2 hours ago, gkj_muk said:

Thank you very much for a great card. I am failing to get my Autarky values to show, I know its something to do with my entities but I cannot figure out which entities, are you able to point me in the correct direction?

 

 

Hi. What is your Autarky card attribute set to? power or energy? Nan means you are providing input that is not a number? So probably a sensor that is "Unavailable"

By default it calculates Autarky and Ratio based on power. It reads the following sensors:

totalsolar, battery_power , aux_power , essential, nonessential 

It requires daily totals to be setup if set to Energy   

Edited July 20, 20232 yr by slipx

Sorted!! it was right under my nose! thank you very much, it was the nonessential I was reading an unavailable entity for my non-essential

Edited July 21, 20232 yr by gkj_muk

@slipx May I ask, the Monthly Card ( Card 16 )from your dashboard. Does this card only show Data after a month or will it show data that has accumulated during the month ?

All my cards are working but the Monthly Production is showing no info ? Maybe have to wait till the end of the month.

Double checked the sensors and they all correct.

Would appreciate some advice.

Thanks

Hi. Yes you need to wait. At least one month needs to pass before it starts to display data, unless you already have sufficient long term statistics captured for those sensors. 

Thanks @slipx appreciate the reply. Just wanted to make sure that it was not my fault. Thanks

How about creating some new awesome cards, Love your work.

On 2023/07/20 at 6:22 PM, slipx said:

Hi. @Muttley No it doesn't work like that. The nonessential load will be supplied from the grid and is not an input to the inverter. Additionally the AUX input not shown on your diagram can be used to feed power i.e. micro-inverter or generator as well ad supply power to a load.

Thanks for the feedback and the explanation 😉

@slipx I would like to add energy cost, could you help and explain, how I add the energy cost? Where do I add currency cost to work out the cost?

Thanks

 

The card makes provision to display the current electricity price if you have a sensor that provides this. e.g. a tibber sensor. 
 

@slipx Is there a way that I can change the colour of the Generator, different colour from the Load ? I like Aux and Load Icons to be two different colours thanks.

3 hours ago, Vaughanza said:

@slipx Is there a way that I can change the colour of the Generator, different colour from the Load ? I like Aux and Load Icons to be two different colours thanks.

I'm sure I can add that for you

v1.9.3

Updates
Adds the optional aux_colour attribute to the load card configuration to change the colour of all the AUX objects. If omitted will use the colour set for the load or default load colour if this is not set.

@slipx You a star , thanks

Hi @slipx Thansk for your efforts here. Top notch card.

I'm busy applying the card to my luxpower inverter and trying to match the sensors so would appreciate some assistance with my assumptions below.

 

  inverter_voltage_154: 

  load_frequency_192: 

  inverter_current_164: 

  inverter_power_175: 

Is this what the inverter is sending to the house?

 

inverter_status_59:

I'm guessing I need to change the code mappings in your sourcecode to show the correct luxpower statuses?

 

battery_power_190: 

battery_current_191:

grid_power_169:

Is this for both in and out, so a discharge current/power must be represented by a negative value?

EDIT: Nevermind... I see the docs confirmed this question.

 

day_load_energy_84:

kWh consumed by the house for the day?

 

 

 

Edited July 30, 20232 yr by Zombie

3 hours ago, Zombie said:

Hi @slipx Thansk for your efforts here. Top notch card.

I'm busy applying the card to my luxpower inverter and trying to match the sensors so would appreciate some assistance with my assumptions below.

  inverter_voltage_154: 

  load_frequency_192: 

  inverter_current_164: 

  inverter_power_175: 

  

Is this what the inverter is sending to the house?

 

inverter_status_59:

I'm guessing I need to change the code mappings in your sourcecode to show the correct luxpower statuses?

 

battery_power_190: 

battery_current_191:

grid_power_169:

Is this for both in and out, so a discharge current/power must be represented by a negative value?

EDIT: Nevermind... I see the docs confirmed this question.

 

day_load_energy_84:

kWh consumed by the house for the day?

 

 

 

Hi

Does this help https://github.com/slipx06/sunsynk-power-flow-card/wiki/Example-Card-Configurations#luxpower-tek-inverter

If you look at the readme their is a brief description of the different entities. 

day_load_energy_84 - This is the energy used by the load on the inverter output

inverter_voltage_154:  - Voltage from inverter measurement point

load_frequency_192:  -  The frequency of the load on the output

inverter_current_164:  -  Current from inverter measurement point

inverter_power_175:  - Power from inverter measurement point

You can supply these with sensors that make the most sense for your setup and what you are interested in seeing. 

 

Edited July 30, 20232 yr by slipx

1 hour ago, slipx said:

Hi

Does this help https://github.com/slipx06/sunsynk-power-flow-card/wiki/Example-Card-Configurations#luxpower-tek-inverter

If you look at the readme their is a brief description of the different entities. 

day_load_energy_84 - This is the energy used by the load on the inverter output

inverter_voltage_154:  - Voltage from inverter measurement point

load_frequency_192:  -  The frequency of the load on the output

inverter_current_164:  -  Current from inverter measurement point

inverter_power_175:  - Power from inverter measurement point

You can supply these with sensors that make the most sense for your setup and what you are interested in seeing. 

 

Haibo!!!  I'm sure I looked the other day and there was no Luxpower entry. Sorry for wasting your time.

 

PS. Had a quick scan. I don't have have any of those entities. I use the lxpbridge integration. I'll do the mappings and send to you so you can have a copy/paste solution for it. 

 

Thanks

@slipx is there any way that we can create an entity for Autarky?

I'd like to be able to view this within my bar-card on my front page of HA and also be able to view this over a date range.

(will help convince the Mrs why we need more panels and batteries 🤪)

5 hours ago, Muttley said:

is there any way that we can create an entity for Autarky?

Copied directly from the javaScript. Turning this into an entity should be very easy

```

const stateObj = this.hass.states[config.entities.day_battery_discharge_71] || { state: '0' };

const stateObj1 = this.hass.states[config.entities.day_battery_charge_70] || { state: '0' };

const stateObj2 = this.hass.states[config.entities.day_load_energy_84] || { state: '0' };

const stateObj3 = this.hass.states[config.entities.day_grid_import_76] || { state: '0' };

const stateObj4 = this.hass.states[config.entities.day_pv_energy_108] || { state: '0' };

 

//Autarky in Percent = Home Production / Home Consumption

//Ratio in Percent = Home Consumption / Home Production

let production_e = parseFloat(stateObj4.state) + parseFloat(stateObj.state);

let consumption_e = parseFloat(stateObj2.state) + parseFloat(stateObj1.state);

let Autarky = consumption_e != 0 ? Math.min(Math.round((production_e * 100) / consumption_e), 100) : 0;

let Ratio = production_e != 0 ? Math.min(Math.round((consumption_e * 100) / production_e), 100) : 0;

```

Or if you want to use power output to calculate, which provides more real time data and is the default for the card, the formula is

    let production_p = parseInt(totalsolar) + parseInt(`${battery_power > 0 ? battery_power : 0}`) + parseInt(`${aux_power < 0 ? aux_power * -1 : 0}`);
    let consumption_p = parseInt(essential) + parseInt(nonessential) + parseInt(`${aux_power > 0 ? aux_power : 0}`) + parseInt(`${battery_power < 0 ? battery_power * -1 : 0}`);
    let Autarkyp = consumption_p != 0 ? Math.min(Math.round((production_p * 100) / consumption_p), 100) : 0;
    let Ratiop = production_p != 0 ? Math.min(Math.round((consumption_p * 100) / production_p), 100) : 0;

 

v1.9.4

Updates
You can now provide a sensor for your total solar output. There is a new entities attribute called pv_total:
If a sensor is provided it becomes clickable to show historical data. If no sensor is provided the card will continue to use the internal logic to calculate the total pv based on pv1+pv2+pv3+pv4

16 hours ago, slipx said:

Or if you want to use power output to calculate, which provides more real time data and is the default for the card, the formula is

    let production_p = parseInt(totalsolar) + parseInt(`${battery_power > 0 ? battery_power : 0}`) + parseInt(`${aux_power < 0 ? aux_power * -1 : 0}`);
    let consumption_p = parseInt(essential) + parseInt(nonessential) + parseInt(`${aux_power > 0 ? aux_power : 0}`) + parseInt(`${battery_power < 0 ? battery_power * -1 : 0}`);
    let Autarkyp = consumption_p != 0 ? Math.min(Math.round((production_p * 100) / consumption_p), 100) : 0;
    let Ratiop = production_p != 0 ? Math.min(Math.round((consumption_p * 100) / production_p), 100) : 0;

 

Thanks - will consult with me good old friend Google for the next steps

 

Not tested, but a good starting point

EDIT updated to handle ?. You'll need another template to limit output between 0 and 100 Limit maximum value to 100

sensor:
  - platform: template
    sensors:
      production_p:
        friendly_name: "Production Power"
        unit_of_measurement: "W"
        value_template: >
          {% set battery_power = states('sensor.battery_power') | int %}
          {% set aux_power = states('sensor.aux_power') | int %}
          {% set prod_solar = states('sensor.totalsolar') | int %}
          {% set prod_p = prod_solar + (battery_power if battery_power > 0 else 0) + (aux_power * -1 if aux_power < 0 else 0) %}
          {{ prod_p }}

      consumption_p:
        friendly_name: "Consumption Power"
        unit_of_measurement: "W"
        value_template: >
          {% set battery_power = states('sensor.battery_power') | int %}
          {% set aux_power = states('sensor.aux_power') | int %}
          {% set cons_essential = states('sensor.essential') | int %}
          {% set cons_nonessential = states('sensor.nonessential') | int %}
          {% set cons_p = cons_essential + cons_nonessential + (aux_power if aux_power > 0 else 0) + (battery_power * -1 if battery_power < 0 else 0) %}
          {{ cons_p }}

      autarky_p:
        friendly_name: "Autarky Percentage"
        unit_of_measurement: "%"
        value_template: >
          {% set cons_p = states('sensor.consumption_p') | int %}
          {% set prod_p = states('sensor.production_p') | int %}
          {% if cons_p != 0 %}
            {% set autarky = ((prod_p * 100) / cons_p) %}
            {% if autarky >= 100 %}
              {% set autarky = 100 %}
            {% endif %}
          {% else %}
            {% set autarky = 0 %}
          {% endif %}
          {{ autarky }}

      ratio_p:
        friendly_name: "Production/Consumption Ratio"
        unit_of_measurement: "%"
        value_template: >
          {% set cons_p = states('sensor.consumption_p') | int %}
          {% set prod_p = states('sensor.production_p') | int %}
          {% if prod_p != 0 %}
            {% set ratio = ((cons_p * 100) / prod_p) | round(0) %}
            {% if ratio >= 100 %}
              {% set ratio = 100 %}
          {% else %}
            {% set ratio = 0 %}
          {% endif %}
          {{ ratio }}

Edited August 1, 20232 yr by slipx

v1.9.5

Updates
Adds a new entities attribute called aux_connected_status: This is similar to the grid_connected_status and accepts a binary sensor to indicate the connection status of the AUX input/output. Valid input is a 1/0 or on/off
Adds a new aux_off_colour attribute under the load card configuration to set the colour of the AUX icon and label when disconnected or off

Found this whilst searching for inverter monitoring elements: 

 

Guys can someone explain what is Autarky on the power flow card and how it works please ?

 

6 hours ago, Vaughanza said:

Guys can someone explain what is Autarky on the power flow card and how it works please ?

 

from the integration github:

Quote

 

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

 

Edited August 9, 20232 yr by mzezman