Just a small tip - The new textual version of the plan can be shown on an android widget

[WyndStryke]

Just a very small tip, in case people weren't aware, but home assistant's android app allows html entities to be shown on the phone screen without having to open up the app.

• Create a new page on your phone screen, or pick a page which has a decent amount of free space
• Add widget
• home assistant
• template widget

Enter the following as the template

<b>Predbat plan:</b>
{{state_attr('predbat.plan_html', 'text')}}

Text size 20

I have a stack of similar ones, showing battery cycles & warranty info, a summary of the solar inverter status, and so forth.

My inverter status page is a lot uglier than Trevor's plan, since it's being worked out in the template rather than simply querying an entity.

{%- set work_mode = states('select.work_mode') -%}
{%- set remaining_battery_nominal_capacity = (states('sensor.bms_kwh_remaining') | float)%}
{%- set batt_discharge = (states('sensor.battery_discharge_today') | float) %}
{%- set batt_charge = (states('sensor.battery_charge_today') | float) %}
{%- set batt_charge_now = states('sensor.battery_charge') | float | round(2) %}
{%- set batt_discharge_now = states('sensor.battery_discharge') | float | round(2) %}
{%- set load_power_now = states('sensor.shelly_3em_c8_consumer_unit_channel_b_power')|float|round(0) %}
{%- set load_energy = states('sensor.shelly_3em_c8_ch_b_daily_energy')|float|round(2) %}
{%- set grid_ct = (states('sensor.shelly_3em_c8_consumer_unit_channel_a_power')|float / -1000)|round(2) %}
{%- set bat_soc = states('sensor.foxess_battery_soc_exact')|float|round(2)%}
{%- set bat_soc_kWh = (bat_soc * remaining_battery_nominal_capacity / 100.0) | round(1) %}
{%- set bat_min_soc = states('sensor.min_soc_on_grid')|float|round(2)%}
{%- set bat_soc_kWh_usable = ((bat_soc - bat_min_soc) * remaining_battery_nominal_capacity / 100.0) | round(1) %}
{%- set grid_consumption_cheap = states('sensor.eon_next_drive_utility_meter_grid_daily_cheap')|float|round(3)%}
{%- set grid_consumption_cheap_cost = (grid_consumption_cheap * (states('input_number.eon_next_drive_cheap_price_gbp_kwh') |float))|round(2) %}
{%- set grid_consumption_day = states('sensor.eon_next_drive_utility_meter_grid_daily_day')|float|round(3)%}
{%- set grid_consumption_day_cost = (grid_consumption_day * (states('input_number.eon_next_drive_day_price_gbp_kwh') |float))|round(2) %}
{%- set grid_export = states('sensor.feed_in_energy_today')|float|round(3) %}
{%- set grid_export_value = states('sensor.eon_next_drive_grid_export_value_gbp') |float|round(2) %}
{%- set grid_export_price = states('input_number.eon_next_export_price_gbp_kwh') |float %}
{%- set pv_energy_today = states('sensor.pv_energy_today')|float|round(2) %}
{%- set pv2_energy_today = states('sensor.pv2_energy_today')|float|round(2) %}
{%- set pv3_energy_today = states('sensor.pv3_energy_today')|float|round(2) %}
{%- set pv_energy_forecast_today = states('sensor.solcast_pv_forecast_forecast_today')|float|round(1) %}
{%- set pv_energy_remaining_today = states('sensor.solcast_pv_forecast_forecast_remaining_today')|float|round(1) %}
{%- set pv_power_now = states('sensor.pv_power')|float|round(2) %}
{%- set pv2_power_now = states('sensor.pv2_power')|float|round(2) %}
{% set pv3_power_now = states('sensor.pv3_power')|float|round(2) %}
{% set export_estimate_today = states('sensor.FoxESS_export_estimate_today')|float %}

Work mode:&nbsp;<b>{{work_mode}}</b> &nbsp;
{%- if work_mode == 'Force Charge' -%}
 (<b>{{states('number.force_charge_power')}}</b>kW)
{%- elif work_mode == 'Force Discharge' -%}
 (<b>{{states('number.force_discharge_power')}}</b>kW)
{%- endif %}

Battery SoC <b>{{bat_soc}}</b>% (<b>{{bat_soc_kWh}}</b>kWh, usable <b>{{bat_soc_kWh_usable}}</b>)&nbsp;{%- if batt_charge_now > 0 -%}Charging <b>{{batt_charge_now}}</b>kW{%- elif batt_discharge_now > 0 -%}Discharging <b>{{batt_discharge_now}}</b>kW{%else%}Idle{%endif%}
Total charge  <b>{{batt_charge}}</b>kWh, discharge <b>{{batt_discharge}}</b>kWh (remaining <b>{{(batt_charge - batt_discharge)|round(1)}}</b>)

{%- if grid_consumption_day > 0 %}
  {%- set grid_consumption_day_desc = ", <b>" ~ grid_consumption_day ~ "</b> kWh (£<b>" ~ (grid_consumption_day_cost|round(2))  ~ "</b>) day" %} 
{%- else %}
  {%- set grid_consumption_day_desc = '' %}
{%- endif %}

Grid <b>{{grid_ct|abs}}</b>kW <b>{% if grid_ct > 0.01 %}Export{% elif (grid_ct|abs) > 0.01 %}Import{% else %}Idle{% endif %}</b>
Total import <b>{{grid_consumption_cheap}}</b>kWh (£<b>{{grid_consumption_cheap_cost|round(2)}}</b>) cheap{{grid_consumption_day_desc}}, Export <b>{{grid_export}}</b>kWh (£<b>{{grid_export_value}}</b>), profit £<b>{{(grid_export_value - grid_consumption_cheap_cost)|round(2)}}</b>, estimated export <b>{{export_estimate_today}}</b>kWh (£<b>{{(export_estimate_today * grid_export_price) | round(2)}}</b>, £<b>{{((export_estimate_today * grid_export_price)  - grid_consumption_cheap_cost )| round(2)}}</b> est profit)


Solar&nbsp; 
{%- if pv_power_now > 0 -%}
now <b>{{pv_power_now}}</b>kW (east <b>{{pv2_power_now}}</b>, west <b>{{pv3_power_now}}</b>) <b>{{ states('weather.forecast_home') }}</b>, cloud coverage: <b>{{ state_attr('weather.forecast_home', 'cloud_coverage') | int }}</b> {%- endif %} 
Total <b>{{pv_energy_today}}</b>kWh (east <b>{{pv2_energy_today}}</b>, west <b>{{pv3_energy_today}}</b>), forecast <b>{{pv_energy_forecast_today}}</b> {%- if (pv_energy_remaining_today > 0) and (pv_energy_today > 0) %} with <b>{{pv_energy_remaining_today}}</b> remaining (<b>{{(pv_energy_today + pv_energy_remaining_today)|round(1, 'floor')}}</b>){%endif%}  


Household load <b>{{ load_power_now }}</b>W, <b>{{ load_energy }}</b>kWh, inverter losses <b>{{ (states('sensor.load_energy_riemann_today')|float - load_energy) | round(2) }}</b>kWh