360 lines
16 KiB
YAML
360 lines
16 KiB
YAML
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automation:
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# The inverter can only generate 5kW of AC power. IFF the battery is not-full, it can generate 5kW of AC _and_ charge
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# battery at up to 6.6kW, which saturates our 8.46 kW of PV
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#
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# So, preventing the battery from getting full too early on a sunny day will increase our overall yield, because the
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# inverter won't have to derate the PV power to 5kW.
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#
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# [1]: https://discord.com/channels/936031869001158666/1008992991643455529
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# [2]: https://discord.com/channels/936031869001158666/936031869001158669/1011882768021590036
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- id: 05bdc8eb58714c26c2fe
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alias: Inverter - maximise output
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mode: restart
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trigger:
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- platform: state
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entity_id:
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- sensor.inverter_pv_power
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- sensor.inverter_battery_level
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- sensor.inverter_active_power
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- sensor.home_weather_cloud_coverage
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- sensor.home_weather_forecast_cloud_coverage
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- sensor.solcast_forecast_today
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- sensor.solcast_forecast_this_hour
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- sensor.solcast_forecast_remaining_today
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# - sensor.home_weather_forecast_condition
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- sensor.home_weather_condition
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# - weather.home
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- weather.home_hourly # can use attributes on this one to make decisions about the coming hours
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# - weather.home_weather
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- sun.sun # use `next_setting` attribute to ensure battery is online at least an hour before sunset
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not_to:
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- unavailable
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- unknown
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variables:
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# Magic numbers
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ems_self_consume: 0
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ems_forced: 2
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battery_charge: 0xAA
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battery_discharge: 0xBB
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battery_stop: 0xCC
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active_power_limit: 4999 # W
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active_power_buffer: 400 # W - how much below limit we want to sit
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battery_upper_limit: 99.5 # % - above this, let the BMS choose the charge rate
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battery_capacity: 12.8 # kWh
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# Shorthands
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current_active_power: "{{ states('sensor.inverter_active_power') | int(default=active_power_limit) }}"
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current_pv_power: "{{ states('sensor.inverter_pv_power') | int(default=0) }}"
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current_load_power: "{{ states('sensor.inverter_load_power') | int(default=current_pv_power) }}"
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current_ems_mode: "{{ states('sensor.inverter_ems_mode_raw') | int(default=-1) }}"
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current_battery_mode: "{{ states('sensor.inverter_forced_battery_mode_raw') | int(default=0) }}"
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battery_level: "{{ states('sensor.inverter_battery_level') | float(default=100) }}"
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forced_battery_power: "{{ states('sensor.inverter_battery_forced_charge_discharge_power') | int(default=0) }}"
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forecast_total: "{{ states('sensor.solcast_forecast_today') | float(default=0) }}"
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forecast_remaining: "{{ states('sensor.solcast_forecast_remaining_today') | float(default=0) }}"
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forecast_hour: "{{ states('sensor.solcast_forecast_this_hour') | float(default=0) / 1000.0 }}"
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forecast_remaining_pessimistic: "{{ [0, forecast_remaining - forecast_hour] | max }}"
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# battery_lower_limit: >
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# {% if is_state('sensor.home_weather_condition', 'sunny') %}
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# {{ 10 }}
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# {% elif is_state('sensor.home_weather_condition', 'partlycloudy') %}
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# {{ 20 }}
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# {% else %}
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# {{ 70 }}
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# {% endif %}
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battery_lower_limit: 10 # ignoring above as weather forecast is too unreliable anyway
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target_active_power: "{{ active_power_limit - active_power_buffer }}"
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# TODO: make this scale proportionally to how far it is from target battery charge.
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desired_forced_battery_power: >
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{% if current_pv_power > target_active_power %}
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{{ current_pv_power - target_active_power }}
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{% else %}
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10
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{% endif %}
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is_forced_charging: >
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{{ current_ems_mode == ems_forced and current_battery_mode == battery_charge }}
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is_forced_discharging: >
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{{ current_ems_mode == ems_forced and current_battery_mode == battery_discharge }}
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is_self_consuming: >
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{{ current_ems_mode == ems_self_consume }}
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kwh_until_full: >
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{{ battery_capacity * ((100 - battery_level)/100) }}
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enough_in_day: >
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{{ 2.5 * kwh_until_full < forecast_remaining_pessimistic }}
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generating_more_than_usage: >
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{{ current_pv_power > (1.5 * current_load_power) }}
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# target_battery_level: >
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# {{ [[battery_lower_limit, 100.0 * (1.0 - (forecast_remaining_pessimistic/forecast_total)) | round(2)] | max, 100] | min }}
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target_battery_level: >
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{% if enough_in_day %}
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{{ [battery_level - 10, states('input_number.inverter_battery_reserve') | int + 5] | max }}
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{% else %}
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{{ [battery_level, states('input_number.inverter_battery_reserve') | int + 5] | max }}
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{% endif %}
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battery_high_enough: "{{ battery_level >= target_battery_level }}"
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battery_too_high: "{{ battery_level >= battery_upper_limit }}"
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sunsetting: >
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{{ now() + timedelta(hours = 2) > state_attr('sun.sun', 'next_setting') | as_datetime }}
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should_slow_battery: >
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{{
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not sunsetting
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and enough_in_day
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and generating_more_than_usage
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and battery_high_enough
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and not battery_too_high
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}}
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should_discharge_battery: >
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{{ should_slow_battery
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and current_pv_power < (target_active_power - 500)
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and battery_level < 92
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}}
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target_discharge_power: >
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{{ [10, ((target_active_power - 500) - current_pv_power) | int] | max }}
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action:
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# TODO: discharge battery if too high and PV has dropped while forecast remains high
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- choose:
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- conditions:
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- "{{ should_discharge_battery }}"
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sequence:
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- service: input_number.set_value
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target:
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entity_id: input_number.inverter_forced_mode_battery_power
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data_template:
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value: "{{ target_discharge_power }}"
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- condition: "{{ not is_forced_discharging }}"
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- service: script.inverter_force_battery_discharge
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- conditions:
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- "{{ should_slow_battery }}"
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sequence:
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- service: input_number.set_value
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target:
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entity_id: input_number.inverter_forced_mode_battery_power
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data_template:
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value: "{{ desired_forced_battery_power }}"
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- condition: "{{ not is_forced_charging }}"
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- service: script.inverter_force_battery_charge
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- conditions:
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- not:
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- "{{ is_self_consuming }}"
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sequence:
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- service: script.inverter_self_consumption
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default: []
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- id: d5fa94e6-772a-4903-882a-4ed8cfd7854e
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alias: Inverter - maximise output (new)
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mode: restart
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trigger:
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- platform: state
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entity_id:
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- sensor.inverter_pv_power
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- sensor.inverter_battery_level
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- sensor.inverter_active_power
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- sensor.home_weather_cloud_coverage
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- sensor.home_weather_forecast_cloud_coverage
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- sensor.solcast_forecast_today
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- sensor.solcast_forecast_this_hour
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- sensor.solcast_forecast_remaining_today
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# - sensor.home_weather_forecast_condition
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- sensor.home_weather_condition
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# - weather.home
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- weather.home_hourly # can use attributes on this one to make decisions about the coming hours
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# - weather.home_weather
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- sun.sun # use `next_setting` attribute to ensure battery is online at least an hour before sunset
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not_to:
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- unavailable
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- unknown
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variables:
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# Magic numbers
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ems_self_consume: 0
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ems_forced: 2
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battery_charge: 0xAA
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battery_discharge: 0xBB
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battery_stop: 0xCC
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active_power_limit: 4999 # W
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active_power_buffer: 400 # W - how much below limit we want to sit
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battery_upper_limit: 99.5 # % - above this, let the BMS choose the charge rate
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battery_capacity: 12.8 # kWh
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# Shorthands
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current_active_power: "{{ states('sensor.inverter_active_power') | int(default=active_power_limit) }}"
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current_pv_power: "{{ states('sensor.inverter_pv_power') | int(default=0) }}"
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current_load_power: "{{ states('sensor.inverter_load_power') | int(default=current_pv_power) }}"
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current_ems_mode: "{{ states('sensor.inverter_ems_mode_raw') | int(default=-1) }}"
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current_battery_mode: "{{ states('sensor.inverter_forced_battery_mode_raw') | int(default=0) }}"
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battery_level: "{{ states('sensor.inverter_battery_level') | float(default=100) }}"
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forced_battery_power: "{{ states('sensor.inverter_battery_forced_charge_discharge_power') | int(default=0) }}"
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forecast_total: "{{ states('sensor.solcast_forecast_today') | float(default=0) }}"
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forecast_remaining: "{{ states('sensor.solcast_forecast_remaining_today') | float(default=0) }}"
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forecast_hour: "{{ states('sensor.solcast_forecast_this_hour') | float(default=0) / 1000.0 }}"
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forecast_remaining_pessimistic: "{{ [0, forecast_remaining - forecast_hour] | max }}"
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# battery_lower_limit: >
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# {% if is_state('sensor.home_weather_condition', 'sunny') %}
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# {{ 10 }}
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# {% elif is_state('sensor.home_weather_condition', 'partlycloudy') %}
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# {{ 20 }}
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# {% else %}
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# {{ 70 }}
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# {% endif %}
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battery_lower_limit: 10 # ignoring above as weather forecast is too unreliable anyway
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target_active_power: "{{ active_power_limit - active_power_buffer }}"
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# TODO: make this scale proportionally to how far it is from target battery charge.
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desired_forced_battery_power: >
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{% if current_pv_power > target_active_power %}
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{{ current_pv_power - target_active_power }}
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{% else %}
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10
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{% endif %}
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is_forced_charging: >
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{{ current_ems_mode == ems_forced and current_battery_mode == battery_charge }}
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is_forced_discharging: >
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{{ current_ems_mode == ems_forced and current_battery_mode == battery_discharge }}
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is_self_consuming: >
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{{ current_ems_mode == ems_self_consume }}
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kwh_until_full: >
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{{ battery_capacity * ((100 - battery_level)/100) }}
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enough_in_day: >
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{{ 2.5 * kwh_until_full < forecast_remaining_pessimistic }}
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generating_more_than_usage: >
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{{ current_pv_power > (1.5 * current_load_power) }}
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# target_battery_level: >
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# {{ [[battery_lower_limit, 100.0 * (1.0 - (forecast_remaining_pessimistic/forecast_total)) | round(2)] | max, 100] | min }}
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target_battery_level: >
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{% if enough_in_day %}
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{{ battery_level - 10 }}
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{% else %}
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{{ battery_level }}
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{% endif %}
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battery_high_enough: "{{ battery_level >= target_battery_level }}"
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battery_too_high: "{{ battery_level >= battery_upper_limit }}"
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sunsetting: >
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{{ now() + timedelta(hours = 2) > state_attr('sun.sun', 'next_setting') | as_datetime }}
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should_slow_battery: >
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{{
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not sunsetting
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and enough_in_day
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and generating_more_than_usage
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and battery_high_enough
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and not battery_too_high
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}}
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target_discharge_power: >
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{% if (battery_level - target_battery_level) > 1 %}
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{{ [6000, (battery_level - target_battery_level) * 1000 | int] | min }}
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{% else %}
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100
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{% endif %}
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action:
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# TODO: discharge battery if too high and PV has dropped while forecast remains high
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- choose:
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- conditions:
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- "{{ should_slow_battery }}"
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sequence:
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- service: input_number.set_value
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target:
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entity_id: input_number.inverter_forced_mode_battery_power
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data_template:
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value: "{{ target_discharge_power }}"
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- condition: "{{ not is_forced_discharging }}"
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- service: script.inverter_force_battery_discharge
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- conditions:
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- not:
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- "{{ is_self_consuming }}"
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sequence:
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- service: script.inverter_self_consumption
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default: []
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template:
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- sensor:
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- unique_id: e1152f05-57d8-4821-b8fc-d6bca771a3b5
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name: Inverter target active power
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unit_of_measurement: W
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state_class: measurement
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device_class: power
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attributes:
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solar: "true"
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state: >-
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{{ 4999 - states('input_number.inverter_active_power_buffer') | int(default=400) }}
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- unique_id: a59d08fc-92bb-47c6-b015-8ed0e475f2e5
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name: Inverter desired forced battery power
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unit_of_measurement: W
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state_class: measurement
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device_class: power
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attributes:
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solar: "true"
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state: >-
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{% set current_pv_power = states('sensor.inverter_pv_power') | int(default=0) %}
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{% set target_active_power = states('sensor.inverter_target_active_power') | int %}
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{% if current_pv_power > target_active_power %}
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{{ current_pv_power - target_active_power }}
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{% else %}
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10
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{% endif %}
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- unique_id: d257272c-3ac0-4d93-9ef7-00717757cef3
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name: Solar forecast remaining pessimistic
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state_class: measurement
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device_class: energy
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unit_of_measurement: kWh
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attributes:
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solar: "true"
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state: >-
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{% set forecast_remaining = states('sensor.solcast_forecast_remaining_today') | float(default=0) %}
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{% set forecast_hour = states('sensor.solcast_forecast_this_hour') | float(default=0) / 1000.0 %}
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{{ [0, forecast_remaining - forecast_hour] | max }}
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- unique_id: 6bf7ad20-cf6a-4689-8214-13cd63de80a9
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name: Inverter target battery level
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state_class: measurement
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unit_of_measurement: "%"
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attributes:
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solar: "true"
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state: >-
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{% set battery_lower_limit = states('input_number.inverter_battery_reserve') | int + 5 %}
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{% set forecast_remaining_pessimistic = states('sensor.solar_forecast_remaining_pessimistic') | float(default=0) %}
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{% set forecast_total = states('sensor.solcast_forecast_today') | float(default=0) %}
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{{ [[battery_lower_limit, 100.0 * (1.0 - (forecast_remaining_pessimistic/forecast_total)) | round(2)] | max, 100] | min }}
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- unique_id: f603d8f8-92ce-4e77-b271-048110394658
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name: Inverter battery mode
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attributes:
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solar: "true"
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icon: >-
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{% if this.state == 'self-consumption' %}
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mdi:battery-sync
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{% elif this.state == 'forced charging' %}
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mdi:battery-arrow-down
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{% elif this.state == 'forced discharging' %}
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mdi:battery-arrow-up
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{% elif this.state == 'forced stop' %}
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mdi:battery-off
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{% endif %}
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state: >-
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{% set ems = states('sensor.inverter_ems_mode_raw') | int(default=-1) %}
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{% set mode = states('sensor.inverter_forced_battery_mode_raw') | int(default=0) %}
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{% if ems == 0 %}
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|
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self-consumption
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{% elif ems == 2 %}
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{% if mode == 0xAA %}
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|
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forced charging
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{% elif mode == 0xBB %}
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forced discharging
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{% elif mode == 0xCC %}
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forced stop
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{% else %}
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unknown
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{% endif %}
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{% else %}
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unknown
|
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|
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{% endif %}
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|
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input_number:
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||
|
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inverter_active_power_buffer:
|
||
|
|
name: Inverter active power buffer
|
||
|
|
min: 100
|
||
|
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max: 1000
|
||
|
|
step: 1
|
||
|
|
unit_of_measurement: W
|
||
|
|
mode: box
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