May 25, 20233 yr On 2023/03/20 at 4:57 PM, slipx said: Sharing this here in its own thread. This is my effort to replicate the Sunsynk power flow screen as a custom Home Assistant card as well as some Dashboard ideas I've been using. Improvements and suggestions welcome. Features Option to switch between two card styles: lite or full. Animated power flow based on positive/negative/zero sensor values. (Supports inverted battery and AUX power). Dynamic battery image based on SOC (empty->low->medium->high). Grid connected status. Inverter status (standby, normal, self-test, alarm, fault). Configurable battery size and shutdown SOC to calculate and display remaining battery runtime based on current battery usage. Can be toggled off. Daily Totals that can be toggled on or off. Hide all solar data if not installed or specify number of mppts in use. "Use Timer" setting and "Energy Pattern" setting (Priority Load or Priority Battery) shown as dynamic icons with ability to hide if not required. Panel mode for bigger card AUX and Non-essential can be hidden from the full card. Customisable - Change colours and inverter image You can find the latest version and details here Screenshots (Lite, Full) Configuration Refer to the GitHub rep for instructions on how to install. I've also shared my Home Assistant Dashboard that works well for me. You can find the latest version and details here https://github.com/slipx06/Sunsynk-Home-Assistant-Dash Hi @slipx, how do I pull my SS 8kv data into HA via wifi, not using the RS port. Thanks.
May 25, 20233 yr Author Hi. You will have to use the Sunynk Logger (E-Linter) integration. Have a look at the WIKI @Sc00bs has made some videos on how to setup the integration and then configure the card. Both videos below.
May 26, 20233 yr Author v1.4.8 is released Updates Battery now displays time until fully charged BATTERY FLOATING message when SOC >= 99% and -2<=Battery Current<=2
May 27, 20233 yr Author Updates v1.4.9 Better handling of battery attributes with 0 value An optional entity can be added to the card remaining_solar: to display the remaining daily solar forecast energy. You can use the default HA sensor sensor.energy_production_today_remaining or other integrations like solcast to provide the information once setup
May 29, 20233 yr Hi Slipx, thanks for the info, however when i copied the Solarman text into the configuration.yaml file i got several errors and im not sure where the problem can be. like i said, im a novice in terms of doing things in yaml, so its kinda hard for me to do this. any help is greatly appreciated. i dont know if i have to add something else into some other file or what. sorry this is the error i get when checking the yaml configuration.: Integration error: type - Integration 'type' not found. Integration error: entities - Integration 'entities' not found. Integration error: solar - Integration 'solar' not found. Integration error: sensors - Integration 'sensors' not found. Integration error: cardstyle - Integration 'cardstyle' not found. Integration error: show_solar - Integration 'show_solar' not found. Integration error: panel_mode - Integration 'panel_mode' not found. Integration error: grid - Integration 'grid' not found. Integration error: load - Integration 'load' not found. Integration error: battery - Integration 'battery' not found. Edited May 29, 20233 yr by janek
May 29, 20233 yr Hey @slipx Appreciate all the work on this case, its great. With the new feature to toggle and view historical info, instead of seeing the line graph, I get a bar which is impossible to read. Any reason for this? Sample below.
May 29, 20233 yr Author Yes I've noticed this with the E-Linter integration. it seems like it happens when you don't define a unit of measurement for the sensor. Let me relook at the template
May 29, 20233 yr Author ####These templates are needed for the Sunsynk Power Flow Card https://github.com/slipx06/sunsynk-power-flow-card ####Solar Sensors ####solarday_108: sensor.sunsynk_daily_pv_108 ####pv1_power_186: sensor.sunsynk_pv1_186 ####pv2_power_187: sensor.sunsynk_pv1_187 ####pv3_power_188: none ####pv4_power_189: none ####pv1_v_109: sensor.sunsynk_pv1_voltage_109 ####pv1_i_110: sensor.sunsynk_pv1_current_110 ####pv2_v_111: sensor.sunsynk_pv2_voltage_111 ####pv2_i_112: sensor.sunsynk_pv2_current_112 ####pv3_v_113: none ####pv3_i_114: none ####pv4_v_115: none ####pv4_i_116: none - sensor: - name: "Sunsynk Daily PV 108" state: > {{state_attr('sensor.sunsynk_input', 'etoday')|float(0)|round(1)}} unit_of_measurement: kWh - sensor: - name: "Sunsynk PV1 186" state: > {{state_attr('sensor.sunsynk_input', 'pv1')|float(0)|round(0)}} unit_of_measurement: W - sensor: - name: "Sunsynk PV2 187" state: > {{state_attr('sensor.sunsynk_input', 'pv2')|float(0)|round(0)}} unit_of_measurement: W - sensor: - name: "Sunsynk PV1 Voltage 109" state: > {{state_attr('sensor.sunsynk_input', 'pvIV_0_vpv')|float(0)|round(1)}} unit_of_measurement: V - sensor: - name: "Sunsynk PV1 Current 110" state: > {{state_attr('sensor.sunsynk_input', 'pvIV_0_ipv')|float(0)|round(1)}} unit_of_measurement: A - sensor: - name: "Sunsynk PV2 Voltage 111" state: > {{state_attr('sensor.sunsynk_input', 'pvIV_1_vpv')|float(0)|round(1)}} unit_of_measurement: V - sensor: - name: "Sunsynk PV2 Current 112" state: > {{state_attr('sensor.sunsynk_input', 'pvIV_2_ipv')|float(0)|round(1)}} unit_of_measurement: A ####Battery Sensors ####batchargeday_70: sensor.sunsynk_battery_daily_charge_70 ####batdischargeday_71: sensor.sunsynk_battery_daily_discharge_71 ####battery_voltage_183: sensor.sunsynk_battery_voltage_183 ####battery_soc_184: sensor.sunsynk_battery_soc_184 ####battery_out_190: sensor.sunsynk_battery_power_190 ####battery_current_191: sensor.sunsynk_battery_current_191 - sensor: - name: "Sunsynk Battery Daily Charge 70" state: > {{state_attr('sensor.sunsynk_battery', 'etodayChg')|float(0)|round(1)}} unit_of_measurement: kWh - sensor: - name: "Sunsynk Battery Daily Discharge 71" state: > {{state_attr('sensor.sunsynk_battery', 'etodayDischg')|float(0)|round(1)}} unit_of_measurement: kWh - sensor: - name: "Sunsynk Battery Voltage 183" state: > {{state_attr('sensor.sunsynk_battery', 'voltage')|float(0)}} unit_of_measurement: V - sensor: - name: "Sunsynk Battery Soc 184" state: > {{state_attr('sensor.sunsynk_battery', 'soc')|float(0)|round(0)}} unit_of_measurement: "%" - sensor: - name: "Sunsynk Battery Power 190" state: > {{state_attr('sensor.sunsynk_battery', 'power')|float(0)|round(0)}} unit_of_measurement: W - sensor: - name: "Sunsynk Battery Current 191" state: > {{state_attr('sensor.sunsynk_battery', 'current')|float(0)}} unit_of_measurement: A ####Grid Sensors ####grid_buy_day_76: sensor.sunsynk_daily_grid_buy_76 ####grid_sell_day_77: sensor.sunsynk_daily_grid_sell_77 ####grid_external_power_172: sensor.sunsynk_grid_power_172 ####inverter_load_grid_169: sensor.sunsynk_grid_power_169 - sensor: - name: "Sunsynk Grid Power 169" state: > {{state_attr('sensor.sunsynk_grid', 'power')|float(0)|round(0)}} unit_of_measurement: W - sensor: - name: "Sunsynk Grid Power 172" state: > {{state_attr('sensor.sunsynk_grid', 'limiterTotalPower')|float(0)|round(0)}} unit_of_measurement: W - sensor: - name: "Sunsynk Daily Grid Buy 76" state: > {{state_attr('sensor.sunsynk_grid', 'etodayFrom')|float(0)|round(1)}} unit_of_measurement: kWh - sensor: - name: "Sunsynk Daily Grid Sell 77" state: > {{state_attr('sensor.sunsynk_grid', 'etodayTo')|float(0)|round(1)}} unit_of_measurement: kWh ####Load Sensors ####loadday_84: sensor.sunsynk_daily_load_84 ####essential_power: sensor.sunsynk_load_power_ess ####aux_power_166: sensor.sunsynk_output_aux_power_166 - sensor: - name: "Sunsynk Daily Load 84" state: > {{state_attr('sensor.sunsynk_load', 'dailyUsed')|float(0)|round(1)}} unit_of_measurement: kWh - sensor: - name: "Sunsynk Load Power Ess" state: > {{state_attr('sensor.sunsynk_load', 'totalpower')|float(0)|round(0)}} unit_of_measurement: W - sensor: - name: "Sunsynk Output Aux Power 166" state: > {{state_attr('sensor.sunsynk_output', 'poweraux')|float(0)|round(0)}} unit_of_measurement: W ####Inverter Sensors ####use_timer_248: sensor.current_use_timer_248 ####priority_load_243: sensor.energy_mode_243 ####inverter_grid_voltage_154: sensor.sunsynk_output_voltage_154 ####inverter_load_freq_192: sensor.sunsynk_output_frequency_192 ####inverter_out_164: sensor.sunsynk_output_current_164 ####inverter_out_175: sensor.sunsynk_output_total_power_175 ####grid_status_194: sensor.sunsynk_grid_online_194 ####inverter_status_59: sensor.sunsynk_inverter_status_59 - sensor: - name: "Current Use Timer 248" state: > {% if (state_attr('sensor.sunsynk_settings', 'peakAndVallery') |float ) == 1 %} on {% else %} off {% endif %} - sensor: - name: "Energy Mode 243" state: > {% if (state_attr('sensor.sunsynk_settings', 'energyMode') | float) == 1 %} on {% else %} off {% endif %} - sensor: - name: "Sunsynk Output Voltage 154" state: > {{state_attr('sensor.sunsynk_output', 'vip_0_volt')|float(0)|round(1)}} unit_of_measurement: V - sensor: - name: "Sunsynk Output current 164" state: > {{state_attr('sensor.sunsynk_output', 'vip_0_current')|float(0)|round(1)}} unit_of_measurement: A - sensor: - name: "Sunsynk Output Frequency 192" state: > {{state_attr('sensor.sunsynk_output', 'fac')|float(0)|round(1)}} unit_of_measurement: Hz - sensor: - name: "Sunsynk Output Total Power 175" state: > {{state_attr('sensor.sunsynk_output', 'totalpower')|float(0)|round(0)}} unit_of_measurement: W - sensor: - name: "SunSynk Inverter Status 59" state: > {{ state_attr("sensor.sunsynk_invertor_list", "infos_0_gatewayVO_status") }} - sensor: - name: "Sunsynk Grid Online 194" state: > {{state_attr('sensor.sunsynk_grid', 'gridonline')|float|round(0)}} Try this
May 29, 20233 yr Author 1 hour ago, janek said: Hi Slipx, thanks for the info, however when i copied the Solarman text into the configuration.yaml file i got several errors and im not sure where the problem can be. like i said, im a novice in terms of doing things in yaml, so its kinda hard for me to do this. any help is greatly appreciated. i dont know if i have to add something else into some other file or what. sorry this is the error i get when checking the yaml configuration.: Integration error: type - Integration 'type' not found. Integration error: entities - Integration 'entities' not found. Integration error: solar - Integration 'solar' not found. Integration error: sensors - Integration 'sensors' not found. Integration error: cardstyle - Integration 'cardstyle' not found. Integration error: show_solar - Integration 'show_solar' not found. Integration error: panel_mode - Integration 'panel_mode' not found. Integration error: grid - Integration 'grid' not found. Integration error: load - Integration 'load' not found. Integration error: battery - Integration 'battery' not found. It looks like you are trying to paste that into your configuration.yaml. Which is not correct. First things first. Have you installed HACS https://hacs.xyz/docs/setup/download/?
May 30, 20233 yr Hi Slipx, yes, i have pasted it into the config.yaml file - as per some viedo on youtube. i guess not right, huh. i have installed HACS and have installed your sunsynk powerflow card, i have the deye inverter which im reading data from via the solarman integration. all of this is working fine. just dont know how to set up your card and get it functioning. right now i have the card, but with no data. so i hope you can help me through. sorry for such newbie questions, but i would really love to get this working. once its up and running, i think i can slowly tinker with it and figure out how the card yaml works and which things i can modify to best suit my needs. just need to get it working thanks for your help man. Edited May 30, 20233 yr by janek
May 30, 20233 yr Author v1.5.4 Updates Changes some sensors back to integers to fix rounding issues Introduces two new optional data points on the card through optional autarky: configuration under the inverter section. (Enabled by default set to no to hide. Autarky is the percentage of self sufficiency through Home Production. Ratio is the percentage of produced electricity used by the home. It calculated based on the formula below and borrowed from the Power Distribution Card Autarky in Percent = Home Production(Daily Solar + Daily Battery Discharge + Daily Grid Sell)*100 / Home Consumption (Daily Load + Daily Grid Buy + Daily Battery Charge) Ratio in Percent = Home Consumption(Daily Load + Daily Grid Buy +Daily Battery Charge) / Home Production(Daily Solar + Daily Battery Discharge + Daily Grid Sell)*100 Edited May 30, 20233 yr by slipx
May 30, 20233 yr Author 7 hours ago, janek said: Hi Slipx, yes, i have pasted it into the config.yaml file - as per some viedo on youtube. i guess not right, huh. i have installed HACS and have installed your sunsynk powerflow card, i have the deye inverter which im reading data from via the solarman integration. all of this is working fine. just dont know how to set up your card and get it functioning. right now i have the card, but with no data. so i hope you can help me through. sorry for such newbie questions, but i would really love to get this working. once its up and running, i think i can slowly tinker with it and figure out how the card yaml works and which things i can modify to best suit my needs. just need to get it working thanks for your help man. OK. You need to update the card configuration with your specific solarman sensors. There is an example config on the github page. It will look like this when you edit the card.
May 30, 20233 yr Hey @slipx You are an absolute legend for all of this - thank you! I posted on another threat so apologies for asking here but: Would you mind sharing your other card codes? (The Sunsynk Power Flow Card one is sorted on my end) (I've added all the required HACS cards as per your Github). Also, which sensors are you using for the battery config in the HA Energy Dashboard? -Energy into battery -Energy out battery
May 30, 20233 yr Author Hi. All the card configurations are here https://github.com/slipx06/Sunsynk-Home-Assistant-Dash/blob/main/Dashboard.yaml EDIT: I've just updated the repo with my latest changes My energy dashboard is configured like so - platform: modbus_controller # 072 Battery Charge Energy Total modbus_controller_id: sunsynk name: "Total Battery Charge (kWh)" id: total_battery_charge_kwh register_type: holding address: 72 unit_of_measurement: "kWh" accuracy_decimals: 1 device_class: energy state_class: total_increasing value_type: U_DWORD_R filters: - multiply: 0.1 - platform: modbus_controller # 074 Battery Discharge Energy Total modbus_controller_id: sunsynk name: "Total Battery Discharge (kWh)" id: total_battery_discharge_kwh register_type: holding address: 74 unit_of_measurement: "kWh" accuracy_decimals: 0 device_class: energy state_class: total_increasing value_type: U_DWORD_R filters: - multiply: 0.1 Edited May 30, 20233 yr by slipx Updated with latest changes
May 30, 20233 yr 38 minutes ago, slipx said: Hi. All the card configurations are here https://github.com/slipx06/Sunsynk-Home-Assistant-Dash/blob/main/Dashboard.yaml EDIT: I've just updated the repo with my latest changes My energy dashboard is configured like so - platform: modbus_controller # 072 Battery Charge Energy Total modbus_controller_id: sunsynk name: "Total Battery Charge (kWh)" id: total_battery_charge_kwh register_type: holding address: 72 unit_of_measurement: "kWh" accuracy_decimals: 1 device_class: energy state_class: total_increasing value_type: U_DWORD_R filters: - multiply: 0.1 - platform: modbus_controller # 074 Battery Discharge Energy Total modbus_controller_id: sunsynk name: "Total Battery Discharge (kWh)" id: total_battery_discharge_kwh register_type: holding address: 74 unit_of_measurement: "kWh" accuracy_decimals: 0 device_class: energy state_class: total_increasing value_type: U_DWORD_R filters: - multiply: 0.1 Thank you so much!
June 1, 20233 yr Author v1.5.6 Updates Adds support for optional display of temperature attributes. The following new sensors can be added to the card configuration: battery_temp: inverter_ac_temp: inverter_dc_temp:
June 2, 20233 yr Author v1.5.7 Updates Add optional dynamic speed animations depending on power draw. PR#29. Thanks @Papsnoek. New attributes can be configured for battery, grid, load and solar. If not defined this is disabled and default speeds are used. animation_speed: - Set slowest animation speed in seconds, depending on Power draw max_power: - Maximum Power draw to calculate animation speed Adds an optional attribute (invert_grid:) to invert grid power. See Readme.
June 4, 20233 yr Author v1.6 Updates This release adds System Timer information to the battery display. (PR#36 Thanks @Papsnoek). The card accepts 18 (optional) additional sensors to read data for the six time slots (prog1 - prog6). For example prog1 sensors below: |prog1_time:| Optional | select.ss_prog1_time | Program 1 start time (HH:MM) |prog1_capacity:| Optional | number.ss_prog1_capacity | Program 1 capacity (SOC) setting |prog1_charge:| Optional | select.ss_prog1_charge | Program 1 charge options (on/off, 0/1, No Grid or Gen) The battery display will show the set time slot SOC capacity next to the current SOC and adjust the time to charge or discharge accordingly. There is an additional icon next to the Timer On /Timer Off text which indicates if grid charge is active/inactive for the current time slot.
June 4, 20233 yr Author v1.6.2 The Auxiliary load can be renamed using the optional aux_name: attribute under the Load section The Non-essential load can be configured to display two additional sensor values i.e. Geyser/Car charger and supports renaming. The following new optional attributes have been added to the Grid Section: nonessential_name: Set the display name for the Non-Essential Load nonessential_dual: Toggle the display of two Non-Essential loads (yes/no) load1_name: Set the display name for the Non-Essential Load 1 load2_name: Set the display name for the Non-Essential Load 2 The following entity sensors will be read to populate the two loads: non_essential_load1: Sensor that contains the power of your non-essential load (W) non_essential_load2: Sensor that contains the power of your non-essential load (W)
June 5, 20233 yr Author v1.6.3 Updates The card supports the display of an additional essential load in both the full and lite views. The following optional new attributes have been added to the load section: additional_loads: Display an additional load on the essential side (one/no) load1_name: Set the display name for the Essential Load 1 The power for the additional load is read from the following optional entities sensor: essential_load1: Sensor that contains the power of your essential load 1 (W) Edited June 5, 20233 yr by slipx
June 6, 20233 yr Hey @slipx I tried to modify the card below to include the "left today" solar on the top right side of this card without any luck. I thought it would be quite useful to have this in the card 😉
June 6, 20233 yr Author V1.6.4 is released Updates - MPPTs labels can now be customized. The following optional card attributes can be added to the solar section: - pv1_name: - pv2_name: - pv3_name: - pv4_name: - Sensor data can now be hidden from the card when setting the entities value to `none`. If you prefer to keep the `0` placehoder then set it to zero or any other value Fixes Adjust position of the AC temperature when MPPTs is set to `four` to fix overlap
June 6, 20233 yr Author 2 hours ago, Muttley said: Hey @slipx I tried to modify the card below to include the "left today" solar on the top right side of this card without any luck. I thought it would be quite useful to have this in the card 😉 Try this type: custom:flex-horseshoe-card view_layout: grid-area: g1 entities: - entity: sensor.sunsynk_totalsolar decimals: 0 unit: W name: Solar - entity: sensor.pv1_power decimals: 0 unit: W name: PV1 - entity: sensor.pv2_power decimals: 0 unit: W name: PV2 - entity: sensor.dc1_voltage decimals: 0 unit: V - entity: sensor.dc2_voltage decimals: 0 unit: V - entity: sensor.dc1_current decimals: 1 unit: A - entity: sensor.dc2_current decimals: 1 unit: A - entity: sensor.daily_pv_power_kwh decimals: 2 unit: kWh name: Daily - entity: sensor.solcast_forecast_remaining_today decimals: 2 unit: kWh name: Left Today show: horseshoe_style: autominmax layout: hlines: - id: 0 xpos: 50 ypos: 40 length: 70 styles: - opacity: 0.2; vlines: - id: 0 xpos: 50 ypos: 59 length: 36 styles: - opacity: 0.2; states: - id: 0 entity_index: 0 xpos: 50 ypos: 33 styles: - font-size: 3em; - opacity: 0.9; - id: 1 entity_index: 1 xpos: 47 ypos: 53 styles: - font-size: 1.5em; - text-anchor: end; - id: 2 entity_index: 2 xpos: 53 ypos: 53 styles: - text-anchor: start; - font-size: 1.5em; - id: 3 entity_index: 3 xpos: 46 ypos: 63 styles: - text-anchor: end; - font-size: 1.5em; - id: 4 entity_index: 4 xpos: 53 ypos: 63 styles: - text-anchor: start; - font-size: 1.5em; - id: 5 entity_index: 5 xpos: 46 ypos: 73 styles: - text-anchor: end; - font-size: 1.5em; - id: 6 entity_index: 6 xpos: 53 ypos: 73 styles: - text-anchor: start; - font-size: 1.5em; - id: 7 entity_index: 7 xpos: 0 ypos: 7 styles: - text-anchor: start; - font-size: 1.2em; - id: 8 entity_index: 8 xpos: 75 ypos: 7 styles: - text-anchor: start; - font-size: 1.2em; icons: - id: 0 entity_index: 1 xpos: 1 ypos: 53 align: start size: 1 - id: 1 entity_index: 2 xpos: 53 ypos: 65 align: end size: 0.5 names: - id: 0 entity_index: 0 xpos: 50 ypos: 95 styles: - font-size: 1.2em; - id: 1 entity_index: 1 xpos: 15 ypos: 45 styles: - text-anchor: start; - font-size: 0.5em; - id: 2 entity_index: 2 xpos: 85 ypos: 45 styles: - text-anchor: end; - font-size: 0.5em; - id: 3 entity_index: 7 xpos: 0 ypos: 12 styles: - text-anchor: start; - font-size: 0.5em; - id: 4 entity_index: 8 xpos: 80 ypos: 12 styles: - font-size: 0.5em; - text-anchor: start; horseshoe_scale: min: 0 max: 7000 width: 6 color_stops: '0': orange '2000': orange card_mod: style: | ha-card { --ha-card-background: var(--card-background-color); color: var(--primary-color); } Edited June 6, 20233 yr by slipx
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