 1 x L1 1phase inverter with a 15kWh LUNA ESS battery - 2 PV strings (6.6kW)

  1type: custom:sunsynk-power-flow-card
  2cardstyle: full
  3panel_mode: false
  4large_font: false
  5title: Huawei - Power Monitor
  6title_size: 18px
  7show_solar: true
  8show_grid: true
  9show_battery: true
 10decimal_places: 2
 11decimal_places_energy: 2
 12dynamic_line_width: true
 13inverter:
 14  modern: false
 15  colour: grey
 16  autarky: power
 17  auto_scale: true
 18  model: huawei
 19  three_phase: false
 20battery:
 21  energy: 14850
 22  shutdown_soc: sensor.battery_end_of_discharge_soc
 23  invert_power: true
 24  colour: '#fc8d83'
 25  show_daily: true
 26  animation_speed: 5
 27  max_power: 5000
 28  show_absolute: true
 29  auto_scale: true
 30  hide_soc: false
 31  show_remaining_energy: true
 32  dynamic_colour: true
 33  linear_gradient: true
 34solar:
 35  colour: '#F7BC00'
 36  show_daily: true
 37  mppts: 2
 38  animation_speed: 8
 39  max_power: 6600
 40  pv1_name: Inv1.S1
 41  pv2_name: Inv2.S1
 42  display_mode: 2
 43  auto_scale: true
 44  dynamic_colour: true
 45  pv1_max_power: 3300
 46  pv2_max_power: 3300
 47  efficiency: 3
 48load:
 49  colour: magenta
 50  show_daily: true
 51  show_daily_aux: true
 52  show_aux: true
 53  invert_aux: false
 54  show_absolute_aux: false
 55  aux_name: Generator
 56  aux_type: gen
 57  aux_colour: '#5490c2'
 58  aux_off_colour: brown
 59  aux_loads: 2
 60  aux_load1_name: IT - Servers
 61  aux_load2_name: IT - Network
 62  aux_load1_icon: mdi:server-network
 63  aux_load2_icon: mdi:network
 64  animation_speed: 4
 65  essential_name: Essential
 66  max_power: 4000
 67  additional_loads: 2
 68  load1_name: Lights
 69  load2_name: All GPO
 70  load3_name: Spare
 71  load4_name: Spare
 72  load1_icon: mdi:lightbulb
 73  load2_icon: mdi:power-plug
 74  load3_icon: mdi:water-boiler
 75  load4_icon: mdi:kettle
 76  auto_scale: true
 77  dynamic_icon: true
 78  dynamic_colour: true
 79grid:
 80  grid_name: Your-Grid-Name
 81  colour: '#FF2400'
 82  export_colour: green
 83  no_grid_colour: '#a40013'
 84  grid_off_colour: '#e7d59f'
 85  show_daily_buy: true
 86  show_daily_sell: true
 87  show_nonessential: true
 88  invert_grid: true
 89  nonessential_name: Non Essential
 90  nonessential_icon: none
 91  additional_loads: 2
 92  load1_name: HVAC
 93  load2_name: EV
 94  load1_icon: mdi:fan
 95  load2_icon: mdi:car
 96  animation_speed: 7
 97  max_power: 15000
 98  auto_scale: true
 99  dynamic_icon: true
100  dynamic_colour: true
101  energy_cost_decimals: 3
102entities:
103  use_timer_248: null
104  priority_load_243: null
105  day_battery_charge_70: sensor.batteries_day_charge
106  day_battery_discharge_71: sensor.batteries_day_discharge
107  day_load_energy_84: sensor.house_consumption_energy_daily
108  day_grid_import_76: sensor.hs_grid_imported_daily
109  day_grid_export_77: sensor.hs_grid_exported_daily
110  day_pv_energy_108: sensor.inverters_daily_yield
111  day_aux_energy: sensor.sunsynk_card_aux_energy_daily
112  inverter_voltage_154: sensor.power_meter_voltage
113  load_frequency_192: sensor.power_meter_frequency
114  grid_power_169: sensor.house_consumption_power
115  inverter_current_164: sensor.inverter_phase_a_current
116  inverter_power_175: sensor.inverters_active_power
117  inverter_status_59: sensor.inverters_state
118  radiator_temp_91: null
119  dc_transformer_temp_90: sensor.inverters_internal_temperature
120  pv1_power_186: sensor.inverter_1_pv_1_power
121  pv2_power_187: sensor.inverter_1_pv_2_power
122  pv_total: sensor.inverters_input_power
123  environment_temp: sensor.<your_location>_temp
124  remaining_solar: sensor.energy_production_today_remaining
125  pv1_voltage_109: sensor.inverter_pv_1_voltage
126  pv1_current_110: sensor.inverter_pv_1_current
127  pv2_voltage_111: sensor.inverter_pv_2_voltage
128  pv2_current_112: sensor.inverter_pv_2_current
129  battery_voltage_183: sensor.batteries_bus_voltage
130  battery_soc_184: sensor.batteries_state_of_capacity
131  battery_power_190: sensor.batteries_charge_discharge_power
132  battery_current_191: sensor.batteries_bus_current
133  battery_temp_182: sensor.batteries_temperature
134  battery_status: sensor.batteries_status
135  essential_power: sensor.house_consumption_power_less_aux_non_essential
136  essential_load1: sensor.lights_all_active_power
137  essential_load2: sensor.gpo_all_active_power_less_known
138  essential_load1_extra: null
139  essential_load2_extra: null
140  nonessential_power: sensor.sunsynk_card_non_essential_active_power
141  non_essential_load1: sensor.hvac_active_power
142  non_essential_load2: sensor.ev_charger_active_power
143  grid_ct_power_172: sensor.power_meter_active_power
144  grid_ct_power_total: sensor.power_meter_active_power
145  grid_connected_status_194: sensor.inverters_off_grid_status
146  aux_power_166: sensor.sunsynk_card_aux_active_power
147  aux_connected_status: binary_sensor.sunsynk_card_aux_connected_status
148  energy_cost_buy: sensor.electricity_price
149  energy_cost_sell: sensor.electricity_fit
150  solar_sell_247: switch.null
151  aux_load1: sensor.it_hardware_network_active_power
152  aux_load2: sensor.it_hardware_servers_active_power
153  aux_load1_extra: sensor.env_network_rack_bme280_temperature
154  aux_load2_extra: sensor.garage_controller_bme280_temperature
155  grid_voltage: sensor.power_meter_voltage

Example 2 - 2 x L1 1phase inverter with a 15kWh LUNA ESS battery - 4 PV strings (13.2kW)

  1type: custom:sunsynk-power-flow-card
  2cardstyle: full
  3panel_mode: false
  4large_font: false
  5title: Huawei - Power Monitor
  6title_size: 18px
  7show_solar: true
  8show_grid: true
  9show_battery: true
 10decimal_places: 2
 11decimal_places_energy: 2
 12inverter:
 13  modern: false
 14  colour: grey
 15  autarky: power
 16  auto_scale: true
 17  model: huawei
 18  three_phase: false
 19battery:
 20  energy: 14850
 21  shutdown_soc: sensor.battery_end_of_discharge_soc
 22  invert_power: true
 23  colour: '#fc8d83'
 24  show_daily: true
 25  animation_speed: 5
 26  max_power: 5000
 27  show_absolute: true
 28  auto_scale: true
 29  hide_soc: false
 30  show_remaining_energy: true
 31  dynamic_colour: true
 32  linear_gradient: true
 33solar:
 34  colour: '#F7BC00'
 35  show_daily: true
 36  mppts: 4
 37  animation_speed: 8
 38  max_power: 13200
 39  pv1_name: Inv1.S1
 40  pv2_name: Inv2.S1
 41  pv3_name: Inv1.S2
 42  pv4_name: Inv2.S2
 43  display_mode: 2
 44  auto_scale: true
 45  dynamic_colour: true
 46  pv1_max_power: 3300
 47  pv2_max_power: 3300
 48  pv3_max_power: 3300
 49  pv4_max_power: 3300
 50  efficiency: 3
 51load:
 52  colour: magenta
 53  show_daily: true
 54  show_daily_aux: true
 55  show_aux: true
 56  invert_aux: false
 57  show_absolute_aux: false
 58  aux_name: Generator
 59  aux_type: gen
 60  aux_colour: '#5490c2'
 61  aux_off_colour: brown
 62  aux_loads: 2
 63  aux_load1_name: IT - Servers
 64  aux_load2_name: IT - Network
 65  aux_load1_icon: mdi:server-network
 66  aux_load2_icon: mdi:network
 67  animation_speed: 4
 68  essential_name: Essential
 69  max_power: 4000
 70  additional_loads: 2
 71  load1_name: Lights
 72  load2_name: All GPO
 73  load3_name: Spare
 74  load4_name: Spare
 75  load1_icon: mdi:lightbulb
 76  load2_icon: mdi:power-plug
 77  load3_icon: mdi:water-boiler
 78  load4_icon: mdi:kettle
 79  auto_scale: true
 80  dynamic_icon: true
 81  dynamic_colour: true
 82grid:
 83  grid_name: Your-Grid-Name
 84  colour: '#FF2400'
 85  export_colour: green
 86  no_grid_colour: '#a40013'
 87  grid_off_colour: '#e7d59f'
 88  show_daily_buy: true
 89  show_daily_sell: true
 90  show_nonessential: true
 91  invert_grid: true
 92  nonessential_name: Non Essential
 93  nonessential_icon: none
 94  additional_loads: 2
 95  load1_name: HVAC
 96  load2_name: EV
 97  load1_icon: mdi:fan
 98  load2_icon: mdi:car
 99  animation_speed: 7
100  max_power: 10000
101  auto_scale: true
102  dynamic_icon: true
103  dynamic_colour: true
104  energy_cost_decimals: 3
105entities:
106  use_timer_248: null
107  priority_load_243: null
108  day_battery_charge_70: sensor.batteries_day_charge
109  day_battery_discharge_71: sensor.batteries_day_discharge
110  day_load_energy_84: sensor.house_consumption_energy_daily
111  day_grid_import_76: sensor.hs_grid_imported_daily
112  day_grid_export_77: sensor.hs_grid_exported_daily
113  day_pv_energy_108: sensor.inverters_daily_yield
114  day_aux_energy: sensor.sunsynk_card_aux_energy_daily
115  inverter_voltage_154: sensor.power_meter_voltage
116  load_frequency_192: sensor.power_meter_frequency
117  inverter_current_164: sensor.inverter_phase_a_current
118  inverter_power_175: sensor.inverters_active_power
119  inverter_status_59: sensor.inverters_state
120  radiator_temp_91: null
121  dc_transformer_temp_90: sensor.inverters_internal_temperature
122  pv1_power_186: sensor.inverter_1_pv_1_power
123  pv2_power_187: sensor.inverter_1_pv_2_power
124  pv3_power_188: sensor.inverter_2_pv_1_power
125  pv4_power_189: sensor.inverter_2_pv_2_power
126  pv_total: sensor.inverters_input_power
127  environment_temp: sensor.<your_location>_temp
128  remaining_solar: sensor.energy_production_today_remaining
129  pv1_voltage_109: sensor.inverter_pv_1_voltage
130  pv1_current_110: sensor.inverter_pv_1_current
131  pv2_voltage_111: sensor.inverter_pv_2_voltage
132  pv2_current_112: sensor.inverter_pv_2_current
133  pv3_voltage_113: sensor.inverter_pv_1_voltage_2
134  pv3_current_114: sensor.inverter_pv_1_current_2
135  pv4_voltage_115: sensor.inverter_pv_2_voltage_2
136  pv4_current_116: sensor.inverter_pv_2_current_2
137  battery_voltage_183: sensor.batteries_bus_voltage
138  battery_soc_184: sensor.batteries_state_of_capacity
139  battery_power_190: sensor.batteries_charge_discharge_power
140  battery_current_191: sensor.batteries_bus_current
141  battery_temp_182: sensor.batteries_temperature
142  battery_status: sensor.batteries_status
143  essential_power: sensor.house_consumption_power_less_aux_non_essential
144  essential_load1: sensor.lights_all_active_power
145  essential_load2: sensor.gpo_all_active_power_less_known
146  essential_load1_extra: null
147  essential_load2_extra: null
148  nonessential_power: sensor.sunsynk_card_non_essential_active_power
149  non_essential_load1: sensor.aircon_active_power
150  non_essential_load2: sensor.ev_charger_active_power
151  grid_power_169: sensor.house_consumption_power
152  grid_ct_power_172: sensor.power_meter_active_power
153  grid_ct_power_total: sensor.power_meter_active_power
154  grid_connected_status_194: sensor.inverters_off_grid_status
155  aux_power_166: sensor.sunsynk_card_aux_active_power
156  aux_connected_status: binary_sensor.sunsynk_card_aux_connected_status
157  energy_cost_buy: sensor.electricity_price
158  energy_cost_sell: sensor.electricity_fit
159  solar_sell_247: switch.null
160  aux_load1: sensor.it_hardware_network_active_power
161  aux_load2: sensor.it_hardware_servers_active_power
162  aux_load1_extra: sensor.env_network_rack_bme280_temperature
163  aux_load2_extra: sensor.garage_controller_bme280_temperature
164  grid_voltage: sensor.power_meter_voltage

Example 3 - 1 x M1 3phase inverter with a 15kWh LUNA ESS battery - 2 PV strings (10kW)

  1type: custom:sunsynk-power-flow-card
  2cardstyle: full
  3panel_mode: false
  4large_font: false
  5title: Huawei - Power Monitor
  6title_size: 18px
  7show_solar: true
  8show_grid: true
  9show_battery: true
 10decimal_places: 2
 11decimal_places_energy: 2
 12dynamic_line_width: true
 13inverter:
 14  modern: false
 15  colour: grey
 16  autarky: power
 17  auto_scale: true
 18  model: huawei
 19  three_phase: true
 20battery:
 21  energy: 14850
 22  shutdown_soc: sensor.battery_end_of_discharge_soc
 23  invert_power: true
 24  colour: '#fc8d83'
 25  show_daily: true
 26  animation_speed: 5
 27  max_power: 5000
 28  show_absolute: true
 29  auto_scale: true
 30  hide_soc: false
 31  show_remaining_energy: true
 32  dynamic_colour: true
 33  linear_gradient: true
 34solar:
 35  colour: '#F7BC00'
 36  show_daily: true
 37  mppts: 2
 38  animation_speed: 8
 39  max_power: 10000
 40  pv1_name: Inv1.S1
 41  pv2_name: Inv2.S1
 42  display_mode: 2
 43  auto_scale: true
 44  dynamic_colour: true
 45  pv1_max_power: 5000
 46  pv2_max_power: 5000
 47  efficiency: 3
 48load:
 49  colour: magenta
 50  show_daily: true
 51  show_daily_aux: true
 52  show_aux: true
 53  invert_aux: false
 54  show_absolute_aux: false
 55  aux_name: Generator
 56  aux_type: gen
 57  aux_colour: '#5490c2'
 58  aux_off_colour: brown
 59  aux_loads: 2
 60  aux_load1_name: IT - Servers
 61  aux_load2_name: IT - Network
 62  aux_load1_icon: mdi:server-network
 63  aux_load2_icon: mdi:network
 64  animation_speed: 4
 65  essential_name: Essential
 66  max_power: 4000
 67  additional_loads: 2
 68  load1_name: Lights
 69  load2_name: All GPO
 70  load3_name: Spare
 71  load4_name: Spare
 72  load1_icon: mdi:lightbulb
 73  load2_icon: mdi:power-plug
 74  load3_icon: mdi:water-boiler
 75  load4_icon: mdi:kettle
 76  auto_scale: true
 77  dynamic_icon: true
 78  dynamic_colour: true
 79grid:
 80  grid_name: Your-Grid-Name
 81  colour: '#FF2400'
 82  export_colour: green
 83  no_grid_colour: '#a40013'
 84  grid_off_colour: '#e7d59f'
 85  show_daily_buy: true
 86  show_daily_sell: true
 87  show_nonessential: true
 88  invert_grid: true
 89  nonessential_name: Non Essential
 90  nonessential_icon: none
 91  additional_loads: 2
 92  load1_name: HVAC
 93  load2_name: EV
 94  load1_icon: mdi:fan
 95  load2_icon: mdi:car
 96  animation_speed: 7
 97  max_power: 25000
 98  auto_scale: true
 99  dynamic_icon: true
100  dynamic_colour: true
101  energy_cost_decimals: 3
102entities:
103  use_timer_248: null
104  priority_load_243: null
105  day_battery_charge_70: sensor.batteries_day_charge
106  day_battery_discharge_71: sensor.batteries_day_discharge
107  day_load_energy_84: sensor.house_consumption_energy_daily
108  day_grid_import_76: sensor.hs_grid_imported_daily
109  day_grid_export_77: sensor.hs_grid_exported_daily
110  day_pv_energy_108: sensor.inverters_daily_yield
111  day_aux_energy: sensor.sunsynk_card_aux_energy_daily
112  inverter_voltage_154: sensor.power_meter_phase_a_voltage
113  inverter_voltage_L2: sensor.power_meter_phase_b_voltage
114  inverter_voltage_L3: sensor.power_meter_phase_c_voltage
115  load_frequency_192: sensor.power_meter_frequency
116  grid_power_169: sensor.house_consumption_power
117  inverter_current_164: sensor.inverter_phase_a_current
118  inverter_current_L2: sensor.inverter_phase_b_current
119  inverter_current_L3: sensor.inverter_phase_c_current
120  inverter_power_175: sensor.inverters_active_power
121  inverter_status_59: sensor.inverters_state
122  radiator_temp_91: null
123  dc_transformer_temp_90: sensor.inverters_internal_temperature
124  pv1_power_186: sensor.inverter_1_pv_1_power
125  pv2_power_187: sensor.inverter_1_pv_2_power
126  pv_total: sensor.inverters_input_power
127  environment_temp: sensor.<your_location>_temp
128  remaining_solar: sensor.energy_production_today_remaining
129  pv1_voltage_109: sensor.inverter_pv_1_voltage
130  pv1_current_110: sensor.inverter_pv_1_current
131  pv2_voltage_111: sensor.inverter_pv_2_voltage
132  pv2_current_112: sensor.inverter_pv_2_current
133  battery_voltage_183: sensor.batteries_bus_voltage
134  battery_soc_184: sensor.batteries_state_of_capacity
135  battery_power_190: sensor.batteries_charge_discharge_power
136  battery_current_191: sensor.batteries_bus_current
137  battery_temp_182: sensor.batteries_temperature
138  battery_status: sensor.batteries_status
139  essential_power: sensor.house_consumption_power_less_aux_non_essential
140  essential_load1: sensor.lights_all_active_power
141  essential_load2: sensor.gpo_all_active_power_less_known
142  essential_load1_extra: null
143  essential_load2_extra: null
144  load_power_L1: sensor.shelly3em_phase_a_gpo_power
145  load_power_L2: sensor.shelly3em_phase_b_gpo_power
146  load_power_L3: sensor.shelly3em_phase_c_gpo_power
147  nonessential_power: sensor.sunsynk_card_non_essential_active_power
148  non_essential_load1: sensor.hvac_active_power
149  non_essential_load2: sensor.ev_charger_active_power
150  grid_ct_power_172: sensor.power_meter_phase_a_active_power
151  grid_ct_power_L2: sensor.power_meter_phase_b_active_power
152  grid_ct_power_L3: sensor.power_meter_phase_c_active_power
153  grid_ct_power_total: sensor.power_meter_active_power
154  grid_connected_status_194: sensor.inverters_off_grid_status
155  aux_power_166: sensor.sunsynk_card_aux_active_power
156  aux_connected_status: binary_sensor.sunsynk_card_aux_connected_status
157  energy_cost_buy: sensor.electricity_price
158  energy_cost_sell: sensor.electricity_fit
159  solar_sell_247: switch.null
160  aux_load1: sensor.it_hardware_network_active_power
161  aux_load2: sensor.it_hardware_servers_active_power
162  aux_load1_extra: sensor.env_network_rack_bme280_temperature
163  aux_load2_extra: sensor.garage_controller_bme280_temperature
164  grid_voltage: sensor.power_meter_voltage

Example 4 - 1 x M1 3phase inverters with 2 x 15kWh LUNA ESS batteries - 2 PV strings (10kW)

  1type: custom:sunsynk-power-flow-card
  2cardstyle: full
  3panel_mode: false
  4large_font: false
  5title: Huawei - Power Monitor
  6title_size: 18px
  7show_solar: true
  8show_grid: true
  9show_battery: true
 10decimal_places: 2
 11decimal_places_energy: 2
 12dynamic_line_width: true
 13inverter:
 14  modern: false
 15  colour: grey
 16  autarky: power
 17  auto_scale: true
 18  model: huawei
 19  three_phase: true
 20battery:
 21  energy: 29700
 22  shutdown_soc: sensor.battery_end_of_discharge_soc
 23  invert_power: true
 24  colour: '#fc8d83'
 25  show_daily: true
 26  animation_speed: 5
 27  max_power: 10000
 28  show_absolute: true
 29  auto_scale: true
 30  hide_soc: false
 31  show_remaining_energy: true
 32  dynamic_colour: true
 33  linear_gradient: true
 34solar:
 35  colour: '#F7BC00'
 36  show_daily: true
 37  mppts: 2
 38  animation_speed: 8
 39  max_power: 10000
 40  pv1_name: Inv1.S1
 41  pv2_name: Inv2.S1
 42  display_mode: 2
 43  auto_scale: true
 44  dynamic_colour: true
 45  pv1_max_power: 5000
 46  pv2_max_power: 5000
 47  efficiency: 3
 48load:
 49  colour: magenta
 50  show_daily: true
 51  show_daily_aux: true
 52  show_aux: true
 53  invert_aux: false
 54  show_absolute_aux: false
 55  aux_name: Generator
 56  aux_type: gen
 57  aux_colour: '#5490c2'
 58  aux_off_colour: brown
 59  aux_loads: 2
 60  aux_load1_name: IT - Servers
 61  aux_load2_name: IT - Network
 62  aux_load1_icon: mdi:server-network
 63  aux_load2_icon: mdi:network
 64  animation_speed: 4
 65  essential_name: Essential
 66  max_power: 4000
 67  additional_loads: 2
 68  load1_name: Lights
 69  load2_name: All GPO
 70  load3_name: Spare
 71  load4_name: Spare
 72  load1_icon: mdi:lightbulb
 73  load2_icon: mdi:power-plug
 74  load3_icon: mdi:water-boiler
 75  load4_icon: mdi:kettle
 76  auto_scale: true
 77  dynamic_icon: true
 78  dynamic_colour: true
 79grid:
 80  grid_name: Your-Grid-Name
 81  colour: '#FF2400'
 82  export_colour: green
 83  no_grid_colour: '#a40013'
 84  grid_off_colour: '#e7d59f'
 85  show_daily_buy: true
 86  show_daily_sell: true
 87  show_nonessential: true
 88  invert_grid: true
 89  nonessential_name: Non Essential
 90  nonessential_icon: none
 91  additional_loads: 2
 92  load1_name: HVAC
 93  load2_name: EV
 94  load1_icon: mdi:fan
 95  load2_icon: mdi:car
 96  animation_speed: 7
 97  max_power: 25000
 98  auto_scale: true
 99  dynamic_icon: true
100  dynamic_colour: true
101  energy_cost_decimals: 3
102entities:
103  use_timer_248: null
104  priority_load_243: null
105  day_battery_charge_70: sensor.batteries_day_charge
106  day_battery_discharge_71: sensor.batteries_day_discharge
107  day_load_energy_84: sensor.house_consumption_energy_daily
108  day_grid_import_76: sensor.hs_grid_imported_daily
109  day_grid_export_77: sensor.hs_grid_exported_daily
110  day_pv_energy_108: sensor.inverters_daily_yield
111  day_aux_energy: sensor.sunsynk_card_aux_energy_daily
112  inverter_voltage_154: sensor.power_meter_phase_a_voltage
113  inverter_voltage_L2: sensor.power_meter_phase_b_voltage
114  inverter_voltage_L3: sensor.power_meter_phase_c_voltage
115  load_frequency_192: sensor.power_meter_frequency
116  grid_power_169: sensor.house_consumption_power
117  inverter_current_164: sensor.inverter_phase_a_current
118  inverter_current_L2: sensor.inverter_phase_b_current
119  inverter_current_L3: sensor.inverter_phase_c_current
120  inverter_power_175: sensor.inverters_active_power
121  inverter_status_59: sensor.inverters_state
122  radiator_temp_91: null
123  dc_transformer_temp_90: sensor.inverters_internal_temperature
124  pv1_power_186: sensor.inverter_1_pv_1_power
125  pv2_power_187: sensor.inverter_1_pv_2_power
126  pv3_power_188: sensor.inverter_2_pv_1_power
127  pv4_power_189: sensor.inverter_2_pv_2_power
128  pv_total: sensor.inverters_input_power
129  environment_temp: sensor.<your_location>_temp
130  remaining_solar: sensor.energy_production_today_remaining
131  pv1_voltage_109: sensor.inverter_pv_1_voltage
132  pv1_current_110: sensor.inverter_pv_1_current
133  pv2_voltage_111: sensor.inverter_pv_2_voltage
134  pv2_current_112: sensor.inverter_pv_2_current
135  battery_voltage_183: sensor.batteries_bus_voltage
136  battery_soc_184: sensor.batteries_state_of_capacity
137  battery_power_190: sensor.batteries_charge_discharge_power
138  battery_current_191: sensor.batteries_bus_current
139  battery_temp_182: sensor.batteries_temperature
140  battery_status: sensor.batteries_status
141  essential_power: sensor.house_consumption_power_less_aux_non_essential
142  essential_load1: sensor.lights_all_active_power
143  essential_load2: sensor.gpo_all_active_power_less_known
144  essential_load1_extra: null
145  essential_load2_extra: null
146  load_power_L1: sensor.shelly3em_phase_a_gpo_power
147  load_power_L2: sensor.shelly3em_phase_b_gpo_power
148  load_power_L3: sensor.shelly3em_phase_c_gpo_power
149  nonessential_power: sensor.sunsynk_card_non_essential_active_power
150  non_essential_load1: sensor.hvac_active_power
151  non_essential_load2: sensor.ev_charger_active_power
152  grid_ct_power_172: sensor.power_meter_phase_a_active_power
153  grid_ct_power_L2: sensor.power_meter_phase_b_active_power
154  grid_ct_power_L3: sensor.power_meter_phase_c_active_power
155  grid_ct_power_total: sensor.power_meter_active_power
156  grid_connected_status_194: sensor.inverters_off_grid_status
157  aux_power_166: sensor.sunsynk_card_aux_active_power
158  aux_connected_status: binary_sensor.sunsynk_card_aux_connected_status
159  energy_cost_buy: sensor.electricity_price
160  energy_cost_sell: sensor.electricity_fit
161  solar_sell_247: switch.null
162  aux_load1: sensor.it_hardware_network_active_power
163  aux_load2: sensor.it_hardware_servers_active_power
164  aux_load1_extra: sensor.env_network_rack_bme280_temperature
165  aux_load2_extra: sensor.garage_controller_bme280_temperature
166  grid_voltage: sensor.power_meter_voltage

Example 5 - 2 x M1 3phase inverters with a 15kWh LUNA ESS battery - 4 PV strings (20kW)

  1type: custom:sunsynk-power-flow-card
  2cardstyle: full
  3panel_mode: false
  4large_font: false
  5title: Huawei - Power Monitor
  6title_size: 18px
  7show_solar: true
  8show_grid: true
  9show_battery: true
 10decimal_places: 2
 11decimal_places_energy: 2
 12dynamic_line_width: true
 13inverter:
 14  modern: false
 15  colour: grey
 16  autarky: power
 17  auto_scale: true
 18  model: huawei
 19  three_phase: true
 20battery:
 21  energy: 14850
 22  shutdown_soc: sensor.battery_end_of_discharge_soc
 23  invert_power: true
 24  colour: '#fc8d83'
 25  show_daily: true
 26  animation_speed: 5
 27  max_power: 5000
 28  show_absolute: true
 29  auto_scale: true
 30  hide_soc: false
 31  show_remaining_energy: true
 32  dynamic_colour: true
 33  linear_gradient: true
 34solar:
 35  colour: '#F7BC00'
 36  show_daily: true
 37  mppts: 4
 38  animation_speed: 8
 39  max_power: 20000
 40  pv1_name: Inv1.S1
 41  pv2_name: Inv2.S1
 42  pv3_name: Inv1.S2
 43  pv4_name: Inv2.S2
 44  display_mode: 2
 45  auto_scale: true
 46  dynamic_colour: true
 47  pv1_max_power: 5000
 48  pv2_max_power: 5000
 49  pv3_max_power: 5000
 50  pv4_max_power: 5000
 51  efficiency: 3
 52load:
 53  colour: magenta
 54  show_daily: true
 55  show_daily_aux: true
 56  show_aux: true
 57  invert_aux: false
 58  show_absolute_aux: false
 59  aux_name: Generator
 60  aux_type: gen
 61  aux_colour: '#5490c2'
 62  aux_off_colour: brown
 63  aux_loads: 2
 64  aux_load1_name: IT - Servers
 65  aux_load2_name: IT - Network
 66  aux_load1_icon: mdi:server-network
 67  aux_load2_icon: mdi:network
 68  animation_speed: 4
 69  essential_name: Essential
 70  max_power: 4000
 71  additional_loads: 2
 72  load1_name: Lights
 73  load2_name: All GPO
 74  load3_name: Spare
 75  load4_name: Spare
 76  load1_icon: mdi:lightbulb
 77  load2_icon: mdi:power-plug
 78  load3_icon: mdi:water-boiler
 79  load4_icon: mdi:kettle
 80  auto_scale: true
 81  dynamic_icon: true
 82  dynamic_colour: true
 83grid:
 84  grid_name: Your-Grid-Name
 85  colour: '#FF2400'
 86  export_colour: green
 87  no_grid_colour: '#a40013'
 88  grid_off_colour: '#e7d59f'
 89  show_daily_buy: true
 90  show_daily_sell: true
 91  show_nonessential: true
 92  invert_grid: true
 93  nonessential_name: Non Essential
 94  nonessential_icon: none
 95  additional_loads: 2
 96  load1_name: HVAC
 97  load2_name: EV
 98  load1_icon: mdi:fan
 99  load2_icon: mdi:car
100  animation_speed: 7
101  max_power: 25000
102  auto_scale: true
103  dynamic_icon: true
104  dynamic_colour: true
105  energy_cost_decimals: 3
106entities:
107  use_timer_248: null
108  priority_load_243: null
109  day_battery_charge_70: sensor.batteries_day_charge
110  day_battery_discharge_71: sensor.batteries_day_discharge
111  day_load_energy_84: sensor.house_consumption_energy_daily
112  day_grid_import_76: sensor.hs_grid_imported_daily
113  day_grid_export_77: sensor.hs_grid_exported_daily
114  day_grid_export_77: sensor.hs_grid_exported_daily
115  day_grid_export_77: sensor.hs_grid_exported_daily
116  day_pv_energy_108: sensor.inverters_daily_yield
117  day_aux_energy: sensor.sunsynk_card_aux_energy_daily
118  inverter_voltage_154: sensor.power_meter_phase_a_voltage
119  inverter_voltage_L2: sensor.power_meter_phase_b_voltage
120  inverter_voltage_L3: sensor.power_meter_phase_c_voltage
121  load_frequency_192: sensor.power_meter_frequency
122  grid_power_169: sensor.house_consumption_power
123  inverter_current_164: sensor.inverter_phase_a_current
124  inverter_current_L2: sensor.inverter_phase_b_current
125  inverter_current_L3: sensor.inverter_phase_c_current
126  inverter_power_175: sensor.inverters_active_power
127  inverter_status_59: sensor.inverters_state
128  radiator_temp_91: null
129  dc_transformer_temp_90: sensor.inverters_internal_temperature
130  pv1_power_186: sensor.inverter_1_pv_1_power
131  pv2_power_187: sensor.inverter_1_pv_2_power
132  pv3_power_188: sensor.inverter_2_pv_1_power
133  pv4_power_189: sensor.inverter_2_pv_2_power
134  pv_total: sensor.inverters_input_power
135  environment_temp: sensor.<your_location>_temp
136  remaining_solar: sensor.energy_production_today_remaining
137  pv1_voltage_109: sensor.inverter_pv_1_voltage
138  pv1_current_110: sensor.inverter_pv_1_current
139  pv2_voltage_111: sensor.inverter_pv_2_voltage
140  pv2_current_112: sensor.inverter_pv_2_current
141  pv3_voltage_113: sensor.inverter_pv_1_voltage_2
142  pv3_current_114: sensor.inverter_pv_1_current_2
143  pv4_voltage_115: sensor.inverter_pv_2_voltage_2
144  pv4_current_116: sensor.inverter_pv_2_current_2
145  battery_voltage_183: sensor.batteries_bus_voltage
146  battery_soc_184: sensor.batteries_state_of_capacity
147  battery_power_190: sensor.batteries_charge_discharge_power
148  battery_current_191: sensor.batteries_bus_current
149  battery_temp_182: sensor.batteries_temperature
150  battery_status: sensor.batteries_status
151  essential_power: sensor.house_consumption_power_less_aux_non_essential
152  essential_load1: sensor.lights_all_active_power
153  essential_load2: sensor.gpo_all_active_power_less_known
154  essential_load1_extra: null
155  essential_load2_extra: null
156  load_power_L1: sensor.shelly3em_phase_a_gpo_power
157  load_power_L2: sensor.shelly3em_phase_b_gpo_power
158  load_power_L3: sensor.shelly3em_phase_c_gpo_power
159  nonessential_power: sensor.sunsynk_card_non_essential_active_power
160  non_essential_load1: sensor.hvac_active_power
161  non_essential_load2: sensor.ev_charger_active_power
162  grid_ct_power_172: sensor.power_meter_phase_a_active_power
163  grid_ct_power_L2: sensor.power_meter_phase_b_active_power
164  grid_ct_power_L3: sensor.power_meter_phase_c_active_power
165  grid_ct_power_total: sensor.power_meter_active_power
166  grid_connected_status_194: sensor.inverters_off_grid_status
167  aux_power_166: sensor.sunsynk_card_aux_active_power
168  aux_connected_status: binary_sensor.sunsynk_card_aux_connected_status
169  energy_cost_buy: sensor.electricity_price
170  energy_cost_sell: sensor.electricity_fit
171  solar_sell_247: switch.null
172  aux_load1: sensor.it_hardware_network_active_power
173  aux_load2: sensor.it_hardware_servers_active_power
174  aux_load1_extra: sensor.env_network_rack_bme280_temperature
175  aux_load2_extra: sensor.garage_controller_bme280_temperature
176  grid_voltage: sensor.power_meter_voltage