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SunEnergyXT/sunenergyxt-500-zero-feed-in.en.yaml

Last active August 14, 2026 03:58
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sunenergyxt-500-zero-feed-in.en.yaml
blueprint:
name: SunEnergyXT 500 Series - Zero Feed-in
description: >
Zero feed-in controller for SunEnergyXT 500 / 500 Pro using an external Home
Assistant meter. It does not use the device operation-mode or discharge-mode
controls. Select the meter device and the SunEnergyXT device; the blueprint
auto-detects common HA / HACS meter shapes such as Shelly, BitShake /
Tasmota, EcoTracker, signed total power, three-phase power, and
import/export pairs. The automation then controls the SunEnergyXT system
grid-port power setpoint and system max inverter power setpoint with the
same topology logic used by the simulator.
domain: automation
homeassistant:
min_version: "2024.6.0"
source_url: https://github.com/SunEnergyXT/sunenergyxt-500-zero-feed-in-blueprint/blob/main/blueprints/automation/sunenergyxt/sunenergyxt-500-zero-feed-in.en.yaml
input:
required_devices:
name: SunEnergyXT setup
icon: mdi:devices
description: >
Select the SunEnergyXT all-in-one device and the main user settings.
The blueprint will auto-bind matching entities from this device and
write the SOC limits to the device's own settings.
input:
aio_device:
name: SunEnergyXT device
description: >
Select the SunEnergyXT 500 / 500 Pro device. The blueprint will
auto-find the system grid-port power setpoint, system max inverter
power setpoint, load-port power, grid-port power, PV total input
power, system battery level, and system SOC limit entities from
this device.
selector:
device:
filter:
- integration: sunenergyxt
full_battery_mode:
name: Full-battery behavior
default: follow_load
selector:
select:
options:
- label: Follow load after full
value: follow_load
- label: Follow PV after full
value: follow_pv
gs_max_w:
name: Maximum on-grid output power
description: >
Maximum allowed on-grid output power. Use 800 W for SunEnergyXT 500
and 2400 W for SunEnergyXT 500 Pro unless a stricter local limit is
required.
default: 2400
selector:
number:
min: 0
max: 2400
step: 1
unit_of_measurement: W
mode: box
min_discharge_soc:
name: System Min Discharge SOC
description: >
Sets the selected SunEnergyXT device's System Min Discharge SOC
number entity. The automation also uses this value as the low-SOC
control threshold.
default: 10
selector:
number:
min: 1
max: 30
step: 1
unit_of_measurement: "%"
mode: box
max_charge_soc:
name: System Max Charge SOC
description: >
Sets the selected SunEnergyXT device's System Max Charge SOC number
entity. The automation also uses this value as the full-battery
control threshold.
default: 100
selector:
number:
min: 70
max: 100
step: 1
unit_of_measurement: "%"
mode: box
ac_couple_max_charge_power_w:
name: AC-coupled maximum charge power
default: 2400
selector:
number:
min: 0
max: 2400
step: 1
unit_of_measurement: W
mode: box
meter_setup:
name: Meter setup
icon: mdi:meter-electric
description: >
Select exactly one meter type. Home Assistant blueprints cannot
dynamically hide fields based on this selection, so expand only the
matching meter form below and leave the other forms blank.
input:
meter_power_source:
name: Meter type
description: >
Choose the meter integration shape. Only fill the fields that
match the selected type.
selector:
select:
options:
- label: Shelly Pro 3EM
value: shelly_total_power
- label: EcoTracker
value: ecotracker_power
- label: BitShake / Tasmota
value: bitshake_tasmota_power
- label: Shelly 3EM
value: shelly_three_phase_sum
- label: Custom meter
value: custom
meter_pro3em_setup:
name: Shelly Pro 3EM meter
icon: mdi:meter-electric
collapsed: true
description: >
Fill this section only when Meter type is Shelly Pro 3EM.
input:
pro3em_meter_device:
name: Shelly Pro 3EM device
description: >
Select the Shelly Pro 3EM meter device.
default: ""
selector:
device:
entity:
- domain: sensor
meter_ecotracker_setup:
name: EcoTracker meter
icon: mdi:meter-electric
collapsed: true
description: >
Fill this section only when Meter type is EcoTracker.
input:
ecotracker_meter_device:
name: EcoTracker device
description: >
Select the EcoTracker meter device.
default: ""
selector:
device:
entity:
- domain: sensor
meter_bitshake_setup:
name: BitShake / Tasmota meter
icon: mdi:meter-electric
collapsed: true
description: >
Fill this section only when Meter type is BitShake / Tasmota.
input:
bitshake_meter_device:
name: BitShake / Tasmota device
description: >
Select the BitShake or Tasmota meter device.
default: ""
selector:
device:
entity:
- domain: sensor
meter_shelly3em_setup:
name: Shelly 3EM meter
icon: mdi:meter-electric
collapsed: true
description: >
Fill this section only when Meter type is Shelly 3EM. Select the three
phase devices; the blueprint will read each phase power from its device.
input:
meter_l1_device:
name: Shelly 3EM phase A device
description: >
Select the HA device for phase A / L1.
default: ""
selector:
device:
entity:
- domain: sensor
meter_l2_device:
name: Shelly 3EM phase B device
description: >
Select the HA device for phase B / L2.
default: ""
selector:
device:
entity:
- domain: sensor
meter_l3_device:
name: Shelly 3EM phase C device
description: >
Select the HA device for phase C / L3.
default: ""
selector:
device:
entity:
- domain: sensor
meter_custom_setup:
name: Custom meter
icon: mdi:meter-electric
collapsed: true
description: >
Fill this section only when Meter type is Custom meter. Custom meter
does not need a meter device; select a formula and provide the matching
entities.
input:
custom_meter_formula:
name: Custom meter power formula
description: >
The blueprint applies this formula to the custom entities below.
default: custom_signed_total_power
selector:
select:
options:
- label: Signed total power
value: custom_signed_total_power
- label: L1 + L2 + L3
value: custom_three_phase_sum
- label: Export - import
value: import_export_pair
- label: L1-L3 export - import
value: custom_three_phase_import_export
- label: Entity attribute
value: ecotracker_attribute_power
meter_power_sensor:
name: Custom total/current power entity
description: >
Use for Custom signed total power or Custom entity attribute.
default: ""
selector:
entity:
domain: sensor
meter_power_attribute:
name: Custom power attribute
description: >
Use only when Custom meter power formula is Entity attribute. The
usual attribute name is power.
default: power
selector:
text:
meter_l1_power_sensor:
name: Custom L1 / phase A power entity
description: >
Use for Custom formula L1 + L2 + L3.
default: ""
selector:
entity:
domain: sensor
meter_l2_power_sensor:
name: Custom L2 / phase B power entity
description: >
Use for Custom formula L1 + L2 + L3.
default: ""
selector:
entity:
domain: sensor
meter_l3_power_sensor:
name: Custom L3 / phase C power entity
description: >
Use for Custom formula L1 + L2 + L3.
default: ""
selector:
entity:
domain: sensor
meter_import_power_sensor:
name: Custom import power entity
description: >
Use for Custom formula Export - import.
default: ""
selector:
entity:
domain: sensor
meter_export_power_sensor:
name: Custom export power entity
description: >
Use for Custom formula Export - import.
default: ""
selector:
entity:
domain: sensor
meter_l1_import_power_sensor:
name: Custom L1 / phase A import power entity
description: >
Use for Custom formula L1-L3 export - import.
default: ""
selector:
entity:
domain: sensor
meter_l2_import_power_sensor:
name: Custom L2 / phase B import power entity
description: >
Use for Custom formula L1-L3 export - import.
default: ""
selector:
entity:
domain: sensor
meter_l3_import_power_sensor:
name: Custom L3 / phase C import power entity
description: >
Use for Custom formula L1-L3 export - import.
default: ""
selector:
entity:
domain: sensor
meter_l1_export_power_sensor:
name: Custom L1 / phase A export power entity
description: >
Use for Custom formula L1-L3 export - import.
default: ""
selector:
entity:
domain: sensor
meter_l2_export_power_sensor:
name: Custom L2 / phase B export power entity
description: >
Use for Custom formula L1-L3 export - import.
default: ""
selector:
entity:
domain: sensor
meter_l3_export_power_sensor:
name: Custom L3 / phase C export power entity
description: >
Use for Custom formula L1-L3 export - import.
default: ""
selector:
entity:
domain: sensor
advanced_entity_overrides:
name: Advanced entity overrides
icon: mdi:form-select
collapsed: true
description: >
Leave these blank for automatic device-based binding. Expand only if the
selected device exposes unusual entity names and the auto-bind result is
wrong.
input:
gs_number:
name: Override System Grid Port Power Setpoint entity
default: ""
selector:
entity:
domain: number
is_number:
name: Override System Max Inverter Power Setpoint entity
default: ""
selector:
entity:
domain: number
load_power_sensor:
name: Override load-port power sensor
default: ""
selector:
entity:
domain: sensor
grid_port_power_sensor:
name: Override grid-port power sensor
default: ""
selector:
entity:
domain: sensor
pv_power_sensor:
name: Override PV power sensor
default: ""
selector:
entity:
domain: sensor
soc_sensor:
name: Override SOC sensor
default: ""
selector:
entity:
domain: sensor
min_discharge_soc_number:
name: Override min-discharge SOC number
default: ""
selector:
entity:
domain: number
max_charge_soc_number:
name: Override max-charge SOC number
default: ""
selector:
entity:
domain: number
advanced_meter_settings:
name: Advanced meter sign and unit settings
icon: mdi:meter-electric
collapsed: true
input:
meter_sign_mode:
name: Meter sign convention
description: >
Auto uses the selected meter type default. Use an explicit override
if your CT direction, script, or template reports the opposite
sign.
default: auto_from_preset
selector:
select:
options:
- label: Auto from selected meter type
value: auto_from_preset
- label: Export/feed-in is positive
value: export_positive
- label: Import/grid consumption is positive
value: import_positive
meter_power_multiplier:
name: External meter power multiplier
description: >
Use 1 when the entity is already W. Use 1000 when the entity is kW.
default: 1
selector:
number:
min: 0.001
max: 1000
step: 0.001
mode: box
advanced_control_settings:
name: Advanced control settings
icon: mdi:cog-outline
collapsed: true
input:
target_grid_power_w:
name: Target grid power
description: >
Zero feed-in uses 0 W. Positive values intentionally keep a small
export; negative values intentionally keep a small import.
default: 0
selector:
number:
min: -200
max: 200
step: 1
unit_of_measurement: W
mode: box
target_grid_power_entity:
name: Optional target grid power helper
description: >
Optional input_number helper for a dynamic target value. If no
helper is selected or its state is invalid, the static target grid
power configured above is used.
default: ""
selector:
entity:
domain: input_number
gs_min_w:
name: System Grid Port Power Setpoint lower limit
description: >
Minimum allowed system grid-port power setpoint. Negative values
allow grid import / charging to absorb surplus power.
default: -2400
selector:
number:
min: -2400
max: 0
step: 1
unit_of_measurement: W
mode: box
gs_resolution_w:
name: System Grid Port Power Setpoint write resolution
default: 1
selector:
number:
min: 1
max: 50
step: 1
unit_of_measurement: W
mode: box
gain_percent:
name: Correction gain
default: 100
selector:
number:
min: 20
max: 150
step: 5
unit_of_measurement: "%"
mode: slider
small_error_w:
name: Small-error threshold
default: 30
selector:
number:
min: 1
max: 300
step: 1
unit_of_measurement: W
mode: box
large_error_w:
name: Large-error threshold
default: 150
selector:
number:
min: 10
max: 1000
step: 10
unit_of_measurement: W
mode: box
slow_interval_s:
name: Slow write interval
default: 7
selector:
number:
min: 1
max: 120
step: 0.5
unit_of_measurement: s
mode: box
medium_interval_s:
name: Medium write interval
default: 2.5
selector:
number:
min: 0.5
max: 60
step: 0.5
unit_of_measurement: s
mode: box
fast_interval_s:
name: Fast write interval
default: 1
selector:
number:
min: 1
max: 20
step: 1
unit_of_measurement: s
mode: box
gs_feedback_settle_s:
name: Control feedback settle time
description: >
Minimum time after a system grid-port power setpoint or system max
inverter power setpoint write before the next control write. The
automation also waits for fresh grid-port power and meter samples
after the last control change. The default matches observed
SunEnergyXT feedback latency and reduces hunting when an external
device changes output.
default: 5
selector:
number:
min: 1
max: 30
step: 1
unit_of_measurement: s
mode: box
meter_stabilization_delay_s:
name: Delayed-meter feedback wait
description: >
Optional additional wait after a GS or IS write before another
control write. Keep 0 s for meters whose power value follows the
physical change without noticeable delay. Set this slightly above
the measured content delay when a meter keeps reporting new Home
Assistant timestamps but its power value still describes the state
before the last write. A value that is too small can allow hunting;
a value that is too large slows response to real load changes.
default: 0
selector:
number:
min: 0
max: 60
step: 1
unit_of_measurement: s
mode: box
small_max_step_w:
name: Small-error max adjustment
default: 20
selector:
number:
min: 1
max: 300
step: 1
unit_of_measurement: W
mode: box
medium_max_step_w:
name: Medium-error max adjustment
default: 120
selector:
number:
min: 10
max: 1000
step: 10
unit_of_measurement: W
mode: box
fast_max_step_w:
name: Large-error max adjustment
default: 450
selector:
number:
min: 50
max: 2400
step: 10
unit_of_measurement: W
mode: box
max_meter_age_s:
name: Maximum meter age
description: >
Maximum age of the external meter reading before the current
control cycle pauses and holds the current GS value. An explicitly
invalid critical input must remain invalid for at least the same
time before a nonzero GS is reset once to 0 W.
default: 30
selector:
number:
min: 2
max: 300
step: 1
unit_of_measurement: s
mode: box
is_resolution_w:
name: System Max Inverter Power Setpoint write resolution
default: 10
selector:
number:
min: 1
max: 100
step: 1
unit_of_measurement: W
mode: box
diagnostic_log_level:
name: Diagnostic log level
description: >
Off writes no diagnostic logs. Events logs SOC hold helper
transitions. Write adds setpoint write logs. Decision adds periodic
control decision logs. Debug writes decision logs every 5 seconds.
default: off
selector:
select:
options:
- label: "Off"
value: "off"
- label: "Events"
value: "events"
- label: "Write events"
value: "write"
- label: "Decisions"
value: "decision"
- label: "Debug"
value: "debug"
diagnostic_log_interval_s:
name: Diagnostic decision log interval
description: >
Minimum interval for periodic Decisions logs. Debug decision logs
use a fixed 5 s interval. Event and write logs are emitted only when
the related action actually happens.
default: 60
selector:
number:
min: 10
max: 3600
step: 10
unit_of_measurement: s
mode: box
full_charge_hold_helper:
name: Optional full-charge hold helper
description: >
Optional. Leave blank unless you want the automation to remember
full-charge hold state across restarts. Without this helper, the
automation derives full-charge hold from current SOC, with a 1%
full-battery bypass memory band for Follow PV after full.
default: ""
selector:
entity:
domain: input_boolean
low_discharge_hold_helper:
name: Optional low-SOC hold helper
description: >
Optional. Leave blank unless you want the automation to remember
low-SOC hold state across restarts. Without this helper, the
automation derives low-SOC hold directly from current SOC.
default: ""
selector:
entity:
domain: input_boolean
mode: single
max_exceeded: silent
trigger:
- platform: time_pattern
seconds: "/1"
variables:
aio_device: !input aio_device
pro3em_meter_device: !input pro3em_meter_device
ecotracker_meter_device: !input ecotracker_meter_device
bitshake_meter_device: !input bitshake_meter_device
meter_l1_device: !input meter_l1_device
meter_l2_device: !input meter_l2_device
meter_l3_device: !input meter_l3_device
meter_power_source: !input meter_power_source
custom_meter_formula: !input custom_meter_formula
meter_entity_override: !input meter_power_sensor
meter_power_attribute: !input meter_power_attribute
meter_l1_entity_override: !input meter_l1_power_sensor
meter_l2_entity_override: !input meter_l2_power_sensor
meter_l3_entity_override: !input meter_l3_power_sensor
meter_import_entity_override: !input meter_import_power_sensor
meter_export_entity_override: !input meter_export_power_sensor
meter_l1_import_entity_override: !input meter_l1_import_power_sensor
meter_l2_import_entity_override: !input meter_l2_import_power_sensor
meter_l3_import_entity_override: !input meter_l3_import_power_sensor
meter_l1_export_entity_override: !input meter_l1_export_power_sensor
meter_l2_export_entity_override: !input meter_l2_export_power_sensor
meter_l3_export_entity_override: !input meter_l3_export_power_sensor
meter_sign_mode: !input meter_sign_mode
meter_power_multiplier: !input meter_power_multiplier
external_meter_device: >-
{% set source = meter_power_source | trim %}
{% if source == 'shelly_total_power' %}
{{ pro3em_meter_device | string | trim }}
{% elif source == 'ecotracker_power' %}
{{ ecotracker_meter_device | string | trim }}
{% elif source == 'bitshake_tasmota_power' %}
{{ bitshake_meter_device | string | trim }}
{% else %}
{{ '' }}
{% endif %}
effective_meter_power_source: >-
{% if meter_power_source | trim == 'custom' %}
{{ custom_meter_formula | trim }}
{% else %}
{{ meter_power_source | trim }}
{% endif %}
gs_entity_override: !input gs_number
is_entity_override: !input is_number
load_entity_override: !input load_power_sensor
gp_entity_override: !input grid_port_power_sensor
pv_entity_override: !input pv_power_sensor
soc_entity_override: !input soc_sensor
min_soc_entity_override: !input min_discharge_soc_number
max_soc_entity_override: !input max_charge_soc_number
full_hold_entity: !input full_charge_hold_helper
low_hold_entity: !input low_discharge_hold_helper
full_battery_mode: !input full_battery_mode
target_grid_power_static_w: !input target_grid_power_w
target_grid_power_entity: !input target_grid_power_entity
target_grid_power_w: >-
{% set entity = target_grid_power_entity | string | trim %}
{% set fallback = target_grid_power_static_w | float(0) %}
{% set invalid = ['unknown', 'unavailable', 'none', ''] %}
{% if entity and states(entity) not in invalid %}
{{ states(entity) | float(fallback) }}
{% else %}
{{ fallback }}
{% endif %}
gs_min_w: !input gs_min_w
gs_max_w: !input gs_max_w
gs_resolution_w: !input gs_resolution_w
gain_percent: !input gain_percent
small_error_w: !input small_error_w
large_error_w: !input large_error_w
slow_interval_s: !input slow_interval_s
medium_interval_s: !input medium_interval_s
fast_interval_s: !input fast_interval_s
gs_feedback_settle_s: !input gs_feedback_settle_s
meter_stabilization_delay_s: !input meter_stabilization_delay_s
small_max_step_w: !input small_max_step_w
medium_max_step_w: !input medium_max_step_w
fast_max_step_w: !input fast_max_step_w
max_meter_age_s: !input max_meter_age_s
min_discharge_soc: !input min_discharge_soc
max_charge_soc: !input max_charge_soc
ac_couple_max_charge_power_w: !input ac_couple_max_charge_power_w
is_resolution_w: !input is_resolution_w
diagnostic_log_level: !input diagnostic_log_level
diagnostic_log_interval_s: !input diagnostic_log_interval_s
gs_entity: >-
{% set override = gs_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('number.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if eid.endswith('_gs') or 'grid port power setpoint' in name or '市电口功率设定' in name or ('netzanschluss' in name and 'sollwert' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
is_entity: >-
{% set override = is_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('number.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if eid.endswith('_is') or 'max inverter power setpoint' in name or '最大逆变功率设定' in name or 'wechselrichterleistung' in name %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
load_entity: >-
{% set override = load_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if eid.endswith('_lp') or 'load port power' in name or '负载口功率' in name or 'lastanschluss' in name %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
gp_entity: >-
{% set override = gp_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if eid.endswith('_gp') or 'grid port power' in name or '并网口功率' in name or ('netzanschluss' in name and 'leistung' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
pv_entity: >-
{% set override = pv_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if eid.endswith('_pv') or 'pv total input power' in name or 'pv总输入功率' in name or 'pv-gesamteingangsleistung' in name %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
soc_entity: >-
{% set override = soc_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if eid.endswith('_sc') or 'battery level' in name or '系统总电量' in name or 'speicherlevel' in name %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
min_soc_entity: >-
{% set override = min_soc_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('number.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% set is_load_port = 'load port' in name or 'load_port' in eid or '负载口' in name %}
{% set is_min_soc = 'min_discharge_soc' in eid
or 'system min discharge soc' in name
or 'min discharge soc' in name
or ('minimum' in name and 'discharge' in name and 'soc' in name)
or ('放电' in name and ('下限' in name or '最低' in name)) %}
{% if is_min_soc and not is_load_port %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
max_soc_entity: >-
{% set override = max_soc_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('number.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% set is_max_soc = 'max_charge_soc' in eid
or 'system max charge soc' in name
or 'max charge soc' in name
or ('maximum' in name and 'charge' in name and 'soc' in name)
or ('充电' in name and ('上限' in name or '最高' in name)) %}
{% if is_max_soc %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_entity: >-
{% set override = meter_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% set is_power = dc == 'power' or unit in ['w', 'kw'] or 'power' in name or 'leistung' in name %}
{% set is_excluded = 'energy' in name or 'voltage' in name or 'current' in name or '电量' in name or '电压' in name or '电流' in name or 'energie' in name or 'spannung' in name or 'strom' in name %}
{% set is_phase = ' l1' in name or ' l2' in name or ' l3' in name or '_l1' in eid or '_l2' in eid or '_l3' in eid or 'phase' in name %}
{% set is_pair = 'import' in name or 'export' in name or 'returned' in name or 'consumption' in name or 'feed' in name %}
{% if is_power and not is_excluded and not is_phase and not is_pair %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{% if ns.entity == '' %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% if dc == 'power' or unit in ['w', 'kw'] %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{% endif %}
{{ ns.entity | trim }}
{% endif %}
meter_l1_entity: >-
{% set override = meter_l1_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% set search_device = meter_l1_device if (meter_power_source | trim) == 'shelly_three_phase_sum' else external_meter_device %}
{% for entity in (device_entities(search_device) if search_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% set is_phase_match = (meter_power_source | trim) == 'shelly_three_phase_sum'
or 'l1' in name or '_l1' in eid or 'phase a' in name %}
{% if (dc == 'power' or unit in ['w', 'kw'] or 'power' in name or 'leistung' in name) and is_phase_match and not ('import' in name or 'export' in name or 'returned' in name or 'consumption' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l2_entity: >-
{% set override = meter_l2_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% set search_device = meter_l2_device if (meter_power_source | trim) == 'shelly_three_phase_sum' else external_meter_device %}
{% for entity in (device_entities(search_device) if search_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% set is_phase_match = (meter_power_source | trim) == 'shelly_three_phase_sum'
or 'l2' in name or '_l2' in eid or 'phase b' in name %}
{% if (dc == 'power' or unit in ['w', 'kw'] or 'power' in name or 'leistung' in name) and is_phase_match and not ('import' in name or 'export' in name or 'returned' in name or 'consumption' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l3_entity: >-
{% set override = meter_l3_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% set search_device = meter_l3_device if (meter_power_source | trim) == 'shelly_three_phase_sum' else external_meter_device %}
{% for entity in (device_entities(search_device) if search_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% set is_phase_match = (meter_power_source | trim) == 'shelly_three_phase_sum'
or 'l3' in name or '_l3' in eid or 'phase c' in name %}
{% if (dc == 'power' or unit in ['w', 'kw'] or 'power' in name or 'leistung' in name) and is_phase_match and not ('import' in name or 'export' in name or 'returned' in name or 'consumption' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_import_entity: >-
{% set override = meter_import_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% if (dc == 'power' or unit in ['w', 'kw'] or 'power' in name or 'leistung' in name) and ('import' in name or 'consumption' in name or 'grid in' in name) and not ('l1' in name or 'l2' in name or 'l3' in name or 'phase' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_export_entity: >-
{% set override = meter_export_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% if (dc == 'power' or unit in ['w', 'kw'] or 'power' in name or 'leistung' in name) and ('export' in name or 'returned' in name or 'feed' in name) and not ('l1' in name or 'l2' in name or 'l3' in name or 'phase' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l1_import_entity: >-
{% set override = meter_l1_import_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if ('l1' in name or '_l1' in eid or 'phase a' in name) and ('import' in name or 'consumption' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l2_import_entity: >-
{% set override = meter_l2_import_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if ('l2' in name or '_l2' in eid or 'phase b' in name) and ('import' in name or 'consumption' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l3_import_entity: >-
{% set override = meter_l3_import_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if ('l3' in name or '_l3' in eid or 'phase c' in name) and ('import' in name or 'consumption' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l1_export_entity: >-
{% set override = meter_l1_export_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if ('l1' in name or '_l1' in eid or 'phase a' in name) and ('export' in name or 'returned' in name or 'feed' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l2_export_entity: >-
{% set override = meter_l2_export_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if ('l2' in name or '_l2' in eid or 'phase b' in name) and ('export' in name or 'returned' in name or 'feed' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l3_export_entity: >-
{% set override = meter_l3_export_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if ('l3' in name or '_l3' in eid or 'phase c' in name) and ('export' in name or 'returned' in name or 'feed' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
condition: []
action:
# Validate all critical inputs before calculating or writing control targets.
- variables:
failsafe_bad_states:
- unknown
- unavailable
- none
- ""
failsafe_signed_sources:
- shelly_total_power
- bitshake_tasmota_power
- ecotracker_power
- custom_signed_total_power
failsafe_phase_sources:
- shelly_three_phase_sum
- custom_three_phase_sum
failsafe_phase_pair_sources:
- shelly_three_phase_import_export
- custom_three_phase_import_export
failsafe_limit_s: "{{ max_meter_age_s | float(30) }}"
failsafe_invalid_confirm_s: >-
{{ [failsafe_limit_s | float(30),
(gs_feedback_settle_s | float(5)) * 2,
10] | max }}
failsafe_gs_valid: >-
{% set entity = gs_entity | string | trim %}
{% set value = states(entity) %}
{{ entity.startswith('number.')
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_is_valid: >-
{% set entity = is_entity | string | trim %}
{% set value = states(entity) %}
{{ entity.startswith('number.')
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_load_valid: >-
{% set value = states(load_entity | trim) %}
{{ load_entity | string | trim | length > 0
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_gp_valid: >-
{% set value = states(gp_entity | trim) %}
{{ gp_entity | string | trim | length > 0
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_pv_valid: >-
{% set value = states(pv_entity | trim) %}
{{ pv_entity | string | trim | length > 0
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_soc_valid: >-
{% set value = states(soc_entity | trim) %}
{{ soc_entity | string | trim | length > 0
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_min_soc_valid: >-
{% set value = states(min_soc_entity | trim) %}
{{ min_soc_entity | string | trim | length > 0
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_max_soc_valid: >-
{% set value = states(max_soc_entity | trim) %}
{{ max_soc_entity | string | trim | length > 0
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_meter_valid: >-
{% set source = effective_meter_power_source | trim %}
{% set bad = failsafe_bad_states %}
{% if source in failsafe_signed_sources %}
{% set value = states(meter_entity | trim) %}
{{ meter_entity | string | trim | length > 0
and value not in bad
and is_number(value) }}
{% elif source == 'ecotracker_attribute_power' %}
{% set value = states(meter_entity | trim) %}
{% set power = state_attr(meter_entity | trim, meter_power_attribute) %}
{{ meter_entity | string | trim | length > 0
and value not in bad
and power is not none
and is_number(power) }}
{% elif source in failsafe_phase_sources %}
{{ meter_l1_entity | string | trim | length > 0
and meter_l2_entity | string | trim | length > 0
and meter_l3_entity | string | trim | length > 0
and states(meter_l1_entity | trim) not in bad
and states(meter_l2_entity | trim) not in bad
and states(meter_l3_entity | trim) not in bad
and is_number(states(meter_l1_entity | trim))
and is_number(states(meter_l2_entity | trim))
and is_number(states(meter_l3_entity | trim)) }}
{% elif source == 'import_export_pair' %}
{{ meter_import_entity | string | trim | length > 0
and meter_export_entity | string | trim | length > 0
and states(meter_import_entity | trim) not in bad
and states(meter_export_entity | trim) not in bad
and is_number(states(meter_import_entity | trim))
and is_number(states(meter_export_entity | trim)) }}
{% elif source in failsafe_phase_pair_sources %}
{{ meter_l1_import_entity | string | trim | length > 0
and meter_l2_import_entity | string | trim | length > 0
and meter_l3_import_entity | string | trim | length > 0
and meter_l1_export_entity | string | trim | length > 0
and meter_l2_export_entity | string | trim | length > 0
and meter_l3_export_entity | string | trim | length > 0
and states(meter_l1_import_entity | trim) not in bad
and states(meter_l2_import_entity | trim) not in bad
and states(meter_l3_import_entity | trim) not in bad
and states(meter_l1_export_entity | trim) not in bad
and states(meter_l2_export_entity | trim) not in bad
and states(meter_l3_export_entity | trim) not in bad
and is_number(states(meter_l1_import_entity | trim))
and is_number(states(meter_l2_import_entity | trim))
and is_number(states(meter_l3_import_entity | trim))
and is_number(states(meter_l1_export_entity | trim))
and is_number(states(meter_l2_export_entity | trim))
and is_number(states(meter_l3_export_entity | trim)) }}
{% else %}
{{ false }}
{% endif %}
failsafe_meter_fresh: >-
{% set source = effective_meter_power_source | trim %}
{% set limit = failsafe_limit_s | float(30) %}
{% if not (failsafe_meter_valid | bool(false)) %}
{{ false }}
{% elif source in failsafe_signed_sources or source == 'ecotracker_attribute_power' %}
{% set age = as_timestamp(now()) -
as_timestamp(states[meter_entity | trim].last_reported
| default(states[meter_entity | trim].last_updated), 0) %}
{{ age >= 0 and age <= limit }}
{% elif source in failsafe_phase_sources %}
{% set ages = [
as_timestamp(now()) - as_timestamp(states[meter_l1_entity | trim].last_reported | default(states[meter_l1_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l2_entity | trim].last_reported | default(states[meter_l2_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l3_entity | trim].last_reported | default(states[meter_l3_entity | trim].last_updated), 0)] %}
{{ ages | select('ge', 0) | select('le', limit) | list | count > 0 }}
{% elif source == 'import_export_pair' %}
{% set import_age = as_timestamp(now()) - as_timestamp(states[meter_import_entity | trim].last_reported | default(states[meter_import_entity | trim].last_updated), 0) %}
{% set export_age = as_timestamp(now()) - as_timestamp(states[meter_export_entity | trim].last_reported | default(states[meter_export_entity | trim].last_updated), 0) %}
{{ import_age >= 0 and import_age <= limit
and export_age >= 0 and export_age <= limit }}
{% elif source in failsafe_phase_pair_sources %}
{% set ages = [
as_timestamp(now()) - as_timestamp(states[meter_l1_import_entity | trim].last_reported | default(states[meter_l1_import_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l2_import_entity | trim].last_reported | default(states[meter_l2_import_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l3_import_entity | trim].last_reported | default(states[meter_l3_import_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l1_export_entity | trim].last_reported | default(states[meter_l1_export_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l2_export_entity | trim].last_reported | default(states[meter_l2_export_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l3_export_entity | trim].last_reported | default(states[meter_l3_export_entity | trim].last_updated), 0)] %}
{{ ages | select('ge', 0) | select('le', limit) | list | count > 0 }}
{% else %}
{{ false }}
{% endif %}
- variables:
failsafe_inputs_ok: >-
{{ failsafe_gs_valid | bool(false)
and failsafe_is_valid | bool(false)
and failsafe_meter_valid | bool(false)
and failsafe_meter_fresh | bool(false)
and failsafe_gp_valid | bool(false)
and failsafe_load_valid | bool(false)
and failsafe_pv_valid | bool(false)
and failsafe_soc_valid | bool(false)
and failsafe_min_soc_valid | bool(false)
and failsafe_max_soc_valid | bool(false) }}
failsafe_reason: >-
{% set ns = namespace(parts=[]) %}
{% if not (failsafe_gs_valid | bool(false)) %}{% set ns.parts = ns.parts + ['GS invalid'] %}{% endif %}
{% if not (failsafe_is_valid | bool(false)) %}{% set ns.parts = ns.parts + ['IS invalid'] %}{% endif %}
{% if not (failsafe_meter_valid | bool(false)) %}
{% set ns.parts = ns.parts + ['grid meter invalid'] %}
{% elif not (failsafe_meter_fresh | bool(false)) %}
{% set ns.parts = ns.parts + ['grid meter stale; GS held'] %}
{% endif %}
{% if not (failsafe_gp_valid | bool(false)) %}
{% set ns.parts = ns.parts + ['grid port invalid'] %}
{% endif %}
{% if not (failsafe_load_valid | bool(false)) %}
{% set ns.parts = ns.parts + ['load port invalid'] %}
{% endif %}
{% if not (failsafe_pv_valid | bool(false)) %}
{% set ns.parts = ns.parts + ['PV invalid'] %}
{% endif %}
{% if not (failsafe_soc_valid | bool(false)) %}
{% set ns.parts = ns.parts + ['SOC invalid'] %}
{% endif %}
{% if not (failsafe_min_soc_valid | bool(false)) %}{% set ns.parts = ns.parts + ['minimum SOC invalid'] %}{% endif %}
{% if not (failsafe_max_soc_valid | bool(false)) %}{% set ns.parts = ns.parts + ['maximum SOC invalid'] %}{% endif %}
{{ ns.parts | join(', ') }}
failsafe_hard_failure_confirmed: >-
{% set bad = failsafe_bad_states %}
{% set confirm = failsafe_invalid_confirm_s | float(30) %}
{% set ns = namespace(ages=[]) %}
{% for entity in [is_entity, gp_entity, load_entity, pv_entity, soc_entity,
min_soc_entity, max_soc_entity] %}
{% set entity_id = entity | string | trim %}
{% if entity_id | length > 0
and (states(entity_id) in bad or not is_number(states(entity_id))) %}
{% if expand(entity_id) | count > 0 %}
{% set age = as_timestamp(now()) - as_timestamp(states[entity_id].last_changed, 0) %}
{% set ns.ages = ns.ages + [age] %}
{% endif %}
{% endif %}
{% endfor %}
{% if not (failsafe_meter_valid | bool(false)) %}
{% set source = effective_meter_power_source | trim %}
{% if source in failsafe_signed_sources or source == 'ecotracker_attribute_power' %}
{% set meter_entities = [meter_entity] %}
{% elif source in failsafe_phase_sources %}
{% set meter_entities = [meter_l1_entity, meter_l2_entity, meter_l3_entity] %}
{% elif source == 'import_export_pair' %}
{% set meter_entities = [meter_import_entity, meter_export_entity] %}
{% elif source in failsafe_phase_pair_sources %}
{% set meter_entities = [meter_l1_import_entity, meter_l2_import_entity,
meter_l3_import_entity, meter_l1_export_entity,
meter_l2_export_entity, meter_l3_export_entity] %}
{% else %}
{% set meter_entities = [] %}
{% endif %}
{% for entity in meter_entities %}
{% set entity_id = entity | string | trim %}
{% if entity_id | length > 0
and expand(entity_id) | count > 0
and source == 'ecotracker_attribute_power'
and (state_attr(entity_id, meter_power_attribute) is none
or not is_number(state_attr(entity_id, meter_power_attribute))) %}
{% set age = as_timestamp(now()) - as_timestamp(states[entity_id].last_updated, 0) %}
{% set ns.ages = ns.ages + [age] %}
{% elif entity_id | length > 0
and expand(entity_id) | count > 0
and (states(entity_id) in bad or not is_number(states(entity_id))) %}
{% set age = as_timestamp(now()) - as_timestamp(states[entity_id].last_changed, 0) %}
{% set ns.ages = ns.ages + [age] %}
{% endif %}
{% endfor %}
{% endif %}
{{ ns.ages | count > 0 and (ns.ages | min) >= confirm }}
- choose:
- conditions:
- condition: template
value_template: "{{ not (failsafe_inputs_ok | bool(false)) }}"
sequence:
- variables:
failsafe_should_reset_gs: >-
{{ failsafe_gs_valid | bool(false)
and (failsafe_hard_failure_confirmed | bool(false))
and (states(gs_entity | trim) | float(0) | abs) >= 0.5 }}
failsafe_log_due: >-
{% set level = diagnostic_log_level | string | trim %}
{% set interval = [diagnostic_log_interval_s | int(60), 60] | max %}
{{ level in ['events', 'write', 'decision', 'debug']
and (as_timestamp(now()) | int(0)) % interval == 0 }}
- choose:
- conditions:
- condition: template
value_template: "{{ failsafe_should_reset_gs | bool(false) }}"
sequence:
- service: number.set_value
continue_on_error: true
target:
entity_id: "{{ gs_entity | trim }}"
data:
value: 0
- delay:
seconds: "{{ [gs_feedback_settle_s | float(5), 1] | max }}"
- choose:
- conditions:
- condition: template
value_template: "{{ failsafe_log_due | bool(false) }}"
sequence:
- service: system_log.write
data:
level: warning
message: >-
SunEnergyXT zero feed-in | fail-safe active, control cycle stopped | GS reset={{ failsafe_should_reset_gs | bool(false) }} | reason: {{ failsafe_reason }}
- stop: >-
SunEnergyXT fail-safe: invalid input or stale meter sample; setpoints held.
- variables:
meter_signed_total_sources:
- shelly_total_power
- bitshake_tasmota_power
- ecotracker_power
- custom_signed_total_power
meter_phase_sum_sources:
- shelly_three_phase_sum
- custom_three_phase_sum
meter_phase_pair_sources:
- shelly_three_phase_import_export
- custom_three_phase_import_export
meter_import_positive_presets:
- shelly_total_power
- shelly_three_phase_sum
- bitshake_tasmota_power
- ecotracker_power
- ecotracker_attribute_power
- custom_signed_total_power
- custom_three_phase_sum
meter_raw_power_before_multiplier_w: >-
{% set source = effective_meter_power_source | trim %}
{% if source in meter_signed_total_sources %}
{{ states(meter_entity | trim) | float(0) }}
{% elif source == 'ecotracker_attribute_power' %}
{{ state_attr(meter_entity | trim, meter_power_attribute) | float(0) }}
{% elif source in meter_phase_sum_sources %}
{{ (states(meter_l1_entity | trim) | float(0))
+ (states(meter_l2_entity | trim) | float(0))
+ (states(meter_l3_entity | trim) | float(0)) }}
{% elif source == 'import_export_pair' %}
{{ (states(meter_export_entity | trim) | float(0))
- (states(meter_import_entity | trim) | float(0)) }}
{% elif source in meter_phase_pair_sources %}
{{ (states(meter_l1_export_entity | trim) | float(0))
+ (states(meter_l2_export_entity | trim) | float(0))
+ (states(meter_l3_export_entity | trim) | float(0))
- (states(meter_l1_import_entity | trim) | float(0))
- (states(meter_l2_import_entity | trim) | float(0))
- (states(meter_l3_import_entity | trim) | float(0)) }}
{% else %}
{{ 0 }}
{% endif %}
meter_raw_w: >-
{{ (meter_raw_power_before_multiplier_w | float(0))
* (meter_power_multiplier | float(1)) }}
meter_control_sample_ts: >-
{% set source = effective_meter_power_source | trim %}
{% if source in meter_signed_total_sources or source == 'ecotracker_attribute_power' %}
{{ as_timestamp(states[meter_entity | trim].last_reported | default(states[meter_entity | trim].last_updated), 0) }}
{% elif source in meter_phase_sum_sources %}
{{ [as_timestamp(states[meter_l1_entity | trim].last_reported | default(states[meter_l1_entity | trim].last_updated), 0),
as_timestamp(states[meter_l2_entity | trim].last_reported | default(states[meter_l2_entity | trim].last_updated), 0),
as_timestamp(states[meter_l3_entity | trim].last_reported | default(states[meter_l3_entity | trim].last_updated), 0)] | max }}
{% elif source == 'import_export_pair' %}
{{ [as_timestamp(states[meter_import_entity | trim].last_reported | default(states[meter_import_entity | trim].last_updated), 0),
as_timestamp(states[meter_export_entity | trim].last_reported | default(states[meter_export_entity | trim].last_updated), 0)] | max }}
{% elif source in meter_phase_pair_sources %}
{{ [as_timestamp(states[meter_l1_import_entity | trim].last_reported | default(states[meter_l1_import_entity | trim].last_updated), 0),
as_timestamp(states[meter_l2_import_entity | trim].last_reported | default(states[meter_l2_import_entity | trim].last_updated), 0),
as_timestamp(states[meter_l3_import_entity | trim].last_reported | default(states[meter_l3_import_entity | trim].last_updated), 0),
as_timestamp(states[meter_l1_export_entity | trim].last_reported | default(states[meter_l1_export_entity | trim].last_updated), 0),
as_timestamp(states[meter_l2_export_entity | trim].last_reported | default(states[meter_l2_export_entity | trim].last_updated), 0),
as_timestamp(states[meter_l3_export_entity | trim].last_reported | default(states[meter_l3_export_entity | trim].last_updated), 0)] | max }}
{% else %}
{{ 0 }}
{% endif %}
effective_meter_sign_mode: >-
{% set source = effective_meter_power_source | trim %}
{% if source == 'import_export_pair' or source in meter_phase_pair_sources %}
{{ 'export_positive' }}
{% elif meter_sign_mode == 'auto_from_preset' %}
{% if source in meter_import_positive_presets %}
{{ 'import_positive' }}
{% else %}
{{ 'export_positive' }}
{% endif %}
{% else %}
{{ meter_sign_mode }}
{% endif %}
meter_factor: >-
{{ 1 if (effective_meter_sign_mode | trim) == 'export_positive' else -1 }}
current_gs_w: "{{ states(gs_entity | trim) | float(0) }}"
inverter_rated_w: 2400
has_soc: >-
{{ soc_entity | string | length > 0
and states(soc_entity | trim) not in ['unknown', 'unavailable', 'none', ''] }}
has_is: >-
{{ is_entity | string | length > 0
and states(is_entity | trim) not in ['unknown', 'unavailable', 'none', ''] }}
has_load: >-
{{ load_entity | string | length > 0
and states(load_entity | trim) not in ['unknown', 'unavailable', 'none', ''] }}
has_gp: >-
{{ gp_entity | string | length > 0
and states(gp_entity | trim) not in ['unknown', 'unavailable', 'none', ''] }}
has_pv: >-
{{ pv_entity | string | length > 0
and states(pv_entity | trim) not in ['unknown', 'unavailable', 'none', ''] }}
- variables:
gs_entity_min_w: >-
{% if gs_entity | string | trim | length > 0 %}
{{ state_attr(gs_entity | trim, 'min') | float(gs_min_w | float(-2400)) }}
{% else %}
{{ gs_min_w | float(-2400) }}
{% endif %}
gs_entity_max_w: >-
{% if gs_entity | string | trim | length > 0 %}
{{ state_attr(gs_entity | trim, 'max') | float(gs_max_w | float(2400)) }}
{% else %}
{{ gs_max_w | float(2400) }}
{% endif %}
is_entity_min_w: >-
{% if has_is | bool(false) %}
{{ state_attr(is_entity | trim, 'min') | float(0) }}
{% else %}
{{ 0 }}
{% endif %}
is_entity_max_w: >-
{% if has_is | bool(false) %}
{{ state_attr(is_entity | trim, 'max') | float(inverter_rated_w | float(2400)) }}
{% else %}
{{ inverter_rated_w | float(2400) }}
{% endif %}
normalized_grid_w: >-
{{ (meter_raw_w | float(0)) * (meter_factor | float(1)) }}
soc_value: >-
{% if has_soc | bool(false) %}
{{ states(soc_entity | trim) | float(50) }}
{% else %}
{{ 50 }}
{% endif %}
current_is_w: >-
{% if has_is | bool(false) %}
{{ states(is_entity | trim) | float(0) }}
{% else %}
{{ 0 }}
{% endif %}
load_power_raw_w: >-
{% if has_load | bool(false) %}
{{ states(load_entity | trim) | float(0) }}
{% else %}
{{ 0 }}
{% endif %}
load_power_w: >-
{% set raw = load_power_raw_w | float(0) %}
{% if raw > 32767 %}
{{ raw - 65536 }}
{% else %}
{{ raw }}
{% endif %}
gp_power_raw_w: >-
{% if has_gp | bool(false) %}
{{ states(gp_entity | trim) | float(0) }}
{% else %}
{{ 0 }}
{% endif %}
gp_power_w: >-
{% set raw = gp_power_raw_w | float(0) %}
{% if raw > 32767 %}
{{ raw - 65536 }}
{% else %}
{{ raw }}
{% endif %}
pv_power_w: >-
{% if has_pv | bool(false) %}
{{ states(pv_entity | trim) | float(0) }}
{% else %}
{{ 0 }}
{% endif %}
effective_min_discharge_soc: >-
{{ min_discharge_soc | float(10) }}
effective_max_charge_soc: >-
{{ max_charge_soc | float(100) }}
- choose:
- conditions:
- condition: template
value_template: >-
{{ ((states(min_soc_entity | trim) | float(0)) - (min_discharge_soc | float(10))) | abs >= 1 }}
sequence:
- service: number.set_value
continue_on_error: true
target:
entity_id: "{{ min_soc_entity | trim }}"
data:
value: "{{ min_discharge_soc }}"
- choose:
- conditions:
- condition: template
value_template: >-
{{ ((states(max_soc_entity | trim) | float(0)) - (max_charge_soc | float(100))) | abs >= 1 }}
sequence:
- service: number.set_value
continue_on_error: true
target:
entity_id: "{{ max_soc_entity | trim }}"
data:
value: "{{ max_charge_soc }}"
- variables:
soc_hysteresis_value: 5
has_full_hold_helper: >-
{{ full_hold_entity | string | trim | length > 0 }}
has_low_hold_helper: >-
{{ low_hold_entity | string | trim | length > 0 }}
current_full_hold_state: >-
{{ has_full_hold_helper | bool(false)
and is_state(full_hold_entity | trim, 'on') }}
current_low_hold_state: >-
{{ has_low_hold_helper | bool(false)
and is_state(low_hold_entity | trim, 'on') }}
state_mismatch_threshold_w: "{{ [small_error_w | float(30), 30] | max }}"
full_hold_memory_band_percent: 1
full_hold_bypass_command_active: >-
{% set gs_tolerance = [gs_resolution_w | float(1), 5] | max %}
{% set is_tolerance = [is_resolution_w | float(10), 20] | max %}
{% set bypass_is_target = [is_entity_max_w | float(inverter_rated_w | float(2400)), inverter_rated_w | float(2400)] | min %}
{{ full_battery_mode == 'follow_pv'
and has_is | bool(false)
and ((current_gs_w | float(0)) | abs) <= (gs_tolerance | float(5))
and (current_is_w | float(0)) >= ((bypass_is_target | float(2400)) - (is_tolerance | float(20))) }}
full_hold_bypass_memory_active: >-
{% set soc = soc_value | float(50) %}
{% set upper = effective_max_charge_soc | float(100) %}
{{ full_hold_bypass_command_active | bool(false)
and soc < upper
and soc >= (upper - (full_hold_memory_band_percent | float(1))) }}
full_hold_state: >-
{% set soc = soc_value | float(50) %}
{% set upper = effective_max_charge_soc | float(100) %}
{% set release = upper - (soc_hysteresis_value | float(2)) %}
{% if has_full_hold_helper | bool(false) %}
{% if soc >= upper %}
{{ true }}
{% elif soc <= release %}
{{ false }}
{% else %}
{{ current_full_hold_state | bool(false) }}
{% endif %}
{% else %}
{{ soc >= upper or full_hold_bypass_memory_active | bool(false) }}
{% endif %}
low_hold_state_prelim: >-
{% set soc = soc_value | float(50) %}
{% set lower = effective_min_discharge_soc | float(10) %}
{% set release = lower + (soc_hysteresis_value | float(2)) %}
{% if has_low_hold_helper | bool(false) %}
{% if soc <= lower %}
{{ true }}
{% elif soc >= release %}
{{ false }}
{% else %}
{{ current_low_hold_state | bool(false) }}
{% endif %}
{% else %}
{{ soc <= lower }}
{% endif %}
- variables:
control_error_w: >-
{{ (normalized_grid_w | float(0)) - (target_grid_power_w | float(0)) }}
positive_load_power_w: >-
{{ [load_power_w | float(0), 0] | max }}
load_port_backfeed_w: >-
{{ [(-1 * (load_power_w | float(0))), 0] | max }}
effective_load_power_w: >-
{{ load_power_w | float(0) if has_load | bool(false) else 0 }}
hardware_output_limit_w: >-
{% if full_battery_mode == 'follow_pv'
and full_hold_state | bool(false)
and has_pv | bool(false) %}
{{ inverter_rated_w | float(2400) }}
{% else %}
{{ [current_is_w | float(0), inverter_rated_w | float(2400)] | min }}
{% endif %}
load_port_from_inverter_w: >-
{% if full_battery_mode == 'follow_pv'
and full_hold_state | bool(false)
and has_pv | bool(false) %}
{{ [positive_load_power_w | float(0), inverter_rated_w | float(2400)] | min }}
{% else %}
{{ [positive_load_power_w | float(0), [current_is_w | float(0), inverter_rated_w | float(2400)] | min] | min }}
{% endif %}
load_port_grid_supply_w: >-
{% if full_battery_mode == 'follow_pv'
and full_hold_state | bool(false)
and has_pv | bool(false) %}
{{ [(positive_load_power_w | float(0)) - ([positive_load_power_w | float(0), inverter_rated_w | float(2400)] | min), 0] | max }}
{% else %}
{{ [(positive_load_power_w | float(0)) - ([positive_load_power_w | float(0), [current_is_w | float(0), inverter_rated_w | float(2400)] | min] | min), 0] | max }}
{% endif %}
estimated_home_load_w: >-
{{ (gp_power_w | float(0)) - (normalized_grid_w | float(0)) }}
- variables:
load_grid_supply_target_w: >-
{% if (positive_load_power_w | float(0)) > 0 %}
{{ [[-1 * ((target_grid_power_w | float(0)) + (estimated_home_load_w | float(0))), 0] | max, positive_load_power_w | float(0)] | min }}
{% else %}
{{ 0 }}
{% endif %}
raw_grid_port_target_w: >-
{% if (load_port_backfeed_w | float(0)) > 0 %}
{{ (target_grid_power_w | float(0)) + (estimated_home_load_w | float(0)) }}
{% else %}
{{ (target_grid_power_w | float(0)) + (estimated_home_load_w | float(0)) + (load_grid_supply_target_w | float(0)) }}
{% endif %}
desired_load_port_output_w: >-
{% if (positive_load_power_w | float(0)) > 0 %}
{{ (positive_load_power_w | float(0)) - (load_grid_supply_target_w | float(0)) }}
{% else %}
{{ 0 }}
{% endif %}
bypass_active: >-
{{ full_battery_mode == 'follow_pv'
and full_hold_state | bool(false)
and has_pv | bool(false) }}
bypass_grid_available_w: >-
{% if full_battery_mode == 'follow_pv'
and full_hold_state | bool(false)
and has_pv | bool(false) %}
{% set pv_after_load = [(pv_power_w | float(0)) - (positive_load_power_w | float(0)), 0] | max %}
{{ [[pv_after_load + (load_port_backfeed_w | float(0)), 0] | max, gs_max_w | float(2400)] | min }}
{% else %}
{{ 0 }}
{% endif %}
bypass_only_candidate: >-
{{ bypass_active | bool(false)
and ([raw_grid_port_target_w | float(0), 0] | max) <= (bypass_grid_available_w | float(0)) }}
bypass_feedback_missing: >-
{% set threshold = state_mismatch_threshold_w | float(30) %}
{% set required_gp = [raw_grid_port_target_w | float(0), 0] | max %}
{{ bypass_active | bool(false)
and required_gp > threshold
and (gp_power_w | float(0)) < (required_gp - threshold)
and (normalized_grid_w | float(0)) < ((target_grid_power_w | float(0)) - threshold) }}
bypass_only: >-
{{ bypass_only_candidate | bool(false) and not (bypass_feedback_missing | bool(false)) }}
raw_is_target_w: >-
{{ (desired_load_port_output_w | float(0)) + ([raw_grid_port_target_w | float(0), 0] | max) }}
pre_soc_target_is_w: >-
{% if bypass_only | bool(false) %}
{{ inverter_rated_w | float(2400) }}
{% else %}
{{ raw_is_target_w | float(0) }}
{% endif %}
- variables:
low_hold_state: "{{ low_hold_state_prelim | bool(false) }}"
charge_blocked_by_soc: >-
{{ full_hold_state | bool(false) }}
discharge_blocked_by_soc: >-
{{ low_hold_state | bool(false) }}
needs_grid_absorption: >-
{{ ((target_grid_power_w | float(0)) + (estimated_home_load_w | float(0))) < 0 }}
lp_load_import_guard: >-
{{ (positive_load_power_w | float(0)) > 0
and (normalized_grid_w | float(0)) < ((target_grid_power_w | float(0)) - (state_mismatch_threshold_w | float(30))) }}
- variables:
charge_limited_gs_min_w: >-
{% set configured_min = gs_min_w | float(-2400) %}
{% set entity_min = gs_entity_min_w | float(configured_min) %}
{{ [configured_min, entity_min, -1 * (ac_couple_max_charge_power_w | float(2400))] | max }}
effective_gs_min_w: >-
{% set configured_min = charge_limited_gs_min_w | float(-2400) %}
{% if bypass_only | bool(false) %}
{{ 0 }}
{% elif (load_port_backfeed_w | float(0)) > 0 and not (needs_grid_absorption | bool(false)) %}
{{ [configured_min, 0] | max }}
{% elif lp_load_import_guard | bool(false) %}
{{ [configured_min, 0] | max }}
{% elif charge_blocked_by_soc | bool(false) %}
{{ [configured_min, 0] | max }}
{% else %}
{{ configured_min }}
{% endif %}
effective_gs_max_w: >-
{% set configured_max = [gs_max_w | float(2400), gs_entity_max_w | float(2400)] | min %}
{% if bypass_only | bool(false) %}
{{ 0 }}
{% elif discharge_blocked_by_soc | bool(false) %}
{{ [configured_max, 0] | min }}
{% else %}
{{ configured_max }}
{% endif %}
- variables:
unbounded_target_gs_w: >-
{% if bypass_only | bool(false) %}
{{ 0 }}
{% else %}
{{ raw_grid_port_target_w | float(0) }}
{% endif %}
target_gs_w: >-
{% set low = effective_gs_min_w | float(-2400) %}
{% set high = effective_gs_max_w | float(2400) %}
{{ [[unbounded_target_gs_w | float(0), low] | max, high] | min }}
unclamped_target_is_w: >-
{% if bypass_only | bool(false) %}
{{ inverter_rated_w | float(2400) }}
{% elif discharge_blocked_by_soc | bool(false) %}
{{ [pre_soc_target_is_w | float(0), pv_power_w | float(0)] | min }}
{% else %}
{{ pre_soc_target_is_w | float(0) }}
{% endif %}
target_is_w: >-
{% set low = is_entity_min_w | float(0) %}
{% set high = [is_entity_max_w | float(inverter_rated_w | float(2400)), inverter_rated_w | float(2400)] | min %}
{{ [[unclamped_target_is_w | float(0), low] | max, high] | min }}
gs_error_w: >-
{{ (target_gs_w | float(0)) - (current_gs_w | float(0)) }}
is_error_w: >-
{{ (target_is_w | float(0)) - (current_is_w | float(0)) }}
overall_abs_error_w: >-
{{ [control_error_w | float(0) | abs,
is_error_w | float(0) | abs,
gs_error_w | float(0) | abs] | max }}
required_interval_s: >-
{% if (overall_abs_error_w | float(0)) >= (large_error_w | float(150)) %}
{{ fast_interval_s | float(1) }}
{% elif (overall_abs_error_w | float(0)) >= (small_error_w | float(30)) %}
{{ medium_interval_s | float(5) }}
{% else %}
{{ slow_interval_s | float(15) }}
{% endif %}
proportional_delta_w: >-
{{ (gs_error_w | float(0)) * (gain_percent | float(100)) / 100 }}
next_is_w: >-
{% set resolution = [is_resolution_w | float(10), 1] | max %}
{% set rounded = (((target_is_w | float(0)) / resolution) | round(0) * resolution) | float(0) %}
{% set low = is_entity_min_w | float(0) %}
{% set high = [is_entity_max_w | float(inverter_rated_w | float(2400)), inverter_rated_w | float(2400)] | min %}
{{ [[rounded, low] | max, high] | min | round(0) }}
seconds_since_is_change: >-
{% if has_is | bool(false) %}
{{ as_timestamp(now()) - as_timestamp(states[is_entity | trim].last_changed, 0) }}
{% else %}
{{ 0 }}
{% endif %}
is_last_change_ts: >-
{% if has_is | bool(false) %}
{{ as_timestamp(states[is_entity | trim].last_changed, 0) }}
{% else %}
{{ 0 }}
{% endif %}
gs_last_change_ts: "{{ as_timestamp(states[gs_entity | trim].last_changed, 0) }}"
control_last_change_ts: >-
{{ [as_timestamp(states[gs_entity | trim].last_changed, 0),
is_last_change_ts | float(0)] | max }}
seconds_since_control_change: >-
{{ as_timestamp(now()) - (control_last_change_ts | float(0)) }}
control_gp_sample_after_change: >-
{{ as_timestamp(states[gp_entity | trim].last_reported | default(states[gp_entity | trim].last_updated), 0) > (control_last_change_ts | float(0)) }}
control_meter_sample_after_change: >-
{{ (meter_control_sample_ts | float(0)) > (control_last_change_ts | float(0)) }}
control_feedback_interval_s: >-
{{ [required_interval_s | float(1), gs_feedback_settle_s | float(4),
meter_stabilization_delay_s | float(0)] | max }}
- variables:
should_write_is: >-
{{ (seconds_since_control_change | float(999)) >= (control_feedback_interval_s | float(8))
and (control_gp_sample_after_change | bool(false))
and (control_meter_sample_after_change | bool(false))
and ((next_is_w | float(0)) - (current_is_w | float(0))) | abs >= (is_resolution_w | float(10)) }}
- variables:
max_adjustment_w: >-
{% if (overall_abs_error_w | float(0)) >= (large_error_w | float(150)) %}
{{ fast_max_step_w | float(500) }}
{% elif (overall_abs_error_w | float(0)) >= (small_error_w | float(30)) %}
{{ medium_max_step_w | float(100) }}
{% else %}
{{ small_max_step_w | float(20) }}
{% endif %}
- variables:
limited_delta_w: >-
{% set delta = proportional_delta_w | float(0) %}
{% set limit = max_adjustment_w | float(20) %}
{{ [[delta, -limit] | max, limit] | min }}
- variables:
stepped_target_gs_w: "{{ (current_gs_w | float(0)) + (limited_delta_w | float(0)) }}"
- variables:
next_gs_w: >-
{% set resolution = [gs_resolution_w | float(1), 1] | max %}
{% set rounded = (((stepped_target_gs_w | float(0)) / resolution) | round(0) * resolution) | float(0) %}
{% set low = effective_gs_min_w | float(-2400) %}
{% set high = effective_gs_max_w | float(2400) %}
{{ [[rounded, low] | max, high] | min | round(0) }}
- variables:
seconds_since_gs_change: >-
{{ as_timestamp(now()) - as_timestamp(states[gs_entity | trim].last_changed, 0) }}
- variables:
should_write_gs: >-
{{ (seconds_since_control_change | float(999)) >= (control_feedback_interval_s | float(8))
and (control_gp_sample_after_change | bool(false))
and (control_meter_sample_after_change | bool(false))
and (next_gs_w | float(0)) != (current_gs_w | float(0)) }}
diagnostic_decision_log_due: >-
{% set level = diagnostic_log_level | string | trim %}
{% set interval = 5 if level == 'debug' else ([diagnostic_log_interval_s | float(60), 10] | max) %}
{% set now_ts = as_timestamp(now()) | int(0) %}
{{ level in ['decision', 'debug']
and (now_ts % (interval | int(60))) == 0 }}
- choose:
- conditions:
- condition: template
value_template: >-
{{ has_full_hold_helper | bool(false)
and full_hold_state | bool(false)
and not (current_full_hold_state | bool(false)) }}
sequence:
- choose:
- conditions:
- condition: template
value_template: >-
{{ (diagnostic_log_level | string | trim) in ['events', 'write', 'decision', 'debug'] }}
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=full_hold_on | soc={{ soc_value | float(0) | round(1) }}% | lower={{ effective_min_discharge_soc | float(0) }}% | upper={{ effective_max_charge_soc | float(0) }}% | meter={{ normalized_grid_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W
- service: input_boolean.turn_on
target:
entity_id: "{{ full_hold_entity | trim }}"
- conditions:
- condition: template
value_template: >-
{{ has_full_hold_helper | bool(false)
and not (full_hold_state | bool(false))
and current_full_hold_state | bool(false) }}
sequence:
- choose:
- conditions:
- condition: template
value_template: >-
{{ (diagnostic_log_level | string | trim) in ['events', 'write', 'decision', 'debug'] }}
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=full_hold_off | soc={{ soc_value | float(0) | round(1) }}% | lower={{ effective_min_discharge_soc | float(0) }}% | upper={{ effective_max_charge_soc | float(0) }}% | meter={{ normalized_grid_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W
- service: input_boolean.turn_off
target:
entity_id: "{{ full_hold_entity | trim }}"
- choose:
- conditions:
- condition: template
value_template: >-
{{ has_low_hold_helper | bool(false)
and low_hold_state | bool(false)
and not (current_low_hold_state | bool(false)) }}
sequence:
- choose:
- conditions:
- condition: template
value_template: >-
{{ (diagnostic_log_level | string | trim) in ['events', 'write', 'decision', 'debug'] }}
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=low_hold_on | soc={{ soc_value | float(0) | round(1) }}% | lower={{ effective_min_discharge_soc | float(0) }}% | upper={{ effective_max_charge_soc | float(0) }}% | meter={{ normalized_grid_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W
- service: input_boolean.turn_on
target:
entity_id: "{{ low_hold_entity | trim }}"
- conditions:
- condition: template
value_template: >-
{{ has_low_hold_helper | bool(false)
and not (low_hold_state | bool(false))
and current_low_hold_state | bool(false) }}
sequence:
- choose:
- conditions:
- condition: template
value_template: >-
{{ (diagnostic_log_level | string | trim) in ['events', 'write', 'decision', 'debug'] }}
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=low_hold_off | soc={{ soc_value | float(0) | round(1) }}% | lower={{ effective_min_discharge_soc | float(0) }}% | upper={{ effective_max_charge_soc | float(0) }}% | meter={{ normalized_grid_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W
- service: input_boolean.turn_off
target:
entity_id: "{{ low_hold_entity | trim }}"
- choose:
- conditions:
- condition: template
value_template: "{{ should_write_is }}"
sequence:
- choose:
- conditions:
- condition: template
value_template: >-
{{ (diagnostic_log_level | string | trim) in ['write', 'decision', 'debug'] }}
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=write_is | old={{ current_is_w | float(0) | round(0) }}W | new={{ next_is_w | float(0) | round(0) }}W | target={{ target_is_w | float(0) | round(0) }}W | meter={{ normalized_grid_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W | soc={{ soc_value | float(0) | round(1) }}% | full_hold={{ full_hold_state | bool(false) }} | low_hold={{ low_hold_state | bool(false) }}
- service: number.set_value
continue_on_error: true
target:
entity_id: "{{ is_entity | trim }}"
data:
value: "{{ next_is_w }}"
- choose:
- conditions:
- condition: template
value_template: "{{ should_write_gs }}"
sequence:
- choose:
- conditions:
- condition: template
value_template: >-
{{ (diagnostic_log_level | string | trim) in ['write', 'decision', 'debug'] }}
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=write_gs | old={{ current_gs_w | float(0) | round(0) }}W | new={{ next_gs_w | float(0) | round(0) }}W | target={{ target_gs_w | float(0) | round(0) }}W | meter={{ normalized_grid_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W | soc={{ soc_value | float(0) | round(1) }}% | full_hold={{ full_hold_state | bool(false) }} | low_hold={{ low_hold_state | bool(false) }}
- service: number.set_value
target:
entity_id: "{{ gs_entity | trim }}"
data:
value: "{{ next_gs_w }}"
- choose:
- conditions:
- condition: template
value_template: "{{ diagnostic_decision_log_due | bool(false) }}"
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=decision | meter={{ normalized_grid_w | float(0) | round(0) }}W | target_grid={{ target_grid_power_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W | soc={{ soc_value | float(0) | round(1) }}% | gs={{ current_gs_w | float(0) | round(0) }}W->{{ next_gs_w | float(0) | round(0) }}W | is={{ current_is_w | float(0) | round(0) }}W->{{ next_is_w | float(0) | round(0) }}W | write_gs={{ should_write_gs | bool(false) }} | write_is={{ should_write_is | bool(false) }} | full_hold={{ full_hold_state | bool(false) }} | low_hold={{ low_hold_state | bool(false) }} | bypass={{ bypass_only | bool(false) }}
Raw
sunenergyxt-500-zero-feed-in.yaml
blueprint:
name: SunEnergyXT 500 Serie - Nulleinspeisung
description: >
Nulleinspeise-Regler für SunEnergyXT 500 / 500 Pro mit einem externen Home
Assistant-Zähler. Die Automatisierung verwendet keine Betriebsmodus- oder
Entlademodus-Schalter des Geräts. Wählen Sie den Zählertyp und das
SunEnergyXT-Gerät; der Blueprint erkennt gängige HA-/HACS-Zählerformen wie
Shelly, BitShake / Tasmota, EcoTracker, vorzeichenbehaftete Gesamtleistung,
Dreiphasenleistung sowie Bezug-/Einspeisepaare. Die Automatisierung steuert
anschließend den Sollwert Leistung Netzanschluss und den Sollwert max.
Wechselrichterleistung mit derselben Topologielogik wie der Simulator.
domain: automation
homeassistant:
min_version: "2024.6.0"
source_url: https://github.com/SunEnergyXT/sunenergyxt-500-zero-feed-in-blueprint/blob/main/blueprints/automation/sunenergyxt/sunenergyxt-500-zero-feed-in.yaml
input:
required_devices:
name: SunEnergyXT-Einrichtung
icon: mdi:devices
description: >
Wählen Sie das SunEnergyXT-All-in-one-Gerät und die wichtigsten
Benutzereinstellungen. Der Blueprint bindet passende Entitäten dieses
Geräts automatisch und schreibt die SOC-Grenzen in die Geräteeinstellungen.
input:
aio_device:
name: SunEnergyXT-Gerät
description: >
Wählen Sie das SunEnergyXT 500 / 500 Pro Gerät. Der Blueprint sucht
automatisch den Sollwert Leistung Netzanschluss, den Sollwert max.
Wechselrichterleistung, die Systemleistung am Lastanschluss, die
Systemleistung am Netzanschluss, die PV-Gesamteingangsleistung,
das System-Speicherlevel und die SOC-Grenzentitäten dieses Geräts.
selector:
device:
filter:
- integration: sunenergyxt
full_battery_mode:
name: Verhalten bei voller Batterie
default: follow_load
selector:
select:
options:
- label: Nach Vollladung Last folgen
value: follow_load
- label: Nach Vollladung PV folgen
value: follow_pv
gs_max_w:
name: Maximale Netzeinspeiseleistung
description: >
Maximal erlaubte Netzeinspeiseleistung. Verwenden Sie 800 W für
SunEnergyXT 500 und 2400 W für SunEnergyXT 500 Pro, sofern vor Ort
kein niedrigerer Grenzwert erforderlich ist.
default: 2400
selector:
number:
min: 0
max: 2400
step: 1
unit_of_measurement: W
mode: box
min_discharge_soc:
name: System Entladegrenze
description: >
Schreibt die System Entladegrenze des ausgewählten SunEnergyXT-
Geräts. Die Automatisierung verwendet diesen Wert außerdem als
Steuergrenze bei niedrigem SOC.
default: 10
selector:
number:
min: 1
max: 30
step: 1
unit_of_measurement: "%"
mode: box
max_charge_soc:
name: System Ladegrenze
description: >
Schreibt die System Ladegrenze des ausgewählten SunEnergyXT-Geräts.
Die Automatisierung verwendet diesen Wert außerdem als Steuergrenze
bei voller Batterie.
default: 100
selector:
number:
min: 70
max: 100
step: 1
unit_of_measurement: "%"
mode: box
ac_couple_max_charge_power_w:
name: Maximale AC-gekoppelte Ladeleistung
description: >
Begrenzt die AC-seitige Lade-/Aufnahmeleistung. SunEnergyXT 500
und 500 Pro können hier bis zu 2400 W verwenden, sofern vor Ort
kein niedrigerer Grenzwert gilt.
default: 2400
selector:
number:
min: 0
max: 2400
step: 1
unit_of_measurement: W
mode: box
meter_setup:
name: Zähler-Einrichtung
icon: mdi:meter-electric
description: >
Wählen Sie genau einen Zählertyp. Home Assistant Blueprints können
Felder anhand dieser Auswahl nicht dynamisch ausblenden. Öffnen Sie
daher nur das passende Zählerformular unten und lassen Sie die anderen
Formulare leer.
input:
meter_power_source:
name: Zählertyp
description: >
Wählen Sie die Form der Zählerintegration. Füllen Sie nur die Felder
aus, die zum ausgewählten Typ passen.
selector:
select:
options:
- label: Shelly Pro 3EM
value: shelly_total_power
- label: EcoTracker
value: ecotracker_power
- label: BitShake / Tasmota
value: bitshake_tasmota_power
- label: Shelly 3EM
value: shelly_three_phase_sum
- label: Benutzerdefinierter Zähler
value: custom
meter_pro3em_setup:
name: Shelly Pro 3EM Zähler
icon: mdi:meter-electric
collapsed: true
description: >
Dieses Formular nur ausfüllen, wenn als Zählertyp Shelly Pro 3EM ausgewählt ist.
input:
pro3em_meter_device:
name: Shelly Pro 3EM Gerät
description: >
Wählen Sie das Shelly Pro 3EM Zählergerät.
default: ""
selector:
device:
entity:
- domain: sensor
meter_ecotracker_setup:
name: EcoTracker-Zähler
icon: mdi:meter-electric
collapsed: true
description: >
Dieses Formular nur ausfüllen, wenn als Zählertyp EcoTracker ausgewählt ist.
input:
ecotracker_meter_device:
name: EcoTracker-Gerät
description: >
Wählen Sie das EcoTracker-Zählergerät.
default: ""
selector:
device:
entity:
- domain: sensor
meter_bitshake_setup:
name: BitShake-/Tasmota-Zähler
icon: mdi:meter-electric
collapsed: true
description: >
Dieses Formular nur ausfüllen, wenn als Zählertyp BitShake / Tasmota
ausgewählt ist.
input:
bitshake_meter_device:
name: BitShake-/Tasmota-Gerät
description: >
Wählen Sie das BitShake- oder Tasmota-Zählergerät.
default: ""
selector:
device:
entity:
- domain: sensor
meter_shelly3em_setup:
name: Shelly-3EM-Zähler
icon: mdi:meter-electric
collapsed: true
description: >
Dieses Formular nur ausfüllen, wenn als Zählertyp Shelly 3EM ausgewählt
ist. Wählen Sie die drei Phasengeräte; der Blueprint liest die Leistung
jeder Phase vom jeweiligen Gerät.
input:
meter_l1_device:
name: Shelly 3EM Phase A / L1 Gerät
description: >
Wählen Sie das HA-Gerät für Phase A / L1.
default: ""
selector:
device:
entity:
- domain: sensor
meter_l2_device:
name: Shelly 3EM Phase B / L2 Gerät
description: >
Wählen Sie das HA-Gerät für Phase B / L2.
default: ""
selector:
device:
entity:
- domain: sensor
meter_l3_device:
name: Shelly 3EM Phase C / L3 Gerät
description: >
Wählen Sie das HA-Gerät für Phase C / L3.
default: ""
selector:
device:
entity:
- domain: sensor
meter_custom_setup:
name: Benutzerdefinierter Zähler
icon: mdi:meter-electric
collapsed: true
description: >
Dieses Formular nur ausfüllen, wenn als Zählertyp Benutzerdefinierter
Zähler ausgewählt ist. Ein benutzerdefinierter Zähler benötigt kein
Zählergerät; wählen Sie eine Formel und geben Sie die passenden
Entitäten an.
input:
custom_meter_formula:
name: Leistungsformel des benutzerdefinierten Zählers
description: >
Der Blueprint wendet diese Formel auf die unten angegebenen Entitäten an.
default: custom_signed_total_power
selector:
select:
options:
- label: Vorzeichenbehaftete Gesamtleistung
value: custom_signed_total_power
- label: L1 + L2 + L3
value: custom_three_phase_sum
- label: Einspeisung - Bezug
value: import_export_pair
- label: L1-L3 Einspeisung - Bezug
value: custom_three_phase_import_export
- label: Entitätsattribut
value: ecotracker_attribute_power
meter_power_sensor:
name: Benutzerdefinierte Gesamt-/Aktualleistungsentität
description: >
Für vorzeichenbehaftete Gesamtleistung oder Entitätsattribut verwenden.
default: ""
selector:
entity:
domain: sensor
meter_power_attribute:
name: Benutzerdefiniertes Leistungsattribut
description: >
Nur verwenden, wenn die Leistungsformel Entitätsattribut ist. Der
übliche Attributname ist power.
default: power
selector:
text:
meter_l1_power_sensor:
name: Benutzerdefinierte L1-/Phase-A-Leistungsentität
description: >
Für die benutzerdefinierte Formel L1 + L2 + L3 verwenden.
default: ""
selector:
entity:
domain: sensor
meter_l2_power_sensor:
name: Benutzerdefinierte L2-/Phase-B-Leistungsentität
description: >
Für die benutzerdefinierte Formel L1 + L2 + L3 verwenden.
default: ""
selector:
entity:
domain: sensor
meter_l3_power_sensor:
name: Benutzerdefinierte L3-/Phase-C-Leistungsentität
description: >
Für die benutzerdefinierte Formel L1 + L2 + L3 verwenden.
default: ""
selector:
entity:
domain: sensor
meter_import_power_sensor:
name: Benutzerdefinierte Bezugsleistungsentität
description: >
Für die benutzerdefinierte Formel Einspeisung - Bezug verwenden.
default: ""
selector:
entity:
domain: sensor
meter_export_power_sensor:
name: Benutzerdefinierte Einspeiseleistungsentität
description: >
Für die benutzerdefinierte Formel Einspeisung - Bezug verwenden.
default: ""
selector:
entity:
domain: sensor
meter_l1_import_power_sensor:
name: Benutzerdefinierte L1-/Phase-A-Bezugsleistungsentität
description: >
Für die benutzerdefinierte Formel L1-L3 Einspeisung - Bezug verwenden.
default: ""
selector:
entity:
domain: sensor
meter_l2_import_power_sensor:
name: Benutzerdefinierte L2-/Phase-B-Bezugsleistungsentität
description: >
Für die benutzerdefinierte Formel L1-L3 Einspeisung - Bezug verwenden.
default: ""
selector:
entity:
domain: sensor
meter_l3_import_power_sensor:
name: Benutzerdefinierte L3-/Phase-C-Bezugsleistungsentität
description: >
Für die benutzerdefinierte Formel L1-L3 Einspeisung - Bezug verwenden.
default: ""
selector:
entity:
domain: sensor
meter_l1_export_power_sensor:
name: Benutzerdefinierte L1-/Phase-A-Einspeiseleistungsentität
description: >
Für die benutzerdefinierte Formel L1-L3 Einspeisung - Bezug verwenden.
default: ""
selector:
entity:
domain: sensor
meter_l2_export_power_sensor:
name: Benutzerdefinierte L2-/Phase-B-Einspeiseleistungsentität
description: >
Für die benutzerdefinierte Formel L1-L3 Einspeisung - Bezug verwenden.
default: ""
selector:
entity:
domain: sensor
meter_l3_export_power_sensor:
name: Benutzerdefinierte L3-/Phase-C-Einspeiseleistungsentität
description: >
Für die benutzerdefinierte Formel L1-L3 Einspeisung - Bezug verwenden.
default: ""
selector:
entity:
domain: sensor
advanced_entity_overrides:
name: Erweiterte Entitätsüberschreibungen
icon: mdi:form-select
collapsed: true
description: >
Für die automatische gerätebasierte Bindung leer lassen. Nur öffnen,
wenn das ausgewählte Gerät ungewöhnliche Entitätsnamen bereitstellt und
das automatische Ergebnis falsch ist.
input:
gs_number:
name: Entität für Sollwert Leistung Netzanschluss überschreiben
default: ""
selector:
entity:
domain: number
is_number:
name: Entität für Sollwert max. Wechselrichterleistung überschreiben
default: ""
selector:
entity:
domain: number
load_power_sensor:
name: Sensor für Systemleistung am Lastanschluss überschreiben
default: ""
selector:
entity:
domain: sensor
grid_port_power_sensor:
name: Sensor für Systemleistung am Netzanschluss überschreiben
default: ""
selector:
entity:
domain: sensor
pv_power_sensor:
name: Sensor für PV-Gesamteingangsleistung überschreiben
default: ""
selector:
entity:
domain: sensor
soc_sensor:
name: Sensor für System-Speicherlevel überschreiben
default: ""
selector:
entity:
domain: sensor
min_discharge_soc_number:
name: Number-Entität für System Entladegrenze überschreiben
default: ""
selector:
entity:
domain: number
max_charge_soc_number:
name: Number-Entität für System Ladegrenze überschreiben
default: ""
selector:
entity:
domain: number
advanced_meter_settings:
name: Erweiterte Zähler-Vorzeichen- und Einheitseinstellungen
icon: mdi:meter-electric
collapsed: true
input:
meter_sign_mode:
name: Vorzeichenkonvention des Zählers
description: >
Automatisch verwendet die Vorgabe des ausgewählten Zählertyps. Wählen
Sie eine feste Vorgabe, wenn Stromwandler, Skript oder Template das
entgegengesetzte Vorzeichen liefern.
default: auto_from_preset
selector:
select:
options:
- label: Automatisch nach ausgewähltem Zählertyp
value: auto_from_preset
- label: Einspeisung ist positiv
value: export_positive
- label: Netzbezug ist positiv
value: import_positive
meter_power_multiplier:
name: Leistungsfaktor externer Zähler
description: >
1 verwenden, wenn die Entität bereits W liefert. 1000 verwenden, wenn die Entität kW liefert.
default: 1
selector:
number:
min: 0.001
max: 1000
step: 0.001
mode: box
advanced_control_settings:
name: Erweiterte Steuerungseinstellungen
icon: mdi:cog-outline
collapsed: true
input:
target_grid_power_w:
name: Ziel-Netzleistung
description: >
Nulleinspeisung verwendet 0 W. Positive Werte halten bewusst eine
kleine Einspeisung; negative Werte halten bewusst einen kleinen Bezug.
default: 0
selector:
number:
min: -200
max: 200
step: 1
unit_of_measurement: W
mode: box
target_grid_power_entity:
name: Optionaler Helper für Ziel-Netzleistung
description: >
Optionaler input_number-Helper für einen dynamischen Zielwert. Ist
kein Helper ausgewählt oder sein Zustand ungültig, wird die oben
eingestellte Ziel-Netzleistung verwendet.
default: ""
selector:
entity:
domain: input_number
gs_min_w:
name: Untere Grenze für Sollwert Leistung Netzanschluss
description: >
Minimal erlaubter Sollwert Leistung Netzanschluss. Negative Werte
erlauben Netzbezug bzw. Laden, um Überschussleistung aufzunehmen.
default: -2400
selector:
number:
min: -2400
max: 0
step: 1
unit_of_measurement: W
mode: box
gs_resolution_w:
name: Schreibauflösung Sollwert Leistung Netzanschluss
default: 1
selector:
number:
min: 1
max: 50
step: 1
unit_of_measurement: W
mode: box
gain_percent:
name: Korrekturverstärkung
default: 100
selector:
number:
min: 20
max: 150
step: 5
unit_of_measurement: "%"
mode: slider
small_error_w:
name: Schwelle für kleinen Fehler
default: 30
selector:
number:
min: 1
max: 300
step: 1
unit_of_measurement: W
mode: box
large_error_w:
name: Schwelle für großen Fehler
default: 150
selector:
number:
min: 10
max: 1000
step: 10
unit_of_measurement: W
mode: box
slow_interval_s:
name: Langsames Schreibintervall
default: 7
selector:
number:
min: 1
max: 120
step: 0.5
unit_of_measurement: s
mode: box
medium_interval_s:
name: Mittleres Schreibintervall
default: 2.5
selector:
number:
min: 0.5
max: 60
step: 0.5
unit_of_measurement: s
mode: box
fast_interval_s:
name: Schnelles Schreibintervall
default: 1
selector:
number:
min: 1
max: 20
step: 1
unit_of_measurement: s
mode: box
gs_feedback_settle_s:
name: Einschwingzeit der Regelungsrückmeldung
description: >
Mindestzeit nach dem Schreiben des Sollwerts Leistung Netzanschluss
oder des Sollwerts max. Wechselrichterleistung bis zum nächsten
Schreibvorgang. Die Automatisierung wartet außerdem auf neue
Netzanschluss- und Zählerwerte nach der letzten Änderung. Der
Standardwert passt zur beobachteten SunEnergyXT-Rückmeldezeit und
reduziert Schwingen bei Änderungen externer Geräte.
default: 5
selector:
number:
min: 1
max: 30
step: 1
unit_of_measurement: s
mode: box
meter_stabilization_delay_s:
name: Zusätzliche Wartezeit bei verzögerter Zählerrückmeldung
description: >
Optionale zusätzliche Wartezeit nach einem GS- oder IS-Schreibvorgang,
bevor erneut geregelt wird. Bei Zählern ohne merkliche Verzögerung
0 s beibehalten. Den Wert etwas größer als die gemessene inhaltliche
Verzögerung einstellen, wenn der Zähler in Home Assistant zwar neue
Zeitstempel meldet, der Leistungswert aber noch den Zustand vor dem
letzten Schreibvorgang zeigt. Ein zu kleiner Wert kann Schwingen
zulassen; ein zu großer Wert verlangsamt die Reaktion auf echte
Laständerungen.
default: 0
selector:
number:
min: 0
max: 60
step: 1
unit_of_measurement: s
mode: box
small_max_step_w:
name: Maximale Anpassung bei kleinem Fehler
default: 20
selector:
number:
min: 1
max: 300
step: 1
unit_of_measurement: W
mode: box
medium_max_step_w:
name: Maximale Anpassung bei mittlerem Fehler
default: 120
selector:
number:
min: 10
max: 1000
step: 10
unit_of_measurement: W
mode: box
fast_max_step_w:
name: Maximale Anpassung bei großem Fehler
default: 450
selector:
number:
min: 50
max: 2400
step: 10
unit_of_measurement: W
mode: box
max_meter_age_s:
name: Maximales Alter des Zählerwerts
description: >
Maximales Alter des externen Zählerwerts, bevor die aktuelle
Regelrunde pausiert und den aktuellen GS-Wert beibehält. Ein
ausdrücklich ungültiger kritischer Eingang muss mindestens ebenso
lange ungültig bleiben, bevor ein GS ungleich 0 einmalig auf 0 W
zurückgesetzt wird.
default: 30
selector:
number:
min: 2
max: 300
step: 1
unit_of_measurement: s
mode: box
is_resolution_w:
name: Schreibauflösung Sollwert max. Wechselrichterleistung
default: 10
selector:
number:
min: 1
max: 100
step: 1
unit_of_measurement: W
mode: box
diagnostic_log_level:
name: Diagnose-Log-Stufe
description: >
Aus schreibt keine Diagnose-Logs. Ereignisse protokolliert
SOC-Haltewechsel. Schreibvorgänge ergänzt Setpoint-Schreibvorgänge.
Entscheidungen ergänzt periodische Regelentscheidungen. Debug
schreibt Entscheidungs-Logs alle 5 Sekunden.
default: off
selector:
select:
options:
- label: "Aus"
value: "off"
- label: "Ereignisse"
value: "events"
- label: "Schreibvorgänge"
value: "write"
- label: "Entscheidungen"
value: "decision"
- label: "Debug"
value: "debug"
diagnostic_log_interval_s:
name: Intervall für Entscheidungs-Logs
description: >
Mindestintervall für periodische Entscheidungs-Logs. Debug-
Entscheidungs-Logs verwenden ein festes Intervall von 5 s.
Ereignis- und Schreib-Logs werden nur ausgegeben, wenn die
jeweilige Aktion tatsächlich passiert.
default: 60
selector:
number:
min: 10
max: 3600
step: 10
unit_of_measurement: s
mode: box
full_charge_hold_helper:
name: Optionaler Helper für Haltezustand volle Batterie
description: >
Optional. Leer lassen, außer die Automatisierung soll den Haltezustand
volle Batterie über Neustarts hinweg speichern. Ohne diesen Helper
leitet die Automatisierung den Zustand aus dem aktuellen SOC ab, mit
einem 1%-Speicherband für volle Batterie im Modus Nach Vollladung PV
folgen.
default: ""
selector:
entity:
domain: input_boolean
low_discharge_hold_helper:
name: Optionaler Helper für Niedrig-SOC-Haltezustand
description: >
Optional. Leer lassen, außer die Automatisierung soll den Niedrig-SOC-
Haltezustand über Neustarts hinweg speichern. Ohne diesen Helper
leitet die Automatisierung den Zustand direkt aus dem aktuellen SOC ab.
default: ""
selector:
entity:
domain: input_boolean
mode: single
max_exceeded: silent
trigger:
- platform: time_pattern
seconds: "/1"
variables:
aio_device: !input aio_device
pro3em_meter_device: !input pro3em_meter_device
ecotracker_meter_device: !input ecotracker_meter_device
bitshake_meter_device: !input bitshake_meter_device
meter_l1_device: !input meter_l1_device
meter_l2_device: !input meter_l2_device
meter_l3_device: !input meter_l3_device
meter_power_source: !input meter_power_source
custom_meter_formula: !input custom_meter_formula
meter_entity_override: !input meter_power_sensor
meter_power_attribute: !input meter_power_attribute
meter_l1_entity_override: !input meter_l1_power_sensor
meter_l2_entity_override: !input meter_l2_power_sensor
meter_l3_entity_override: !input meter_l3_power_sensor
meter_import_entity_override: !input meter_import_power_sensor
meter_export_entity_override: !input meter_export_power_sensor
meter_l1_import_entity_override: !input meter_l1_import_power_sensor
meter_l2_import_entity_override: !input meter_l2_import_power_sensor
meter_l3_import_entity_override: !input meter_l3_import_power_sensor
meter_l1_export_entity_override: !input meter_l1_export_power_sensor
meter_l2_export_entity_override: !input meter_l2_export_power_sensor
meter_l3_export_entity_override: !input meter_l3_export_power_sensor
meter_sign_mode: !input meter_sign_mode
meter_power_multiplier: !input meter_power_multiplier
external_meter_device: >-
{% set source = meter_power_source | trim %}
{% if source == 'shelly_total_power' %}
{{ pro3em_meter_device | string | trim }}
{% elif source == 'ecotracker_power' %}
{{ ecotracker_meter_device | string | trim }}
{% elif source == 'bitshake_tasmota_power' %}
{{ bitshake_meter_device | string | trim }}
{% else %}
{{ '' }}
{% endif %}
effective_meter_power_source: >-
{% if meter_power_source | trim == 'custom' %}
{{ custom_meter_formula | trim }}
{% else %}
{{ meter_power_source | trim }}
{% endif %}
gs_entity_override: !input gs_number
is_entity_override: !input is_number
load_entity_override: !input load_power_sensor
gp_entity_override: !input grid_port_power_sensor
pv_entity_override: !input pv_power_sensor
soc_entity_override: !input soc_sensor
min_soc_entity_override: !input min_discharge_soc_number
max_soc_entity_override: !input max_charge_soc_number
full_hold_entity: !input full_charge_hold_helper
low_hold_entity: !input low_discharge_hold_helper
full_battery_mode: !input full_battery_mode
target_grid_power_static_w: !input target_grid_power_w
target_grid_power_entity: !input target_grid_power_entity
target_grid_power_w: >-
{% set entity = target_grid_power_entity | string | trim %}
{% set fallback = target_grid_power_static_w | float(0) %}
{% set invalid = ['unknown', 'unavailable', 'none', ''] %}
{% if entity and states(entity) not in invalid %}
{{ states(entity) | float(fallback) }}
{% else %}
{{ fallback }}
{% endif %}
gs_min_w: !input gs_min_w
gs_max_w: !input gs_max_w
gs_resolution_w: !input gs_resolution_w
gain_percent: !input gain_percent
small_error_w: !input small_error_w
large_error_w: !input large_error_w
slow_interval_s: !input slow_interval_s
medium_interval_s: !input medium_interval_s
fast_interval_s: !input fast_interval_s
gs_feedback_settle_s: !input gs_feedback_settle_s
meter_stabilization_delay_s: !input meter_stabilization_delay_s
small_max_step_w: !input small_max_step_w
medium_max_step_w: !input medium_max_step_w
fast_max_step_w: !input fast_max_step_w
max_meter_age_s: !input max_meter_age_s
min_discharge_soc: !input min_discharge_soc
max_charge_soc: !input max_charge_soc
ac_couple_max_charge_power_w: !input ac_couple_max_charge_power_w
is_resolution_w: !input is_resolution_w
diagnostic_log_level: !input diagnostic_log_level
diagnostic_log_interval_s: !input diagnostic_log_interval_s
gs_entity: >-
{% set override = gs_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('number.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if eid.endswith('_gs') or 'grid port power setpoint' in name or '市电口功率设定' in name or ('netzanschluss' in name and 'sollwert' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
is_entity: >-
{% set override = is_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('number.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if eid.endswith('_is') or 'max inverter power setpoint' in name or '最大逆变功率设定' in name or 'wechselrichterleistung' in name %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
load_entity: >-
{% set override = load_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if eid.endswith('_lp') or 'load port power' in name or '负载口功率' in name or 'lastanschluss' in name %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
gp_entity: >-
{% set override = gp_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if eid.endswith('_gp') or 'grid port power' in name or '并网口功率' in name or ('netzanschluss' in name and 'leistung' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
pv_entity: >-
{% set override = pv_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if eid.endswith('_pv') or 'pv total input power' in name or 'pv总输入功率' in name or 'pv-gesamteingangsleistung' in name or ('pv' in name and 'gesamtleistung' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
soc_entity: >-
{% set override = soc_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if eid.endswith('_sc') or 'battery level' in name or '系统总电量' in name or 'speicherlevel' in name %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
min_soc_entity: >-
{% set override = min_soc_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('number.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% set is_load_port = 'load port' in name or 'load_port' in eid or '负载口' in name or 'lastanschluss' in name %}
{% set is_min_soc = 'min_discharge_soc' in eid
or eid.endswith('_si')
or 'system min discharge soc' in name
or 'min discharge soc' in name
or ('minimum' in name and 'discharge' in name and 'soc' in name)
or ('system' in name and 'entladegrenze' in name)
or ('放电' in name and ('下限' in name or '最低' in name)) %}
{% if is_min_soc and not is_load_port %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
max_soc_entity: >-
{% set override = max_soc_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in device_entities(aio_device) if ns.entity == '' and entity.startswith('number.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% set is_max_soc = 'max_charge_soc' in eid
or eid.endswith('_sa')
or 'system max charge soc' in name
or 'max charge soc' in name
or ('maximum' in name and 'charge' in name and 'soc' in name)
or ('system' in name and 'ladegrenze' in name and 'entladegrenze' not in name)
or ('充电' in name and ('上限' in name or '最高' in name)) %}
{% if is_max_soc %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_entity: >-
{% set override = meter_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% set is_power = dc == 'power' or unit in ['w', 'kw'] or 'power' in name or 'leistung' in name %}
{% set is_excluded = 'energy' in name or 'voltage' in name or 'current' in name or '电量' in name or '电压' in name or '电流' in name or 'energie' in name or 'spannung' in name or 'strom' in name %}
{% set is_phase = ' l1' in name or ' l2' in name or ' l3' in name or '_l1' in eid or '_l2' in eid or '_l3' in eid or 'phase' in name %}
{% set is_pair = 'import' in name or 'export' in name or 'returned' in name or 'consumption' in name or 'feed' in name %}
{% if is_power and not is_excluded and not is_phase and not is_pair %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{% if ns.entity == '' %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% if dc == 'power' or unit in ['w', 'kw'] %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{% endif %}
{{ ns.entity | trim }}
{% endif %}
meter_l1_entity: >-
{% set override = meter_l1_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% set search_device = meter_l1_device if (meter_power_source | trim) == 'shelly_three_phase_sum' else external_meter_device %}
{% for entity in (device_entities(search_device) if search_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% set is_phase_match = (meter_power_source | trim) == 'shelly_three_phase_sum'
or 'l1' in name or '_l1' in eid or 'phase a' in name %}
{% if (dc == 'power' or unit in ['w', 'kw'] or 'power' in name or 'leistung' in name) and is_phase_match and not ('import' in name or 'export' in name or 'returned' in name or 'consumption' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l2_entity: >-
{% set override = meter_l2_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% set search_device = meter_l2_device if (meter_power_source | trim) == 'shelly_three_phase_sum' else external_meter_device %}
{% for entity in (device_entities(search_device) if search_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% set is_phase_match = (meter_power_source | trim) == 'shelly_three_phase_sum'
or 'l2' in name or '_l2' in eid or 'phase b' in name %}
{% if (dc == 'power' or unit in ['w', 'kw'] or 'power' in name or 'leistung' in name) and is_phase_match and not ('import' in name or 'export' in name or 'returned' in name or 'consumption' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l3_entity: >-
{% set override = meter_l3_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% set search_device = meter_l3_device if (meter_power_source | trim) == 'shelly_three_phase_sum' else external_meter_device %}
{% for entity in (device_entities(search_device) if search_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% set is_phase_match = (meter_power_source | trim) == 'shelly_three_phase_sum'
or 'l3' in name or '_l3' in eid or 'phase c' in name %}
{% if (dc == 'power' or unit in ['w', 'kw'] or 'power' in name or 'leistung' in name) and is_phase_match and not ('import' in name or 'export' in name or 'returned' in name or 'consumption' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_import_entity: >-
{% set override = meter_import_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% if (dc == 'power' or unit in ['w', 'kw'] or 'power' in name or 'leistung' in name) and ('import' in name or 'consumption' in name or 'grid in' in name) and not ('l1' in name or 'l2' in name or 'l3' in name or 'phase' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_export_entity: >-
{% set override = meter_export_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set unit = (state_attr(entity, 'unit_of_measurement') or '') | lower %}
{% set dc = (state_attr(entity, 'device_class') or '') | lower %}
{% if (dc == 'power' or unit in ['w', 'kw'] or 'power' in name or 'leistung' in name) and ('export' in name or 'returned' in name or 'feed' in name) and not ('l1' in name or 'l2' in name or 'l3' in name or 'phase' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l1_import_entity: >-
{% set override = meter_l1_import_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if ('l1' in name or '_l1' in eid or 'phase a' in name) and ('import' in name or 'consumption' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l2_import_entity: >-
{% set override = meter_l2_import_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if ('l2' in name or '_l2' in eid or 'phase b' in name) and ('import' in name or 'consumption' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l3_import_entity: >-
{% set override = meter_l3_import_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if ('l3' in name or '_l3' in eid or 'phase c' in name) and ('import' in name or 'consumption' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l1_export_entity: >-
{% set override = meter_l1_export_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if ('l1' in name or '_l1' in eid or 'phase a' in name) and ('export' in name or 'returned' in name or 'feed' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l2_export_entity: >-
{% set override = meter_l2_export_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if ('l2' in name or '_l2' in eid or 'phase b' in name) and ('export' in name or 'returned' in name or 'feed' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
meter_l3_export_entity: >-
{% set override = meter_l3_export_entity_override | string %}
{% if override | length > 0 %}
{{ override | trim }}
{% else %}
{% set ns = namespace(entity='') %}
{% for entity in (device_entities(external_meter_device) if external_meter_device | string | trim | length > 0 else []) if ns.entity == '' and entity.startswith('sensor.') %}
{% set name = (state_attr(entity, 'friendly_name') or entity) | lower %}
{% set eid = entity | lower %}
{% if ('l3' in name or '_l3' in eid or 'phase c' in name) and ('export' in name or 'returned' in name or 'feed' in name) %}
{% set ns.entity = entity %}
{% endif %}
{% endfor %}
{{ ns.entity | trim }}
{% endif %}
condition: []
action:
# Validate all critical inputs before calculating or writing control targets.
- variables:
failsafe_bad_states:
- unknown
- unavailable
- none
- ""
failsafe_signed_sources:
- shelly_total_power
- bitshake_tasmota_power
- ecotracker_power
- custom_signed_total_power
failsafe_phase_sources:
- shelly_three_phase_sum
- custom_three_phase_sum
failsafe_phase_pair_sources:
- shelly_three_phase_import_export
- custom_three_phase_import_export
failsafe_limit_s: "{{ max_meter_age_s | float(30) }}"
failsafe_invalid_confirm_s: >-
{{ [failsafe_limit_s | float(30),
(gs_feedback_settle_s | float(5)) * 2,
10] | max }}
failsafe_gs_valid: >-
{% set entity = gs_entity | string | trim %}
{% set value = states(entity) %}
{{ entity.startswith('number.')
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_is_valid: >-
{% set entity = is_entity | string | trim %}
{% set value = states(entity) %}
{{ entity.startswith('number.')
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_load_valid: >-
{% set value = states(load_entity | trim) %}
{{ load_entity | string | trim | length > 0
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_gp_valid: >-
{% set value = states(gp_entity | trim) %}
{{ gp_entity | string | trim | length > 0
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_pv_valid: >-
{% set value = states(pv_entity | trim) %}
{{ pv_entity | string | trim | length > 0
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_soc_valid: >-
{% set value = states(soc_entity | trim) %}
{{ soc_entity | string | trim | length > 0
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_min_soc_valid: >-
{% set value = states(min_soc_entity | trim) %}
{{ min_soc_entity | string | trim | length > 0
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_max_soc_valid: >-
{% set value = states(max_soc_entity | trim) %}
{{ max_soc_entity | string | trim | length > 0
and value not in failsafe_bad_states
and is_number(value) }}
failsafe_meter_valid: >-
{% set source = effective_meter_power_source | trim %}
{% set bad = failsafe_bad_states %}
{% if source in failsafe_signed_sources %}
{% set value = states(meter_entity | trim) %}
{{ meter_entity | string | trim | length > 0
and value not in bad
and is_number(value) }}
{% elif source == 'ecotracker_attribute_power' %}
{% set value = states(meter_entity | trim) %}
{% set power = state_attr(meter_entity | trim, meter_power_attribute) %}
{{ meter_entity | string | trim | length > 0
and value not in bad
and power is not none
and is_number(power) }}
{% elif source in failsafe_phase_sources %}
{{ meter_l1_entity | string | trim | length > 0
and meter_l2_entity | string | trim | length > 0
and meter_l3_entity | string | trim | length > 0
and states(meter_l1_entity | trim) not in bad
and states(meter_l2_entity | trim) not in bad
and states(meter_l3_entity | trim) not in bad
and is_number(states(meter_l1_entity | trim))
and is_number(states(meter_l2_entity | trim))
and is_number(states(meter_l3_entity | trim)) }}
{% elif source == 'import_export_pair' %}
{{ meter_import_entity | string | trim | length > 0
and meter_export_entity | string | trim | length > 0
and states(meter_import_entity | trim) not in bad
and states(meter_export_entity | trim) not in bad
and is_number(states(meter_import_entity | trim))
and is_number(states(meter_export_entity | trim)) }}
{% elif source in failsafe_phase_pair_sources %}
{{ meter_l1_import_entity | string | trim | length > 0
and meter_l2_import_entity | string | trim | length > 0
and meter_l3_import_entity | string | trim | length > 0
and meter_l1_export_entity | string | trim | length > 0
and meter_l2_export_entity | string | trim | length > 0
and meter_l3_export_entity | string | trim | length > 0
and states(meter_l1_import_entity | trim) not in bad
and states(meter_l2_import_entity | trim) not in bad
and states(meter_l3_import_entity | trim) not in bad
and states(meter_l1_export_entity | trim) not in bad
and states(meter_l2_export_entity | trim) not in bad
and states(meter_l3_export_entity | trim) not in bad
and is_number(states(meter_l1_import_entity | trim))
and is_number(states(meter_l2_import_entity | trim))
and is_number(states(meter_l3_import_entity | trim))
and is_number(states(meter_l1_export_entity | trim))
and is_number(states(meter_l2_export_entity | trim))
and is_number(states(meter_l3_export_entity | trim)) }}
{% else %}
{{ false }}
{% endif %}
failsafe_meter_fresh: >-
{% set source = effective_meter_power_source | trim %}
{% set limit = failsafe_limit_s | float(30) %}
{% if not (failsafe_meter_valid | bool(false)) %}
{{ false }}
{% elif source in failsafe_signed_sources or source == 'ecotracker_attribute_power' %}
{% set age = as_timestamp(now()) -
as_timestamp(states[meter_entity | trim].last_reported
| default(states[meter_entity | trim].last_updated), 0) %}
{{ age >= 0 and age <= limit }}
{% elif source in failsafe_phase_sources %}
{% set ages = [
as_timestamp(now()) - as_timestamp(states[meter_l1_entity | trim].last_reported | default(states[meter_l1_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l2_entity | trim].last_reported | default(states[meter_l2_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l3_entity | trim].last_reported | default(states[meter_l3_entity | trim].last_updated), 0)] %}
{{ ages | select('ge', 0) | select('le', limit) | list | count > 0 }}
{% elif source == 'import_export_pair' %}
{% set import_age = as_timestamp(now()) - as_timestamp(states[meter_import_entity | trim].last_reported | default(states[meter_import_entity | trim].last_updated), 0) %}
{% set export_age = as_timestamp(now()) - as_timestamp(states[meter_export_entity | trim].last_reported | default(states[meter_export_entity | trim].last_updated), 0) %}
{{ import_age >= 0 and import_age <= limit
and export_age >= 0 and export_age <= limit }}
{% elif source in failsafe_phase_pair_sources %}
{% set ages = [
as_timestamp(now()) - as_timestamp(states[meter_l1_import_entity | trim].last_reported | default(states[meter_l1_import_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l2_import_entity | trim].last_reported | default(states[meter_l2_import_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l3_import_entity | trim].last_reported | default(states[meter_l3_import_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l1_export_entity | trim].last_reported | default(states[meter_l1_export_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l2_export_entity | trim].last_reported | default(states[meter_l2_export_entity | trim].last_updated), 0),
as_timestamp(now()) - as_timestamp(states[meter_l3_export_entity | trim].last_reported | default(states[meter_l3_export_entity | trim].last_updated), 0)] %}
{{ ages | select('ge', 0) | select('le', limit) | list | count > 0 }}
{% else %}
{{ false }}
{% endif %}
- variables:
failsafe_inputs_ok: >-
{{ failsafe_gs_valid | bool(false)
and failsafe_is_valid | bool(false)
and failsafe_meter_valid | bool(false)
and failsafe_meter_fresh | bool(false)
and failsafe_gp_valid | bool(false)
and failsafe_load_valid | bool(false)
and failsafe_pv_valid | bool(false)
and failsafe_soc_valid | bool(false)
and failsafe_min_soc_valid | bool(false)
and failsafe_max_soc_valid | bool(false) }}
failsafe_reason: >-
{% set ns = namespace(parts=[]) %}
{% if not (failsafe_gs_valid | bool(false)) %}{% set ns.parts = ns.parts + ['GS ungültig'] %}{% endif %}
{% if not (failsafe_is_valid | bool(false)) %}{% set ns.parts = ns.parts + ['IS ungültig'] %}{% endif %}
{% if not (failsafe_meter_valid | bool(false)) %}
{% set ns.parts = ns.parts + ['Netzzähler ungültig'] %}
{% elif not (failsafe_meter_fresh | bool(false)) %}
{% set ns.parts = ns.parts + ['Netzzähler veraltet; GS wird gehalten'] %}
{% endif %}
{% if not (failsafe_gp_valid | bool(false)) %}
{% set ns.parts = ns.parts + ['Grid-Port ungültig'] %}
{% endif %}
{% if not (failsafe_load_valid | bool(false)) %}
{% set ns.parts = ns.parts + ['Load-Port ungültig'] %}
{% endif %}
{% if not (failsafe_pv_valid | bool(false)) %}
{% set ns.parts = ns.parts + ['PV ungültig'] %}
{% endif %}
{% if not (failsafe_soc_valid | bool(false)) %}
{% set ns.parts = ns.parts + ['SOC ungültig'] %}
{% endif %}
{% if not (failsafe_min_soc_valid | bool(false)) %}{% set ns.parts = ns.parts + ['Min-SOC ungültig'] %}{% endif %}
{% if not (failsafe_max_soc_valid | bool(false)) %}{% set ns.parts = ns.parts + ['Max-SOC ungültig'] %}{% endif %}
{{ ns.parts | join(', ') }}
failsafe_hard_failure_confirmed: >-
{% set bad = failsafe_bad_states %}
{% set confirm = failsafe_invalid_confirm_s | float(30) %}
{% set ns = namespace(ages=[]) %}
{% for entity in [is_entity, gp_entity, load_entity, pv_entity, soc_entity,
min_soc_entity, max_soc_entity] %}
{% set entity_id = entity | string | trim %}
{% if entity_id | length > 0
and (states(entity_id) in bad or not is_number(states(entity_id))) %}
{% if expand(entity_id) | count > 0 %}
{% set age = as_timestamp(now()) - as_timestamp(states[entity_id].last_changed, 0) %}
{% set ns.ages = ns.ages + [age] %}
{% endif %}
{% endif %}
{% endfor %}
{% if not (failsafe_meter_valid | bool(false)) %}
{% set source = effective_meter_power_source | trim %}
{% if source in failsafe_signed_sources or source == 'ecotracker_attribute_power' %}
{% set meter_entities = [meter_entity] %}
{% elif source in failsafe_phase_sources %}
{% set meter_entities = [meter_l1_entity, meter_l2_entity, meter_l3_entity] %}
{% elif source == 'import_export_pair' %}
{% set meter_entities = [meter_import_entity, meter_export_entity] %}
{% elif source in failsafe_phase_pair_sources %}
{% set meter_entities = [meter_l1_import_entity, meter_l2_import_entity,
meter_l3_import_entity, meter_l1_export_entity,
meter_l2_export_entity, meter_l3_export_entity] %}
{% else %}
{% set meter_entities = [] %}
{% endif %}
{% for entity in meter_entities %}
{% set entity_id = entity | string | trim %}
{% if entity_id | length > 0
and expand(entity_id) | count > 0
and source == 'ecotracker_attribute_power'
and (state_attr(entity_id, meter_power_attribute) is none
or not is_number(state_attr(entity_id, meter_power_attribute))) %}
{% set age = as_timestamp(now()) - as_timestamp(states[entity_id].last_updated, 0) %}
{% set ns.ages = ns.ages + [age] %}
{% elif entity_id | length > 0
and expand(entity_id) | count > 0
and (states(entity_id) in bad or not is_number(states(entity_id))) %}
{% set age = as_timestamp(now()) - as_timestamp(states[entity_id].last_changed, 0) %}
{% set ns.ages = ns.ages + [age] %}
{% endif %}
{% endfor %}
{% endif %}
{{ ns.ages | count > 0 and (ns.ages | min) >= confirm }}
- choose:
- conditions:
- condition: template
value_template: "{{ not (failsafe_inputs_ok | bool(false)) }}"
sequence:
- variables:
failsafe_should_reset_gs: >-
{{ failsafe_gs_valid | bool(false)
and (failsafe_hard_failure_confirmed | bool(false))
and (states(gs_entity | trim) | float(0) | abs) >= 0.5 }}
failsafe_log_due: >-
{% set level = diagnostic_log_level | string | trim %}
{% set interval = [diagnostic_log_interval_s | int(60), 60] | max %}
{{ level in ['events', 'write', 'decision', 'debug']
and (as_timestamp(now()) | int(0)) % interval == 0 }}
- choose:
- conditions:
- condition: template
value_template: "{{ failsafe_should_reset_gs | bool(false) }}"
sequence:
- service: number.set_value
continue_on_error: true
target:
entity_id: "{{ gs_entity | trim }}"
data:
value: 0
- delay:
seconds: "{{ [gs_feedback_settle_s | float(5), 1] | max }}"
- choose:
- conditions:
- condition: template
value_template: "{{ failsafe_log_due | bool(false) }}"
sequence:
- service: system_log.write
data:
level: warning
message: >-
SunEnergyXT Nulleinspeisung | Fail-safe aktiv, Regelrunde beendet | GS-Rücksetzung={{ failsafe_should_reset_gs | bool(false) }} | Grund: {{ failsafe_reason }}
- stop: >-
SunEnergyXT Fail-safe: ungültiger Eingang oder veralteter Zählerwert; Sollwerte werden gehalten.
- variables:
meter_signed_total_sources:
- shelly_total_power
- bitshake_tasmota_power
- ecotracker_power
- custom_signed_total_power
meter_phase_sum_sources:
- shelly_three_phase_sum
- custom_three_phase_sum
meter_phase_pair_sources:
- shelly_three_phase_import_export
- custom_three_phase_import_export
meter_import_positive_presets:
- shelly_total_power
- shelly_three_phase_sum
- bitshake_tasmota_power
- ecotracker_power
- ecotracker_attribute_power
- custom_signed_total_power
- custom_three_phase_sum
meter_raw_power_before_multiplier_w: >-
{% set source = effective_meter_power_source | trim %}
{% if source in meter_signed_total_sources %}
{{ states(meter_entity | trim) | float(0) }}
{% elif source == 'ecotracker_attribute_power' %}
{{ state_attr(meter_entity | trim, meter_power_attribute) | float(0) }}
{% elif source in meter_phase_sum_sources %}
{{ (states(meter_l1_entity | trim) | float(0))
+ (states(meter_l2_entity | trim) | float(0))
+ (states(meter_l3_entity | trim) | float(0)) }}
{% elif source == 'import_export_pair' %}
{{ (states(meter_export_entity | trim) | float(0))
- (states(meter_import_entity | trim) | float(0)) }}
{% elif source in meter_phase_pair_sources %}
{{ (states(meter_l1_export_entity | trim) | float(0))
+ (states(meter_l2_export_entity | trim) | float(0))
+ (states(meter_l3_export_entity | trim) | float(0))
- (states(meter_l1_import_entity | trim) | float(0))
- (states(meter_l2_import_entity | trim) | float(0))
- (states(meter_l3_import_entity | trim) | float(0)) }}
{% else %}
{{ 0 }}
{% endif %}
meter_raw_w: >-
{{ (meter_raw_power_before_multiplier_w | float(0))
* (meter_power_multiplier | float(1)) }}
meter_control_sample_ts: >-
{% set source = effective_meter_power_source | trim %}
{% if source in meter_signed_total_sources or source == 'ecotracker_attribute_power' %}
{{ as_timestamp(states[meter_entity | trim].last_reported | default(states[meter_entity | trim].last_updated), 0) }}
{% elif source in meter_phase_sum_sources %}
{{ [as_timestamp(states[meter_l1_entity | trim].last_reported | default(states[meter_l1_entity | trim].last_updated), 0),
as_timestamp(states[meter_l2_entity | trim].last_reported | default(states[meter_l2_entity | trim].last_updated), 0),
as_timestamp(states[meter_l3_entity | trim].last_reported | default(states[meter_l3_entity | trim].last_updated), 0)] | max }}
{% elif source == 'import_export_pair' %}
{{ [as_timestamp(states[meter_import_entity | trim].last_reported | default(states[meter_import_entity | trim].last_updated), 0),
as_timestamp(states[meter_export_entity | trim].last_reported | default(states[meter_export_entity | trim].last_updated), 0)] | max }}
{% elif source in meter_phase_pair_sources %}
{{ [as_timestamp(states[meter_l1_import_entity | trim].last_reported | default(states[meter_l1_import_entity | trim].last_updated), 0),
as_timestamp(states[meter_l2_import_entity | trim].last_reported | default(states[meter_l2_import_entity | trim].last_updated), 0),
as_timestamp(states[meter_l3_import_entity | trim].last_reported | default(states[meter_l3_import_entity | trim].last_updated), 0),
as_timestamp(states[meter_l1_export_entity | trim].last_reported | default(states[meter_l1_export_entity | trim].last_updated), 0),
as_timestamp(states[meter_l2_export_entity | trim].last_reported | default(states[meter_l2_export_entity | trim].last_updated), 0),
as_timestamp(states[meter_l3_export_entity | trim].last_reported | default(states[meter_l3_export_entity | trim].last_updated), 0)] | max }}
{% else %}
{{ 0 }}
{% endif %}
effective_meter_sign_mode: >-
{% set source = effective_meter_power_source | trim %}
{% if source == 'import_export_pair' or source in meter_phase_pair_sources %}
{{ 'export_positive' }}
{% elif meter_sign_mode == 'auto_from_preset' %}
{% if source in meter_import_positive_presets %}
{{ 'import_positive' }}
{% else %}
{{ 'export_positive' }}
{% endif %}
{% else %}
{{ meter_sign_mode }}
{% endif %}
meter_factor: >-
{{ 1 if (effective_meter_sign_mode | trim) == 'export_positive' else -1 }}
current_gs_w: "{{ states(gs_entity | trim) | float(0) }}"
inverter_rated_w: 2400
has_soc: >-
{{ soc_entity | string | length > 0
and states(soc_entity | trim) not in ['unknown', 'unavailable', 'none', ''] }}
has_is: >-
{{ is_entity | string | length > 0
and states(is_entity | trim) not in ['unknown', 'unavailable', 'none', ''] }}
has_load: >-
{{ load_entity | string | length > 0
and states(load_entity | trim) not in ['unknown', 'unavailable', 'none', ''] }}
has_gp: >-
{{ gp_entity | string | length > 0
and states(gp_entity | trim) not in ['unknown', 'unavailable', 'none', ''] }}
has_pv: >-
{{ pv_entity | string | length > 0
and states(pv_entity | trim) not in ['unknown', 'unavailable', 'none', ''] }}
- variables:
gs_entity_min_w: >-
{% if gs_entity | string | trim | length > 0 %}
{{ state_attr(gs_entity | trim, 'min') | float(gs_min_w | float(-2400)) }}
{% else %}
{{ gs_min_w | float(-2400) }}
{% endif %}
gs_entity_max_w: >-
{% if gs_entity | string | trim | length > 0 %}
{{ state_attr(gs_entity | trim, 'max') | float(gs_max_w | float(2400)) }}
{% else %}
{{ gs_max_w | float(2400) }}
{% endif %}
is_entity_min_w: >-
{% if has_is | bool(false) %}
{{ state_attr(is_entity | trim, 'min') | float(0) }}
{% else %}
{{ 0 }}
{% endif %}
is_entity_max_w: >-
{% if has_is | bool(false) %}
{{ state_attr(is_entity | trim, 'max') | float(inverter_rated_w | float(2400)) }}
{% else %}
{{ inverter_rated_w | float(2400) }}
{% endif %}
normalized_grid_w: >-
{{ (meter_raw_w | float(0)) * (meter_factor | float(1)) }}
soc_value: >-
{% if has_soc | bool(false) %}
{{ states(soc_entity | trim) | float(50) }}
{% else %}
{{ 50 }}
{% endif %}
current_is_w: >-
{% if has_is | bool(false) %}
{{ states(is_entity | trim) | float(0) }}
{% else %}
{{ 0 }}
{% endif %}
load_power_raw_w: >-
{% if has_load | bool(false) %}
{{ states(load_entity | trim) | float(0) }}
{% else %}
{{ 0 }}
{% endif %}
load_power_w: >-
{% set raw = load_power_raw_w | float(0) %}
{% if raw > 32767 %}
{{ raw - 65536 }}
{% else %}
{{ raw }}
{% endif %}
gp_power_raw_w: >-
{% if has_gp | bool(false) %}
{{ states(gp_entity | trim) | float(0) }}
{% else %}
{{ 0 }}
{% endif %}
gp_power_w: >-
{% set raw = gp_power_raw_w | float(0) %}
{% if raw > 32767 %}
{{ raw - 65536 }}
{% else %}
{{ raw }}
{% endif %}
pv_power_w: >-
{% if has_pv | bool(false) %}
{{ states(pv_entity | trim) | float(0) }}
{% else %}
{{ 0 }}
{% endif %}
effective_min_discharge_soc: >-
{{ min_discharge_soc | float(10) }}
effective_max_charge_soc: >-
{{ max_charge_soc | float(100) }}
- choose:
- conditions:
- condition: template
value_template: >-
{{ ((states(min_soc_entity | trim) | float(0)) - (min_discharge_soc | float(10))) | abs >= 1 }}
sequence:
- service: number.set_value
continue_on_error: true
target:
entity_id: "{{ min_soc_entity | trim }}"
data:
value: "{{ min_discharge_soc }}"
- choose:
- conditions:
- condition: template
value_template: >-
{{ ((states(max_soc_entity | trim) | float(0)) - (max_charge_soc | float(100))) | abs >= 1 }}
sequence:
- service: number.set_value
continue_on_error: true
target:
entity_id: "{{ max_soc_entity | trim }}"
data:
value: "{{ max_charge_soc }}"
- variables:
soc_hysteresis_value: 5
has_full_hold_helper: >-
{{ full_hold_entity | string | trim | length > 0 }}
has_low_hold_helper: >-
{{ low_hold_entity | string | trim | length > 0 }}
current_full_hold_state: >-
{{ has_full_hold_helper | bool(false)
and is_state(full_hold_entity | trim, 'on') }}
current_low_hold_state: >-
{{ has_low_hold_helper | bool(false)
and is_state(low_hold_entity | trim, 'on') }}
state_mismatch_threshold_w: "{{ [small_error_w | float(30), 30] | max }}"
full_hold_memory_band_percent: 1
full_hold_bypass_command_active: >-
{% set gs_tolerance = [gs_resolution_w | float(1), 5] | max %}
{% set is_tolerance = [is_resolution_w | float(10), 20] | max %}
{% set bypass_is_target = [is_entity_max_w | float(inverter_rated_w | float(2400)), inverter_rated_w | float(2400)] | min %}
{{ full_battery_mode == 'follow_pv'
and has_is | bool(false)
and ((current_gs_w | float(0)) | abs) <= (gs_tolerance | float(5))
and (current_is_w | float(0)) >= ((bypass_is_target | float(2400)) - (is_tolerance | float(20))) }}
full_hold_bypass_memory_active: >-
{% set soc = soc_value | float(50) %}
{% set upper = effective_max_charge_soc | float(100) %}
{{ full_hold_bypass_command_active | bool(false)
and soc < upper
and soc >= (upper - (full_hold_memory_band_percent | float(1))) }}
full_hold_state: >-
{% set soc = soc_value | float(50) %}
{% set upper = effective_max_charge_soc | float(100) %}
{% set release = upper - (soc_hysteresis_value | float(2)) %}
{% if has_full_hold_helper | bool(false) %}
{% if soc >= upper %}
{{ true }}
{% elif soc <= release %}
{{ false }}
{% else %}
{{ current_full_hold_state | bool(false) }}
{% endif %}
{% else %}
{{ soc >= upper or full_hold_bypass_memory_active | bool(false) }}
{% endif %}
low_hold_state_prelim: >-
{% set soc = soc_value | float(50) %}
{% set lower = effective_min_discharge_soc | float(10) %}
{% set release = lower + (soc_hysteresis_value | float(2)) %}
{% if has_low_hold_helper | bool(false) %}
{% if soc <= lower %}
{{ true }}
{% elif soc >= release %}
{{ false }}
{% else %}
{{ current_low_hold_state | bool(false) }}
{% endif %}
{% else %}
{{ soc <= lower }}
{% endif %}
- variables:
control_error_w: >-
{{ (normalized_grid_w | float(0)) - (target_grid_power_w | float(0)) }}
positive_load_power_w: >-
{{ [load_power_w | float(0), 0] | max }}
load_port_backfeed_w: >-
{{ [(-1 * (load_power_w | float(0))), 0] | max }}
effective_load_power_w: >-
{{ load_power_w | float(0) if has_load | bool(false) else 0 }}
hardware_output_limit_w: >-
{% if full_battery_mode == 'follow_pv'
and full_hold_state | bool(false)
and has_pv | bool(false) %}
{{ inverter_rated_w | float(2400) }}
{% else %}
{{ [current_is_w | float(0), inverter_rated_w | float(2400)] | min }}
{% endif %}
load_port_from_inverter_w: >-
{% if full_battery_mode == 'follow_pv'
and full_hold_state | bool(false)
and has_pv | bool(false) %}
{{ [positive_load_power_w | float(0), inverter_rated_w | float(2400)] | min }}
{% else %}
{{ [positive_load_power_w | float(0), [current_is_w | float(0), inverter_rated_w | float(2400)] | min] | min }}
{% endif %}
load_port_grid_supply_w: >-
{% if full_battery_mode == 'follow_pv'
and full_hold_state | bool(false)
and has_pv | bool(false) %}
{{ [(positive_load_power_w | float(0)) - ([positive_load_power_w | float(0), inverter_rated_w | float(2400)] | min), 0] | max }}
{% else %}
{{ [(positive_load_power_w | float(0)) - ([positive_load_power_w | float(0), [current_is_w | float(0), inverter_rated_w | float(2400)] | min] | min), 0] | max }}
{% endif %}
estimated_home_load_w: >-
{{ (gp_power_w | float(0)) - (normalized_grid_w | float(0)) }}
- variables:
load_grid_supply_target_w: >-
{% if (positive_load_power_w | float(0)) > 0 %}
{{ [[-1 * ((target_grid_power_w | float(0)) + (estimated_home_load_w | float(0))), 0] | max, positive_load_power_w | float(0)] | min }}
{% else %}
{{ 0 }}
{% endif %}
raw_grid_port_target_w: >-
{% if (load_port_backfeed_w | float(0)) > 0 %}
{{ (target_grid_power_w | float(0)) + (estimated_home_load_w | float(0)) }}
{% else %}
{{ (target_grid_power_w | float(0)) + (estimated_home_load_w | float(0)) + (load_grid_supply_target_w | float(0)) }}
{% endif %}
desired_load_port_output_w: >-
{% if (positive_load_power_w | float(0)) > 0 %}
{{ (positive_load_power_w | float(0)) - (load_grid_supply_target_w | float(0)) }}
{% else %}
{{ 0 }}
{% endif %}
bypass_active: >-
{{ full_battery_mode == 'follow_pv'
and full_hold_state | bool(false)
and has_pv | bool(false) }}
bypass_grid_available_w: >-
{% if full_battery_mode == 'follow_pv'
and full_hold_state | bool(false)
and has_pv | bool(false) %}
{% set pv_after_load = [(pv_power_w | float(0)) - (positive_load_power_w | float(0)), 0] | max %}
{{ [[pv_after_load + (load_port_backfeed_w | float(0)), 0] | max, gs_max_w | float(2400)] | min }}
{% else %}
{{ 0 }}
{% endif %}
bypass_only_candidate: >-
{{ bypass_active | bool(false)
and ([raw_grid_port_target_w | float(0), 0] | max) <= (bypass_grid_available_w | float(0)) }}
bypass_feedback_missing: >-
{% set threshold = state_mismatch_threshold_w | float(30) %}
{% set required_gp = [raw_grid_port_target_w | float(0), 0] | max %}
{{ bypass_active | bool(false)
and required_gp > threshold
and (gp_power_w | float(0)) < (required_gp - threshold)
and (normalized_grid_w | float(0)) < ((target_grid_power_w | float(0)) - threshold) }}
bypass_only: >-
{{ bypass_only_candidate | bool(false) and not (bypass_feedback_missing | bool(false)) }}
raw_is_target_w: >-
{{ (desired_load_port_output_w | float(0)) + ([raw_grid_port_target_w | float(0), 0] | max) }}
pre_soc_target_is_w: >-
{% if bypass_only | bool(false) %}
{{ inverter_rated_w | float(2400) }}
{% else %}
{{ raw_is_target_w | float(0) }}
{% endif %}
- variables:
low_hold_state: "{{ low_hold_state_prelim | bool(false) }}"
charge_blocked_by_soc: >-
{{ full_hold_state | bool(false) }}
discharge_blocked_by_soc: >-
{{ low_hold_state | bool(false) }}
needs_grid_absorption: >-
{{ ((target_grid_power_w | float(0)) + (estimated_home_load_w | float(0))) < 0 }}
lp_load_import_guard: >-
{{ (positive_load_power_w | float(0)) > 0
and (normalized_grid_w | float(0)) < ((target_grid_power_w | float(0)) - (state_mismatch_threshold_w | float(30))) }}
- variables:
charge_limited_gs_min_w: >-
{% set configured_min = gs_min_w | float(-2400) %}
{% set entity_min = gs_entity_min_w | float(configured_min) %}
{{ [configured_min, entity_min, -1 * (ac_couple_max_charge_power_w | float(2400))] | max }}
effective_gs_min_w: >-
{% set configured_min = charge_limited_gs_min_w | float(-2400) %}
{% if bypass_only | bool(false) %}
{{ 0 }}
{% elif (load_port_backfeed_w | float(0)) > 0 and not (needs_grid_absorption | bool(false)) %}
{{ [configured_min, 0] | max }}
{% elif lp_load_import_guard | bool(false) %}
{{ [configured_min, 0] | max }}
{% elif charge_blocked_by_soc | bool(false) %}
{{ [configured_min, 0] | max }}
{% else %}
{{ configured_min }}
{% endif %}
effective_gs_max_w: >-
{% set configured_max = [gs_max_w | float(2400), gs_entity_max_w | float(2400)] | min %}
{% if bypass_only | bool(false) %}
{{ 0 }}
{% elif discharge_blocked_by_soc | bool(false) %}
{{ [configured_max, 0] | min }}
{% else %}
{{ configured_max }}
{% endif %}
- variables:
unbounded_target_gs_w: >-
{% if bypass_only | bool(false) %}
{{ 0 }}
{% else %}
{{ raw_grid_port_target_w | float(0) }}
{% endif %}
target_gs_w: >-
{% set low = effective_gs_min_w | float(-2400) %}
{% set high = effective_gs_max_w | float(2400) %}
{{ [[unbounded_target_gs_w | float(0), low] | max, high] | min }}
unclamped_target_is_w: >-
{% if bypass_only | bool(false) %}
{{ inverter_rated_w | float(2400) }}
{% elif discharge_blocked_by_soc | bool(false) %}
{{ [pre_soc_target_is_w | float(0), pv_power_w | float(0)] | min }}
{% else %}
{{ pre_soc_target_is_w | float(0) }}
{% endif %}
target_is_w: >-
{% set low = is_entity_min_w | float(0) %}
{% set high = [is_entity_max_w | float(inverter_rated_w | float(2400)), inverter_rated_w | float(2400)] | min %}
{{ [[unclamped_target_is_w | float(0), low] | max, high] | min }}
gs_error_w: >-
{{ (target_gs_w | float(0)) - (current_gs_w | float(0)) }}
is_error_w: >-
{{ (target_is_w | float(0)) - (current_is_w | float(0)) }}
overall_abs_error_w: >-
{{ [control_error_w | float(0) | abs,
is_error_w | float(0) | abs,
gs_error_w | float(0) | abs] | max }}
required_interval_s: >-
{% if (overall_abs_error_w | float(0)) >= (large_error_w | float(150)) %}
{{ fast_interval_s | float(1) }}
{% elif (overall_abs_error_w | float(0)) >= (small_error_w | float(30)) %}
{{ medium_interval_s | float(5) }}
{% else %}
{{ slow_interval_s | float(15) }}
{% endif %}
proportional_delta_w: >-
{{ (gs_error_w | float(0)) * (gain_percent | float(100)) / 100 }}
next_is_w: >-
{% set resolution = [is_resolution_w | float(10), 1] | max %}
{% set rounded = (((target_is_w | float(0)) / resolution) | round(0) * resolution) | float(0) %}
{% set low = is_entity_min_w | float(0) %}
{% set high = [is_entity_max_w | float(inverter_rated_w | float(2400)), inverter_rated_w | float(2400)] | min %}
{{ [[rounded, low] | max, high] | min | round(0) }}
seconds_since_is_change: >-
{% if has_is | bool(false) %}
{{ as_timestamp(now()) - as_timestamp(states[is_entity | trim].last_changed, 0) }}
{% else %}
{{ 0 }}
{% endif %}
is_last_change_ts: >-
{% if has_is | bool(false) %}
{{ as_timestamp(states[is_entity | trim].last_changed, 0) }}
{% else %}
{{ 0 }}
{% endif %}
gs_last_change_ts: "{{ as_timestamp(states[gs_entity | trim].last_changed, 0) }}"
control_last_change_ts: >-
{{ [as_timestamp(states[gs_entity | trim].last_changed, 0),
is_last_change_ts | float(0)] | max }}
seconds_since_control_change: >-
{{ as_timestamp(now()) - (control_last_change_ts | float(0)) }}
control_gp_sample_after_change: >-
{{ as_timestamp(states[gp_entity | trim].last_reported | default(states[gp_entity | trim].last_updated), 0) > (control_last_change_ts | float(0)) }}
control_meter_sample_after_change: >-
{{ (meter_control_sample_ts | float(0)) > (control_last_change_ts | float(0)) }}
control_feedback_interval_s: >-
{{ [required_interval_s | float(1), gs_feedback_settle_s | float(4),
meter_stabilization_delay_s | float(0)] | max }}
- variables:
should_write_is: >-
{{ (seconds_since_control_change | float(999)) >= (control_feedback_interval_s | float(8))
and (control_gp_sample_after_change | bool(false))
and (control_meter_sample_after_change | bool(false))
and ((next_is_w | float(0)) - (current_is_w | float(0))) | abs >= (is_resolution_w | float(10)) }}
- variables:
max_adjustment_w: >-
{% if (overall_abs_error_w | float(0)) >= (large_error_w | float(150)) %}
{{ fast_max_step_w | float(500) }}
{% elif (overall_abs_error_w | float(0)) >= (small_error_w | float(30)) %}
{{ medium_max_step_w | float(100) }}
{% else %}
{{ small_max_step_w | float(20) }}
{% endif %}
- variables:
limited_delta_w: >-
{% set delta = proportional_delta_w | float(0) %}
{% set limit = max_adjustment_w | float(20) %}
{{ [[delta, -limit] | max, limit] | min }}
- variables:
stepped_target_gs_w: "{{ (current_gs_w | float(0)) + (limited_delta_w | float(0)) }}"
- variables:
next_gs_w: >-
{% set resolution = [gs_resolution_w | float(1), 1] | max %}
{% set rounded = (((stepped_target_gs_w | float(0)) / resolution) | round(0) * resolution) | float(0) %}
{% set low = effective_gs_min_w | float(-2400) %}
{% set high = effective_gs_max_w | float(2400) %}
{{ [[rounded, low] | max, high] | min | round(0) }}
- variables:
seconds_since_gs_change: >-
{{ as_timestamp(now()) - as_timestamp(states[gs_entity | trim].last_changed, 0) }}
- variables:
should_write_gs: >-
{{ (seconds_since_control_change | float(999)) >= (control_feedback_interval_s | float(8))
and (control_gp_sample_after_change | bool(false))
and (control_meter_sample_after_change | bool(false))
and (next_gs_w | float(0)) != (current_gs_w | float(0)) }}
diagnostic_decision_log_due: >-
{% set level = diagnostic_log_level | string | trim %}
{% set interval = 5 if level == 'debug' else ([diagnostic_log_interval_s | float(60), 10] | max) %}
{% set now_ts = as_timestamp(now()) | int(0) %}
{{ level in ['decision', 'debug']
and (now_ts % (interval | int(60))) == 0 }}
- choose:
- conditions:
- condition: template
value_template: >-
{{ has_full_hold_helper | bool(false)
and full_hold_state | bool(false)
and not (current_full_hold_state | bool(false)) }}
sequence:
- choose:
- conditions:
- condition: template
value_template: >-
{{ (diagnostic_log_level | string | trim) in ['events', 'write', 'decision', 'debug'] }}
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=full_hold_on | soc={{ soc_value | float(0) | round(1) }}% | lower={{ effective_min_discharge_soc | float(0) }}% | upper={{ effective_max_charge_soc | float(0) }}% | meter={{ normalized_grid_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W
- service: input_boolean.turn_on
target:
entity_id: "{{ full_hold_entity | trim }}"
- conditions:
- condition: template
value_template: >-
{{ has_full_hold_helper | bool(false)
and not (full_hold_state | bool(false))
and current_full_hold_state | bool(false) }}
sequence:
- choose:
- conditions:
- condition: template
value_template: >-
{{ (diagnostic_log_level | string | trim) in ['events', 'write', 'decision', 'debug'] }}
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=full_hold_off | soc={{ soc_value | float(0) | round(1) }}% | lower={{ effective_min_discharge_soc | float(0) }}% | upper={{ effective_max_charge_soc | float(0) }}% | meter={{ normalized_grid_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W
- service: input_boolean.turn_off
target:
entity_id: "{{ full_hold_entity | trim }}"
- choose:
- conditions:
- condition: template
value_template: >-
{{ has_low_hold_helper | bool(false)
and low_hold_state | bool(false)
and not (current_low_hold_state | bool(false)) }}
sequence:
- choose:
- conditions:
- condition: template
value_template: >-
{{ (diagnostic_log_level | string | trim) in ['events', 'write', 'decision', 'debug'] }}
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=low_hold_on | soc={{ soc_value | float(0) | round(1) }}% | lower={{ effective_min_discharge_soc | float(0) }}% | upper={{ effective_max_charge_soc | float(0) }}% | meter={{ normalized_grid_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W
- service: input_boolean.turn_on
target:
entity_id: "{{ low_hold_entity | trim }}"
- conditions:
- condition: template
value_template: >-
{{ has_low_hold_helper | bool(false)
and not (low_hold_state | bool(false))
and current_low_hold_state | bool(false) }}
sequence:
- choose:
- conditions:
- condition: template
value_template: >-
{{ (diagnostic_log_level | string | trim) in ['events', 'write', 'decision', 'debug'] }}
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=low_hold_off | soc={{ soc_value | float(0) | round(1) }}% | lower={{ effective_min_discharge_soc | float(0) }}% | upper={{ effective_max_charge_soc | float(0) }}% | meter={{ normalized_grid_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W
- service: input_boolean.turn_off
target:
entity_id: "{{ low_hold_entity | trim }}"
- choose:
- conditions:
- condition: template
value_template: "{{ should_write_is }}"
sequence:
- choose:
- conditions:
- condition: template
value_template: >-
{{ (diagnostic_log_level | string | trim) in ['write', 'decision', 'debug'] }}
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=write_is | old={{ current_is_w | float(0) | round(0) }}W | new={{ next_is_w | float(0) | round(0) }}W | target={{ target_is_w | float(0) | round(0) }}W | meter={{ normalized_grid_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W | soc={{ soc_value | float(0) | round(1) }}% | full_hold={{ full_hold_state | bool(false) }} | low_hold={{ low_hold_state | bool(false) }}
- service: number.set_value
continue_on_error: true
target:
entity_id: "{{ is_entity | trim }}"
data:
value: "{{ next_is_w }}"
- choose:
- conditions:
- condition: template
value_template: "{{ should_write_gs }}"
sequence:
- choose:
- conditions:
- condition: template
value_template: >-
{{ (diagnostic_log_level | string | trim) in ['write', 'decision', 'debug'] }}
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=write_gs | old={{ current_gs_w | float(0) | round(0) }}W | new={{ next_gs_w | float(0) | round(0) }}W | target={{ target_gs_w | float(0) | round(0) }}W | meter={{ normalized_grid_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W | soc={{ soc_value | float(0) | round(1) }}% | full_hold={{ full_hold_state | bool(false) }} | low_hold={{ low_hold_state | bool(false) }}
- service: number.set_value
target:
entity_id: "{{ gs_entity | trim }}"
data:
value: "{{ next_gs_w }}"
- choose:
- conditions:
- condition: template
value_template: "{{ diagnostic_decision_log_due | bool(false) }}"
sequence:
- service: system_log.write
data:
level: info
message: >-
SunEnergyXT zero feed-in | event=decision | meter={{ normalized_grid_w | float(0) | round(0) }}W | target_grid={{ target_grid_power_w | float(0) | round(0) }}W | gp={{ gp_power_w | float(0) | round(0) }}W | lp={{ load_power_w | float(0) | round(0) }}W | pv={{ pv_power_w | float(0) | round(0) }}W | soc={{ soc_value | float(0) | round(1) }}% | gs={{ current_gs_w | float(0) | round(0) }}W->{{ next_gs_w | float(0) | round(0) }}W | is={{ current_is_w | float(0) | round(0) }}W->{{ next_is_w | float(0) | round(0) }}W | write_gs={{ should_write_gs | bool(false) }} | write_is={{ should_write_is | bool(false) }} | full_hold={{ full_hold_state | bool(false) }} | low_hold={{ low_hold_state | bool(false) }} | bypass={{ bypass_only | bool(false) }}
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