################################################################## #### Titel : template_energie.yaml #### Date : 30.11.2025 #### Version: 1.0 #### State : 30.11.2025 ################################################################## # ============================================================================================================================================== # ============================================== SCHICHT A.1 - ROH-ZÄHLER ====================================================================== # ============================================================================================================================================== # ============================================================================================================================================== # Schicht A.1 – Rohzähler in Home Assistant (nur Boot-Guard, keine Offsets) # Diese Sensoren spiegeln die physischen Zählerstände (Bitshake) und werden nur während der Bootphase eingefroren. # ============================================================================================================================================== # -------------------------------------------------- # Bitshake: WP-Hauptzähler Eingang (Z1) – Netzbezug gesamt # -------------------------------------------------- - trigger: - platform: homeassistant event: start - platform: state entity_id: sensor.bitshake_wp_picus_e_in sensor: - name: "Netzbezug Gesamt (kWh)" unique_id: netzbezug_gesamt_kwh unit_of_measurement: "kWh" device_class: energy state_class: total_increasing state: > {# Rohwert aus dem Bitshake-Zähler #} {% set raw = states('sensor.bitshake_wp_picus_e_in') | float(0) %} {# Bisheriger Wert des Template-Sensors #} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else raw %} {# Boot-Guard: während der Sperre NICHT ändern #} {% if is_state('input_boolean.sperre_energiezahler_bootphase', 'on') %} {{ prev }} {% else %} {{ raw }} {% endif %} availability: > {{ states('sensor.bitshake_wp_picus_e_in') not in ['unknown', 'unavailable', 'nan'] }} # -------------------------------------------------- # Bitshake: WP-Hauptzähler Ausgang (Z1) – Netzeinspeisung # -------------------------------------------------- - trigger: - platform: homeassistant event: start - platform: state entity_id: sensor.bitshake_wp_picus_e_out sensor: - name: "Netzeinspeisung (kWh)" unique_id: netzeinspeisung_kwh unit_of_measurement: "kWh" device_class: energy state_class: total_increasing state: > {% set raw = states('sensor.bitshake_wp_picus_e_out') | float(0) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else raw %} {% if is_state('input_boolean.sperre_energiezahler_bootphase', 'on') %} {{ prev }} {% else %} {{ raw }} {% endif %} availability: > {{ states('sensor.bitshake_wp_picus_e_out') not in ['unknown', 'unavailable', 'nan'] }} # -------------------------------------------------- # Bitshake: Zähler WHG2/Allgemeinstrom/Wallbox – Netzbezug WHG2/Allg./WB # -------------------------------------------------- - trigger: - platform: homeassistant event: start - platform: state entity_id: sensor.bitshake_whg2_picus_e_in sensor: - name: "Netzbezug WHG2/Allg./WB (kWh)" unique_id: netzbezug_whg2_allg_wb_kwh unit_of_measurement: "kWh" device_class: energy state_class: total_increasing state: > {% set raw = states('sensor.bitshake_whg2_picus_e_in') | float(0) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else raw %} {% if is_state('input_boolean.sperre_energiezahler_bootphase', 'on') %} {{ prev }} {% else %} {{ raw }} {% endif %} availability: > {{ states('sensor.bitshake_whg2_picus_e_in') not in ['unknown', 'unavailable', 'nan'] }} # -------------------------------------------------- # Bitshake: Zähler WHG2 Ausgang – PV-Ertrag ohne Batterieeinspeisung # -------------------------------------------------- - trigger: - platform: homeassistant event: start - platform: state entity_id: sensor.bitshake_whg2_picus_e_out sensor: - name: "PV Ertrag ohne Batterieeinspeisung (kWh)" unique_id: pv_ertrag_ohne_batterieesinspeisung_kwh unit_of_measurement: "kWh" device_class: energy state_class: total_increasing state: > {% set raw = states('sensor.bitshake_whg2_picus_e_out') | float(0) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else raw %} {% if is_state('input_boolean.sperre_energiezahler_bootphase', 'on') %} {{ prev }} {% else %} {{ raw }} {% endif %} availability: > {{ states('sensor.bitshake_whg2_picus_e_out') not in ['unknown', 'unavailable', 'nan'] }} # ============================================================================================================================================== # Schicht A.1 – Rohzähler in Home Assistant (nur Boot-Guard, keine Offsets) # Diese Sensoren spiegeln die physischen Zählerstände (Eltako) und werden nur während der Bootphase eingefroren. # ============================================================================================================================================== # -------------------------------------------------- # Eltako: Zwischenzähler Wärmepumpe – Verbrauch WP # -------------------------------------------------- - trigger: - platform: homeassistant event: start - platform: state entity_id: sensor.warmepumpenstrom_energie_importiert sensor: - name: "Verbrauch Wärmepumpe (kWh)" unique_id: verbrauch_warmepumpe_kwh unit_of_measurement: "kWh" device_class: energy state_class: total_increasing state: > {% set raw = states('sensor.warmepumpenstrom_energie_importiert') | float(0) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else raw %} {% if is_state('input_boolean.sperre_energiezahler_bootphase', 'on') %} {{ prev }} {% else %} {{ raw }} {% endif %} availability: > {{ states('sensor.warmepumpenstrom_energie_importiert') not in ['unknown', 'unavailable', 'nan'] }} # -------------------------------------------------- # Eltako: Zwischenzähler Allgemeinstrom – Verbrauch Allgemeinstrom # -------------------------------------------------- - trigger: - platform: homeassistant event: start - platform: state entity_id: sensor.allgemeinstrom_energie_importiert sensor: - name: "Verbrauch Allgemeinstrom (kWh)" unique_id: verbrauch_allgemeinstrom_kwh unit_of_measurement: "kWh" device_class: energy state_class: total_increasing state: > {% set raw = states('sensor.allgemeinstrom_energie_importiert') | float(0) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else raw %} {% if is_state('input_boolean.sperre_energiezahler_bootphase', 'on') %} {{ prev }} {% else %} {{ raw }} {% endif %} availability: > {{ states('sensor.allgemeinstrom_energie_importiert') not in ['unknown', 'unavailable', 'nan'] }} # ============================================================================================================================================== # ============================================== SCHICHT A.1.1 - ABGELEITETE ROH-ZÄHLER ======================================================== # ============================================================================================================================================== # ===================================================================== # Schicht A.1.1 – Abgeleiteter Rohzähler ohne Offsets # Basis: A.1 (physische BitShake-Zähler Z1 & Z2) # Zweck: # - echter Differenzzähler für die Wärmepumpe # - Debug-/Diagnosewert # - wird von Schicht B NICHT genutzt # - dient als unabhängige Kontrollgröße für die Kaskade # ===================================================================== - sensor: - name: "Netzbezug Wärmepumpe (kWh)" unique_id: netzbezug_warmepumpe_kwh unit_of_measurement: "kWh" device_class: energy state_class: total_increasing availability: > {{ states('sensor.netzbezug_gesamt_kwh')|is_number and states('sensor.netzbezug_whg2_allg_wb_kwh')|is_number }} state: > {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else None %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% set max_jump = 100.0 if guard else 5.0 %} {# Zählerstände aus der echten Hardware (Schicht A.1) #} {% set z1 = states('sensor.netzbezug_gesamt_kwh')|float(0) %} {% set z2 = states('sensor.netzbezug_whg2_allg_wb_kwh')|float(0) %} {# Rohdifferenz #} {% set calc = (z1 - z2)|round(3) %} {# Monotonie & Schutz #} {% if calc < 0 %} {{ (prev if prev is not none else 0) }} {% elif prev is none or prev == 0 %} {{ calc }} {% elif guard %} {{ prev }} {% elif calc < prev %} {{ prev }} {% elif (calc - prev) > max_jump %} {{ prev }} {% else %} {{ calc }} {% endif %} # ============================================================================================================================================== # ============================================== SCHICHT A.2 - ROH-ZÄHLER mit OFFSET =========================================================== # ============================================================================================================================================== # ============================================================================================================================================== # Schicht A.2 – Korrigierte Zähler ab 01.01.2025 (Offsets + Sicherungen) # Basis: Schicht A.1 (Rohzähler - BitShake), plus: # - Offset aus input_number.* # - Boot-Guard (während Bootphase keine Änderungen) # - Monotonie-Schutz (nie rückwärts) # - Maximaler Sprung je Update (5 kWh, im Guard-Fall effektiv Freeze) # ============================================================================================================================================== # -------------------------------------------------- # Netzbezug Gesamt (ab 01.01.2025) # Roh: sensor.netzbezug_gesamt_kwh (Bitshake Z1) # Offset: input_number.offset_netzbezug_gesamt_ab_2025 (z. B. -6084.708) # -------------------------------------------------- - sensor: - name: "Netzbezug Gesamt (ab 01.01.2025)" unique_id: netzbezug_gesamt_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.netzbezug_gesamt_kwh')|is_number and states('input_number.offset_netzbezug_gesamt_ab_2025')|is_number }} state: > {% set raw = states('sensor.netzbezug_gesamt_kwh')|float(0) %} {% set offset = states('input_number.offset_netzbezug_gesamt_ab_2025')|float(0) %} {% set calc = (raw + offset)|round(3) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else None %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% set max_jump = 100.0 if guard else 5.0 %} {% if calc < 0 %} {{ (prev if prev is not none else 0) }} {% elif prev is none %} {# Erstinitialisierung #} {{ calc }} {% elif guard %} {# Während Boot-Guard bleibt der Wert stehen #} {{ prev }} {% elif calc < prev %} {# Niemals rückwärts #} {{ prev }} {% elif (calc - prev) > max_jump %} {# Spikes/Konfig-Fehler abfangen #} {{ prev }} {% else %} {{ calc }} {% endif %} # -------------------------------------------------- # Netzeinspeisung (ab 01.01.2025) # Roh: sensor.netzeinspeisung_kwh (Bitshake Z1 Ausgang) # Offset: input_number.offset_netzeinspeisung_ab_2025 # (z. B. -7034 laut deiner Tabelle) # -------------------------------------------------- - name: "Netzeinspeisung (ab 01.01.2025)" unique_id: netzeinspeisung_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.netzeinspeisung_kwh')|is_number and states('input_number.offset_pv_export_bitshake_z1_ab_2025')|is_number }} state: > {% set raw = states('sensor.netzeinspeisung_kwh')|float(0) %} {% set off = states('input_number.offset_pv_export_bitshake_z1_ab_2025')|float(0) %} {% set calc = (raw + off)|round(3) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else 0 %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% if guard %} {{ prev }} {% elif calc < 0 %} {{ prev }} {% else %} {{ [calc, prev] | max }} {% endif %} # -------------------------------------------------- # Netzbezug WHG2/Allg./WB (ab 01.01.2025) # Roh: sensor.netzbezug_whg2_allg_wb_kwh (Bitshake Z2 Eingang) # Offset: input_number.offset_netzbezug_whg2_allg_wb_ab_2025 (z. B. -1348) # -------------------------------------------------- - name: "Netzbezug WHG2/Allg./WB (ab 01.01.2025)" unique_id: netzbezug_whg2_allg_wb_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.netzbezug_whg2_allg_wb_kwh')|is_number and states('input_number.offset_netzbezug_whg2_allg_wb_ab_2025')|is_number }} state: > {% set raw = states('sensor.netzbezug_whg2_allg_wb_kwh')|float(0) %} {% set offset = states('input_number.offset_netzbezug_whg2_allg_wb_ab_2025')|float(0) %} {% set calc = (raw + offset)|round(3) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else None %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% set max_jump = 100.0 if guard else 5.0 %} {% if calc < 0 %} {{ (prev if prev is not none else 0) }} {% elif prev is none %} {{ calc }} {% elif guard %} {{ prev }} {% elif calc < prev %} {{ prev }} {% elif (calc - prev) > max_jump %} {{ prev }} {% else %} {{ calc }} {% endif %} # -------------------------------------------------- # PV-Ertrag ohne Batterieeinspeisung (ab 01.01.2025) # Roh: sensor.pv_ertrag_ohne_batterieeinspeisung_kwh (Bitshake Z2 Ausgang) # Offset: input_number.offset_pv_ertrag_ohne_batterie_ab_2025 # (z. B. -8664 laut deiner Rechnung; Startwert im Helper eintragen) # -------------------------------------------------- - name: "PV Ertrag ohne Batterieeinspeisung (ab 01.01.2025)" unique_id: pv_ertrag_ohne_batterieeinspeisung_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.pv_ertrag_ohne_batterieeinspeisung_kwh')|is_number and states('input_number.offset_pv_ertrag_bitshake_z2_ab_2025')|is_number }} state: > {% set raw = states('sensor.pv_ertrag_ohne_batterieeinspeisung_kwh')|float(0) %} {% set off = states('input_number.offset_pv_ertrag_bitshake_z2_ab_2025')|float(0) %} {% set calc = (raw + off)|round(3) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else 0 %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% if guard %} {{ prev }} {% elif calc < 0 %} {{ prev }} {% else %} {{ [calc, prev] | max }} {% endif %} # ============================================================================================================================================== # Schicht A.2 – Korrigierte Zähler ab 01.01.2025 (Offsets + Sicherungen) # Basis: Schicht A.1 (Rohzähler - Eltako), plus: # - Offset aus input_number.* # - Boot-Guard (während Bootphase keine Änderungen) # - Monotonie-Schutz (nie rückwärts) # - Maximaler Sprung je Update (5 kWh, im Guard-Fall effektiv Freeze) # ============================================================================================================================================== # ====================== Korrigierte Eltako-Zähler ab 01.01.2025 (nur Boot‑Guard) ====================== # Diese Sensoren sind nur für Auswertungen / Dashboards gedacht. # Die Rohsensoren verbrauch_warmepumpe_kwh und verbrauch_allgemeinstrom_kwh bleiben unverändert # und entsprechen weiterhin exakt den physischen Zählerständen. # -------------------------------------------------- # Verbrauch Wärmepumpe (ab 01.01.2025) # Roh: sensor.verbrauch_warmepumpe_kwh (Eltako WP-Zwischenzähler) # Offset: input_number.offset_verbrauch_warmepumpe_ab_2025 (z. B. +2466.55) # -------------------------------------------------- - sensor: - name: "Verbrauch Wärmepumpe (ab 01.01.2025)" unique_id: verbrauch_warmepumpe_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.verbrauch_warmepumpe_kwh')|is_number and states('input_number.offset_verbrauch_warmepumpe_ab_2025')|is_number }} state: > {% set raw = states('sensor.verbrauch_warmepumpe_kwh')|float(0) %} {% set offset = states('input_number.offset_verbrauch_warmepumpe_ab_2025')|float(0) %} {% set calc = (raw + offset)|round(3) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else None %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% set max_jump = 100.0 if guard else 5.0 %} {% if calc < 0 %} {{ (prev if prev is not none else 0) }} {% elif prev is none %} {{ calc }} {% elif guard %} {{ prev }} {% elif calc < prev %} {{ prev }} {% elif (calc - prev) > max_jump %} {{ prev }} {% else %} {{ calc }} {% endif %} # -------------------------------------------------- # Verbrauch Allgemeinstrom (ab 01.01.2025) # Roh: sensor.verbrauch_allgemeinstrom_kwh (Eltako Allgemeinstrom) # Offset: input_number.offset_verbrauch_allgemeinstrom_ab_2025 (z. B. +107.06) # -------------------------------------------------- - name: "Verbrauch Allgemeinstrom (ab 01.01.2025)" unique_id: verbrauch_allgemeinstrom_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.verbrauch_allgemeinstrom_kwh')|is_number and states('input_number.offset_verbrauch_allgemeinstrom_ab_2025')|is_number }} state: > {% set raw = states('sensor.verbrauch_allgemeinstrom_kwh')|float(0) %} {% set offset = states('input_number.offset_verbrauch_allgemeinstrom_ab_2025')|float(0) %} {% set calc = (raw + offset)|round(3) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else None %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% set max_jump = 100.0 if guard else 5.0 %} {% if calc < 0 %} {{ (prev if prev is not none else 0) }} {% elif prev is none %} {{ calc }} {% elif guard %} {{ prev }} {% elif calc < prev %} {{ prev }} {% elif (calc - prev) > max_jump %} {{ prev }} {% else %} {{ calc }} {% endif %} # ===================================================================== # Schicht A.2 – Korrigierter Netzbezug der Wärmepumpe ab 01.01.2025 # Basis: Schicht A.2 korrigierte Zähler: # - sensor.netzbezug_gesamt_ab_2025 # - sensor.netzbezug_whg2_allg_wb_ab_2025 # # Zweck: # - offizieller WP-Netzbezugszähler für alle Auswertungen (Schicht B) # - vollständig offset-korrigiert # - monoton geschützt, kein Zurückspringen # ===================================================================== - sensor: - name: "Netzbezug Wärmepumpe (ab 01.01.2025)" unique_id: netzbezug_warmepumpe_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.netzbezug_gesamt_ab_2025')|is_number and states('sensor.netzbezug_whg2_allg_wb_ab_2025')|is_number }} state: > {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else None %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% set max_jump = 100.0 if guard else 5.0 %} {# Korrigierte Zähler aus Schicht A.2 #} {% set z1 = states('sensor.netzbezug_gesamt_ab_2025')|float(0) %} {% set z2 = states('sensor.netzbezug_whg2_allg_wb_ab_2025')|float(0) %} {% set calc = (z1 - z2)|round(3) %} {# Monotonie-Logik #} {% if calc < 0 %} {{ (prev if prev is not none else 0) }} {% elif prev is none %} {{ calc }} {# Erstinitialisierung #} {% elif guard %} {{ prev }} {% elif calc < prev %} {{ prev }} {% elif (calc - prev) > max_jump %} {{ prev }} {% else %} {{ calc }} {% endif %} # ============================================================================================================================================== # Schicht A.2 – Korrigierte Zähler ab 01.01.2025 (Offsets + Sicherungen) # Basis: Schicht A.1 (Rohzähler - Sungrow), plus: # - Offset aus input_number.* # - Boot-Guard (während Bootphase keine Änderungen) # - Monotonie-Schutz (nie rückwärts) # - Maximaler Sprung je Update (5 kWh, im Guard-Fall effektiv Freeze) # ============================================================================================================================================== # -------------------------------------------------- # Direktverbrauch PV (ab 01.01.2025) # Basis: Sungrow total_direct_energy_consumption # -------------------------------------------------- - sensor: - name: "Direktverbrauch PV Sungrow (ab 01.01.2025)" unique_id: direktverbrauch_pv_sungrow_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.total_direct_energy_consumption')|is_number and states('input_number.offset_pv_direct_consumption_ab_2025')|is_number }} state: > {% set raw = states('sensor.total_direct_energy_consumption')|float(0) %} {% set off = states('input_number.offset_pv_direct_consumption_ab_2025')|float(0) %} {% set calc = (raw + off)|round(3) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else None %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% set max_jump = 100.0 if guard else 5.0 %} {% if calc < 0 %} {{ (prev if prev is not none else 0) }} {% elif prev is none %} {{ calc }} {% elif guard %} {{ prev }} {% elif calc < prev %} {{ prev }} {% elif (calc - prev) > max_jump %} {{ prev }} {% else %} {{ calc }} {% endif %} # -------------------------------------------------- # Batterie-Entladung (ab 01.01.2025) # Basis: Sungrow total_battery_discharge # -------------------------------------------------- - name: "Batterie Entladung Sungrow (ab 01.01.2025)" unique_id: batterie_entladung_sungrow_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.total_battery_discharge')|is_number and states('input_number.offset_battery_discharge_ab_2025')|is_number }} state: > {% set raw = states('sensor.total_battery_discharge')|float(0) %} {% set off = states('input_number.offset_battery_discharge_ab_2025')|float(0) %} {% set calc = (raw + off)|round(3) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else None %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% set max_jump = 100.0 if guard else 5.0 %} {% if calc < 0 %} {{ (prev if prev is not none else 0) }} {% elif prev is none %} {{ calc }} {% elif guard %} {{ prev }} {% elif calc < prev %} {{ prev }} {% elif (calc - prev) > max_jump %} {{ prev }} {% else %} {{ calc }} {% endif %} # -------------------------------------------------- # Batterie-Ladung gesamt (ab 01.01.2025) # Basis: Sungrow total_battery_charge # -------------------------------------------------- - name: "Batterieladung gesamt Sungrow (ab 01.01.2025)" unique_id: batterieladung_gesamt_sungrow_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.total_battery_charge')|is_number and states('input_number.offset_battery_charge_ab_2025')|is_number }} state: > {% set raw = states('sensor.total_battery_charge')|float(0) %} {% set off = states('input_number.offset_battery_charge_ab_2025')|float(0) %} {% set calc = (raw + off)|round(3) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else None %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% set max_jump = 100.0 if guard else 5.0 %} {% if calc < 0 %} {{ (prev if prev is not none else 0) }} {% elif prev is none %} {{ calc }} {% elif guard %} {{ prev }} {% elif calc < prev %} {{ prev }} {% elif (calc - prev) > max_jump %} {{ prev }} {% else %} {{ calc }} {% endif %} # -------------------------------------------------- # Batterie-Ladung aus PV (ab 01.01.2025) # Basis: Sungrow total_battery_charge_from_pv # -------------------------------------------------- - name: "Batterieladung aus PV Sungrow (ab 01.01.2025)" unique_id: batterieladung_aus_pv_sungrow_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.total_battery_charge_from_pv')|is_number and states('input_number.offset_battery_charge_from_pv_ab_2025')|is_number }} state: > {% set raw = states('sensor.total_battery_charge_from_pv')|float(0) %} {% set off = states('input_number.offset_battery_charge_from_pv_ab_2025')|float(0) %} {% set calc = (raw + off)|round(3) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else None %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% set max_jump = 100.0 if guard else 5.0 %} {% if calc < 0 %} {{ (prev if prev is not none else 0) }} {% elif prev is none %} {{ calc }} {% elif guard %} {{ prev }} {% elif calc < prev %} {{ prev }} {% elif (calc - prev) > max_jump %} {{ prev }} {% else %} {{ calc }} {% endif %} # -------------------------------------------------- # PV-Erzeugung gesamt (ab 01.01.2025) # Basis: Sungrow total_pv_generation # -------------------------------------------------- - name: "PV Erzeugung gesamt Sungrow (ab 01.01.2025)" unique_id: pv_erzeugung_gesamt_sungrow_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.total_pv_generation')|is_number and states('input_number.offset_pv_generation_ab_2025')|is_number }} state: > {% set raw = states('sensor.total_pv_generation')|float(0) %} {% set off = states('input_number.offset_pv_generation_ab_2025')|float(0) %} {% set calc = (raw + off)|round(3) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else None %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% set max_jump = 100.0 if guard else 5.0 %} {% if calc < 0 %} {{ (prev if prev is not none else 0) }} {% elif prev is none %} {{ calc }} {% elif guard %} {{ prev }} {% elif calc < prev %} {{ prev }} {% elif (calc - prev) > max_jump %} {{ prev }} {% else %} {{ calc }} {% endif %} # -------------------------------------------------- # PV-Netzeinspeisung gesamt (ab 01.01.2025) # Basis: Sungrow total_exported_energy # -------------------------------------------------- - name: "PV Netzeinspeisung gesamt Sungrow (ab 01.01.2025)" unique_id: pv_netzeinspeisung_gesamt_sungrow_ab_2025 unit_of_measurement: "kWh" device_class: energy state_class: total availability: > {{ states('sensor.total_exported_energy')|is_number and states('input_number.offset_pv_export_sungrow_ab_2025')|is_number }} state: > {% set raw = states('sensor.total_exported_energy')|float(0) %} {% set off = states('input_number.offset_pv_export_sungrow_ab_2025')|float(0) %} {% set calc = (raw + off)|round(3) %} {% set prev_raw = this.state %} {% set prev = prev_raw|float(0) if prev_raw not in ['unknown','unavailable','nan'] else None %} {% set guard = is_state('input_boolean.sperre_energiezahler_bootphase','on') %} {% set max_jump = 100.0 if guard else 5.0 %} {% if calc < 0 %} {{ (prev if prev is not none else 0) }} {% elif prev is none %} {{ calc }} {% elif guard %} {{ prev }} {% elif calc < prev %} {{ prev }} {% elif (calc - prev) > max_jump %} {{ prev }} {% else %} {{ calc }} {% endif %} # ============================================================================================================================================== # ============================================== SCHICHT B - Bilanz-ZÄHLER bereits mit OFFSET ================================================== # ============================================================================================================================================== # ============================================================================================================================================== # Schicht B – Bilanzierte Energieflüsse ab 01.01.2025 # Basis ausschließlich: Schicht A.2 (korrigierte Zähler) # - Keine direkten Offsets mehr # - Boot-Guard über input_boolean.sperre_energiezahler_bootphase # - Monotonie-Schutz (nie rückwärts) # - Maximaler Sprung je Update: 5 kWh # ============================================================================================================================================== # ------------------------------------------------------------------------------------------------- # 1) Gesamt-Eigenverbrauch aus PV + Batterie seit 01.01.2025 # = Direktverbrauch PV (Sungrow A.2) + Batterie-Entladung (Sungrow A.2) # ------------------------------------------------------------------------------------------------- - sensor: - name: "Eigenverbrauch Gesamt PV Batterie" unique_id: eigenverbrauch_gesamt_pv_batterie unit_of_measurement: "kWh" device_class: energy state_class: total_increasing availability: > {{ states('sensor.direktverbrauch_pv_sungrow_ab_2025')|is_number and states('sensor.batterie_entladung_sungrow_ab_2025')|is_number }} state: > {% if not ( states('sensor.direktverbrauch_pv_sungrow_ab_2025')|is_number and states('sensor.batterie_entladung_sungrow_ab_2025')|is_number ) %} unknown {% else %} {% set dirc = states('sensor.direktverbrauch_pv_sungrow_ab_2025')|float(0) %} {% set batt = states('sensor.batterie_entladung_sungrow_ab_2025')|float(0) %} {{ (dirc + batt)|round(3) }} {% endif %} # ------------------------------------------------------------------------------------------------- # 2) PV/Batterie-Anteil der Wärmepumpe seit 01.01.2025 # = Verbrauch Wärmepumpe A.2 − Netzbezug Wärmepumpe A.2 # Plausibilitäts-Deckel: 0 .. min(Eigenverbrauch gesamt, WP-Gesamtverbrauch) # ------------------------------------------------------------------------------------------------- - name: "Eigenverbrauch PV Batterie Wärmepumpe" unique_id: eigenverbrauch_pv_batterie_warmepumpe unit_of_measurement: "kWh" device_class: energy state_class: total_increasing availability: > {{ states('sensor.verbrauch_warmepumpe_ab_2025')|is_number and states('sensor.netzbezug_warmepumpe_ab_2025')|is_number and states('sensor.direktverbrauch_pv_sungrow_ab_2025')|is_number and states('sensor.batterie_entladung_sungrow_ab_2025')|is_number }} state: > {% if not ( states('sensor.verbrauch_warmepumpe_ab_2025')|is_number and states('sensor.netzbezug_warmepumpe_ab_2025')|is_number and states('sensor.direktverbrauch_pv_sungrow_ab_2025')|is_number and states('sensor.batterie_entladung_sungrow_ab_2025')|is_number ) %} unknown {% else %} {% set wp_gesamt = states('sensor.verbrauch_warmepumpe_ab_2025')|float(0) %} {% set netz_wp = states('sensor.netzbezug_warmepumpe_ab_2025')|float(0) %} {% set dirc = states('sensor.direktverbrauch_pv_sungrow_ab_2025')|float(0) %} {% set batt = states('sensor.batterie_entladung_sungrow_ab_2025')|float(0) %} {% set eigen_gesamt = (dirc + batt) %} {% set calc_raw = (wp_gesamt - netz_wp) %} {% set calc_nonneg = [calc_raw, 0]|max %} {% set upper_cap = [eigen_gesamt, wp_gesamt]|min %} {% set calc_cap = [calc_nonneg, upper_cap]|min %} {{ calc_cap|round(3) }} {% endif %} # ------------------------------------------------------------------------------------------------- # 3) PV/Batterie-Anteil WHG2/Allg./WB # = Gesamt-Eigenverbrauch PV/Batt − WP-Eigenverbrauch PV/Batt # ------------------------------------------------------------------------------------------------- - name: "Eigenverbrauch PV Batterie WHG2/Allg./WB" unique_id: eigenverbrauch_pv_batterie_whg2_allg_wb unit_of_measurement: "kWh" device_class: energy state_class: total_increasing availability: > {{ states('sensor.verbrauch_warmepumpe_ab_2025')|is_number and states('sensor.netzbezug_warmepumpe_ab_2025')|is_number and states('sensor.direktverbrauch_pv_sungrow_ab_2025')|is_number and states('sensor.batterie_entladung_sungrow_ab_2025')|is_number }} state: > {% if not ( states('sensor.verbrauch_warmepumpe_ab_2025')|is_number and states('sensor.netzbezug_warmepumpe_ab_2025')|is_number and states('sensor.direktverbrauch_pv_sungrow_ab_2025')|is_number and states('sensor.batterie_entladung_sungrow_ab_2025')|is_number ) %} unknown {% else %} {% set wp_gesamt = states('sensor.verbrauch_warmepumpe_ab_2025')|float(0) %} {% set netz_wp = states('sensor.netzbezug_warmepumpe_ab_2025')|float(0) %} {% set dirc = states('sensor.direktverbrauch_pv_sungrow_ab_2025')|float(0) %} {% set batt = states('sensor.batterie_entladung_sungrow_ab_2025')|float(0) %} {% set eigen_gesamt = (dirc + batt) %} {% set eigen_wp = [wp_gesamt - netz_wp, 0]|max %} {% set calc_raw = (eigen_gesamt - eigen_wp) %} {% set calc_nonneg = [calc_raw, 0]|max %} {{ calc_nonneg|round(3) }} {% endif %} # ------------------------------------------------------------------------------------------------- # 4) Gesamtverbrauch WHG2/Allg./WB seit 01.01.2025 # = Netzbezug WHG2 A.2 + Eigenverbrauch PV/Batt WHG2 # ------------------------------------------------------------------------------------------------- - name: "Gesamtverbrauch WHG2/Allg./WB" unique_id: gesamtverbrauch_whg2_allg_wb unit_of_measurement: "kWh" device_class: energy state_class: total_increasing availability: > {{ states('sensor.netzbezug_gesamt_ab_2025')|is_number and states('sensor.direktverbrauch_pv_sungrow_ab_2025')|is_number and states('sensor.batterie_entladung_sungrow_ab_2025')|is_number and states('sensor.verbrauch_warmepumpe_ab_2025')|is_number }} state: > {% if not ( states('sensor.netzbezug_gesamt_ab_2025')|is_number and states('sensor.direktverbrauch_pv_sungrow_ab_2025')|is_number and states('sensor.batterie_entladung_sungrow_ab_2025')|is_number and states('sensor.verbrauch_warmepumpe_ab_2025')|is_number ) %} unknown {% else %} {# Haus-Gesamtverbrauch (korrigiert, ab 2025) #} {% set netz = states('sensor.netzbezug_gesamt_ab_2025')|float(0) %} {% set dirc = states('sensor.direktverbrauch_pv_sungrow_ab_2025')|float(0) %} {% set batt = states('sensor.batterie_entladung_sungrow_ab_2025')|float(0) %} {% set haus = netz + dirc + batt %} {# Wärmepumpen-Gesamtverbrauch (Eltako, ab 2025) #} {% set wp_gesamt = states('sensor.verbrauch_warmepumpe_ab_2025')|float(0) %} {# WHG2/Allg./WB = Haus − WP, niemals negativ #} {% set calc_raw = haus - wp_gesamt %} {% set calc = [calc_raw, 0]|max %} {{ calc|round(3) }} {% endif %} # ------------------------------------------------------------------------------------------------- # 5) Gesamtverbrauch Wohnung 2 & Wallbox # = Gesamtverbrauch WHG2/Allg./WB − Allgemeinstrom-Zwischenzähler (A.2) # ------------------------------------------------------------------------------------------------- - name: "Gesamtverbrauch Wohnung 2 & Wallbox" unique_id: gesamtverbrauch_wohnung2_wallbox unit_of_measurement: "kWh" device_class: energy state_class: total_increasing availability: > {{ states('sensor.gesamtverbrauch_whg2_allg_wb')|is_number and states('sensor.verbrauch_allgemeinstrom_ab_2025')|is_number }} state: > {% if not ( states('sensor.gesamtverbrauch_whg2_allg_wb')|is_number and states('sensor.verbrauch_allgemeinstrom_ab_2025')|is_number ) %} unknown {% else %} {% set whg2_allg_wb = states('sensor.gesamtverbrauch_whg2_allg_wb')|float(0) %} {% set allg = states('sensor.verbrauch_allgemeinstrom_ab_2025')|float(0) %} {# Whg2+WB = Gesamtverbrauch WHG2/Allg./WB − Allgemeinstrom, niemals negativ #} {% set calc_raw = whg2_allg_wb - allg %} {% set calc = [calc_raw, 0]|max %} {{ calc|round(3) }} {% endif %} # ------------------------------------------------------------------------------------------------- # 6) Haus-Gesamtverbrauch seit 01.01.2025 # = Netzbezug gesamt (A.2) + Direktverbrauch PV (A.2) + Batterie-Entladung (A.2) # ------------------------------------------------------------------------------------------------- - name: "Gesamtverbrauch Haus (kWh)" unique_id: gesamtverbrauch_haus_kwh unit_of_measurement: "kWh" device_class: energy state_class: total_increasing availability: > {{ states('sensor.netzbezug_gesamt_ab_2025')|is_number and states('sensor.direktverbrauch_pv_sungrow_ab_2025')|is_number and states('sensor.batterie_entladung_sungrow_ab_2025')|is_number }} state: > {% if not ( states('sensor.netzbezug_gesamt_ab_2025')|is_number and states('sensor.direktverbrauch_pv_sungrow_ab_2025')|is_number and states('sensor.batterie_entladung_sungrow_ab_2025')|is_number ) %} unknown {% else %} {% set netz = states('sensor.netzbezug_gesamt_ab_2025')|float(0) %} {% set dirc = states('sensor.direktverbrauch_pv_sungrow_ab_2025')|float(0) %} {% set batt = states('sensor.batterie_entladung_sungrow_ab_2025')|float(0) %} {{ (netz + dirc + batt)|round(3) }} {% endif %} # ------------------------------------------------------------------------------------------------- # 7) Netzladungen der Batterie seit 01.01.2025 # = Batterieladung gesamt (A.2) − Batterieladung aus PV (A.2) # ------------------------------------------------------------------------------------------------- - name: "Netzladung Batterie" unique_id: netzladung_batterie unit_of_measurement: "kWh" device_class: energy state_class: total_increasing availability: > {{ states('sensor.batterieladung_gesamt_sungrow_ab_2025')|is_number and states('sensor.batterieladung_aus_pv_sungrow_ab_2025')|is_number }} state: > {% if not ( states('sensor.batterieladung_gesamt_sungrow_ab_2025')|is_number and states('sensor.batterieladung_aus_pv_sungrow_ab_2025')|is_number ) %} unknown {% else %} {% set total = states('sensor.batterieladung_gesamt_sungrow_ab_2025')|float(0) %} {% set from_pv = states('sensor.batterieladung_aus_pv_sungrow_ab_2025')|float(0) %} {% set calc_raw = (total - from_pv) %} {% set calc = [calc_raw, 0]|max %} {{ calc|round(3) }} {% endif %} # ============================================================================================================================================== # ============================================== SCHICHT B.2 - Monotone Wrapper für Eigenverbrauchs-Sensoren =================================== # ============================================================================================================================================== # ------------------------------------------------------------------------------------------------- # 2a) Eigenverbrauch PV Batterie Wärmepumpe (monotoner Wrapper) # ------------------------------------------------------------------------------------------------- - sensor: - name: "Eigenverbrauch PV Batterie Wärmepumpe (monoton)" unique_id: eigenverbrauch_pv_batterie_warmepumpe_monoton unit_of_measurement: "kWh" device_class: energy state_class: total_increasing availability: > {{ states('sensor.eigenverbrauch_pv_batterie_warmepumpe')|is_number }} state: > {% set raw = states('sensor.eigenverbrauch_pv_batterie_warmepumpe') %} {% set prev = states('sensor.eigenverbrauch_pv_batterie_warmepumpe_monoton') %} {% if not raw|is_number %} {# Kein gültiger neuer Wert → alten Wert halten, falls vorhanden #} {% if prev|is_number %} {{ prev }} {% else %} unknown {% endif %} {% else %} {% set raw_f = raw|float(0) %} {% if not prev|is_number %} {# Erstinitialisierung #} {{ raw_f|round(3) }} {% else %} {% set prev_f = prev|float(0) %} {% if raw_f >= prev_f %} {# Nur nach oben oder gleich → übernehmen #} {{ raw_f|round(3) }} {% else %} {# Abwärtsbewegung → ignorieren, alten Wert behalten #} {{ prev_f|round(3) }} {% endif %} {% endif %} {% endif %} # ------------------------------------------------------------------------------------------------- # 3a) Eigenverbrauch PV Batterie WHG2/Allg./WB (monotoner Wrapper) # ------------------------------------------------------------------------------------------------- - name: "Eigenverbrauch PV Batterie WHG2/Allg./WB (monoton)" unique_id: eigenverbrauch_pv_batterie_whg2_allg_wb_monoton unit_of_measurement: "kWh" device_class: energy state_class: total_increasing availability: > {{ states('sensor.eigenverbrauch_pv_batterie_whg2_allg_wb')|is_number }} state: > {% set raw = states('sensor.eigenverbrauch_pv_batterie_whg2_allg_wb') %} {% set prev = states('sensor.eigenverbrauch_pv_batterie_whg2_allg_wb_monoton') %} {% if not raw|is_number %} {% if prev|is_number %} {{ prev }} {% else %} unknown {% endif %} {% else %} {% set raw_f = raw|float(0) %} {% if not prev|is_number %} {{ raw_f|round(3) }} {% else %} {% set prev_f = prev|float(0) %} {% if raw_f >= prev_f %} {{ raw_f|round(3) }} {% else %} {{ prev_f|round(3) }} {% endif %} {% endif %} {% endif %} # ============================================================================================================================================== # ============================================== SCHICHT C - Quoten und Kennzahlen bereits mit OFFSET ========================================= # ============================================================================================================================================== # ====================================================================== # Schicht C – Quoten und weitere Statistiken auf Basis der korrigierten # Energiezähler (Schicht A.2 und Schicht B) # ====================================================================== # -------------------------------------------------- # Gesamt-Autarkiequote des Hauses # = Eigenverbrauch (PV + Batterie) / Gesamtverbrauch Haus # Basis: # - sensor.eigenverbrauch_gesamt_pv_batterie (Schicht B) # - sensor.gesamtverbrauch_haus_kwh (Schicht B) # -------------------------------------------------- - sensor: - name: "Gesamt Autarkiequote" unique_id: gesamt_autarkiequote unit_of_measurement: "%" state_class: measurement availability: > {{ states('sensor.eigenverbrauch_gesamt_pv_batterie')|is_number and states('sensor.gesamtverbrauch_haus_kwh')|is_number }} state: > {% set eigen = states('sensor.eigenverbrauch_gesamt_pv_batterie')|float(0) %} {% set gesamt = states('sensor.gesamtverbrauch_haus_kwh')|float(0) %} {% if gesamt > 0 %} {{ (eigen / gesamt * 100)|round(2) }} {% else %} 0 {% endif %} # -------------------------------------------------- # Eigenverbrauchsquote der Wärmepumpe # = PV/Batterie-Anteil WP / Gesamtverbrauch WP # Basis: # - sensor.eigenverbrauch_pv_batterie_warmepumpe (Schicht B) # - sensor.verbrauch_warmepumpe_ab_2025 (Schicht A.2) # -------------------------------------------------- - name: "Gesamt Eigenverbrauchsquote WP" unique_id: gesamt_eigenverbrauchsquote_wp unit_of_measurement: "%" state_class: measurement availability: > {{ states('sensor.eigenverbrauch_pv_batterie_warmepumpe')|is_number and states('sensor.verbrauch_warmepumpe_ab_2025')|is_number }} state: > {% set eigen_wp = states('sensor.eigenverbrauch_pv_batterie_warmepumpe')|float(0) %} {% set gesamt_wp = states('sensor.verbrauch_warmepumpe_ab_2025')|float(0) %} {% if gesamt_wp > 0 %} {{ (eigen_wp / gesamt_wp * 100)|round(2) }} {% else %} 0 {% endif %} # -------------------------------------------------- # Eigenverbrauchsquote WHG2/Allg./WB # = PV/Batterie-Anteil WHG2 / Gesamtverbrauch WHG2/Allg./WB # Basis: # - sensor.eigenverbrauch_pv_batterie_whg2_allg_wb (Schicht B) # - sensor.gesamtverbrauch_whg2_allg_wb (Schicht B) # -------------------------------------------------- - name: "Gesamt Eigenverbrauchsquote WHG2/Allg./WB" unique_id: gesamt_eigenverbrauchsquote_whg2_allg_wb unit_of_measurement: "%" state_class: measurement availability: > {{ states('sensor.eigenverbrauch_pv_batterie_whg2_allg_wb')|is_number and states('sensor.gesamtverbrauch_whg2_allg_wb')|is_number }} state: > {% set eigen_whg2 = states('sensor.eigenverbrauch_pv_batterie_whg2_allg_wb')|float(0) %} {% set gesamt_whg2 = states('sensor.gesamtverbrauch_whg2_allg_wb')|float(0) %} {% if gesamt_whg2 > 0 %} {{ (eigen_whg2 / gesamt_whg2 * 100)|round(2) }} {% else %} 0 {% endif %} # -------------------------------------------------- # Netzbezugsquote Haus # = Netzbezug Gesamt / Gesamtverbrauch Haus # Basis: # - sensor.netzbezug_gesamt_ab_2025 (Schicht A.2) # - sensor.gesamtverbrauch_haus_kwh (Schicht B) # -------------------------------------------------- - name: "Gesamt Netzbezugsquote" unique_id: gesamt_netzbezugsquote unit_of_measurement: "%" state_class: measurement availability: > {{ states('sensor.netzbezug_gesamt_ab_2025')|is_number and states('sensor.gesamtverbrauch_haus_kwh')|is_number }} state: > {% set netz = states('sensor.netzbezug_gesamt_ab_2025')|float(0) %} {% set gesamt = states('sensor.gesamtverbrauch_haus_kwh')|float(0) %} {% if gesamt > 0 %} {{ (netz / gesamt * 100)|round(2) }} {% else %} 0 {% endif %} # -------------------------------------------------- # PV-Eigenverbrauchsquote (bezogen auf Erzeugung) # = (Direktverbrauch PV + Batterieladung aus PV) / PV-Erzeugung gesamt # Basis (Schicht A.2): # - sensor.pv_erzeugung_gesamt_sungrow_ab_2025 # - sensor.direktverbrauch_pv_sungrow_ab_2025 # - sensor.batterieladung_aus_pv_sungrow_ab_2025 # -------------------------------------------------- - name: "PV Eigenverbrauchsquote (Erzeugung)" unique_id: pv_eigenverbrauchsquote_erzeugung unit_of_measurement: "%" state_class: measurement availability: > {{ states('sensor.pv_erzeugung_gesamt_sungrow_ab_2025')|is_number and states('sensor.direktverbrauch_pv_sungrow_ab_2025')|is_number and states('sensor.batterieladung_aus_pv_sungrow_ab_2025')|is_number }} state: > {% set pv_total = states('sensor.pv_erzeugung_gesamt_sungrow_ab_2025')|float(0) %} {% set direct = states('sensor.direktverbrauch_pv_sungrow_ab_2025')|float(0) %} {% set batt_ch = states('sensor.batterieladung_aus_pv_sungrow_ab_2025')|float(0) %} {% set eigen = direct + batt_ch %} {% if pv_total > 0 %} {{ (eigen / pv_total * 100)|round(2) }} {% else %} 0 {% endif %} # -------------------------------------------------- # PV-Eigenverbrauchsquote (bezogen auf Verbrauchsseite) # = Eigenverbrauch PV/Batterie / PV-Erzeugung gesamt # Basis: # - sensor.eigenverbrauch_gesamt_pv_batterie (Schicht B) # - sensor.pv_erzeugung_gesamt_sungrow_ab_2025 (Schicht A.2) # -------------------------------------------------- - name: "PV Eigenverbrauchsquote (Verbrauch)" unique_id: pv_eigenverbrauchsquote_verbrauch unit_of_measurement: "%" state_class: measurement availability: > {{ states('sensor.eigenverbrauch_gesamt_pv_batterie')|is_number and states('sensor.pv_erzeugung_gesamt_sungrow_ab_2025')|is_number }} state: > {% set eigen = states('sensor.eigenverbrauch_gesamt_pv_batterie')|float(0) %} {% set erzeug = states('sensor.pv_erzeugung_gesamt_sungrow_ab_2025')|float(0) %} {% if erzeug > 0 %} {{ (eigen / erzeug * 100)|round(2) }} {% else %} 0 {% endif %} # -------------------------------------------------- # PV-Einspeisequote (bezogen auf Erzeugung) # = Netzeinspeisung / PV-Erzeugung gesamt # Basis (Schicht A.2): # - sensor.pv_erzeugung_gesamt_sungrow_ab_2025 # - sensor.pv_netzeinspeisung_gesamt_sungrow_ab_2025 # -------------------------------------------------- - name: "PV Einspeisequote (Erzeugung)" unique_id: pv_einspeisequote_erzeugung unit_of_measurement: "%" state_class: measurement availability: > {{ states('sensor.pv_erzeugung_gesamt_sungrow_ab_2025')|is_number and states('sensor.pv_netzeinspeisung_gesamt_sungrow_ab_2025')|is_number }} state: > {% set pv_total = states('sensor.pv_erzeugung_gesamt_sungrow_ab_2025')|float(0) %} {% set export = states('sensor.pv_netzeinspeisung_gesamt_sungrow_ab_2025')|float(0) %} {% if pv_total > 0 %} {{ (export / pv_total * 100)|round(2) }} {% else %} 0 {% endif %} # -------------------------------------------------- # PV-Überschussquote (Verbrauchssicht) # = 100 % − PV-Eigenverbrauchsquote (Verbrauch) # Basis: # - sensor.eigenverbrauch_gesamt_pv_batterie (Schicht B) # - sensor.pv_erzeugung_gesamt_sungrow_ab_2025 (Schicht A.2) # -------------------------------------------------- - name: "PV Überschussquote (Verbrauch)" unique_id: pv_ueberschussquote_verbrauch unit_of_measurement: "%" state_class: measurement availability: > {{ states('sensor.eigenverbrauch_gesamt_pv_batterie')|is_number and states('sensor.pv_erzeugung_gesamt_sungrow_ab_2025')|is_number }} state: > {% set eigen = states('sensor.eigenverbrauch_gesamt_pv_batterie')|float(0) %} {% set erzeug = states('sensor.pv_erzeugung_gesamt_sungrow_ab_2025')|float(0) %} {% if erzeug > 0 %} {{ ((1 - (eigen / erzeug)) * 100)|round(2) }} {% else %} 0 {% endif %} # ============================================================================================================================================== # ===================================== SCHICHT D - Kosten & PV-Ertrags-Sensoren bereits mit OFFSET ============================================ # ============================================================================================================================================== # ====================================================================== # Schicht D – Kosten- & PV-Ertrags-Sensoren (ab 01.01.2025) # Basis: korrigierte kWh-Zähler aus Schicht A.2 und B + Utility Meter # ====================================================================== - sensor: # 1) Netzstromkosten Wärmepumpe (seit 01.01.2025) # kWh (Netz WP, korrigiert) * WP-Tarif # Basis: # - sensor.netzbezug_warmepumpe_ab_2025 # - input_number.strompreis_bezug_wp - sensor: - name: "Stromkosten WP Netz (Euro)" unique_id: stromkosten_wp_netz_euro unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.netzbezug_warmepumpe_ab_2025')|is_number and states('input_number.strompreis_bezug_wp')|is_number }} state: > {% set kwh = states('sensor.netzbezug_warmepumpe_ab_2025')|float(0) %} {% set preis = states('input_number.strompreis_bezug_wp')|float(0) %} {% set calc = (kwh * preis)|round(2) %} {% set prevraw = this.state %} {% set prev = prevraw|float(0) if prevraw not in ['unknown','unavailable','nan'] else 0 %} {# keine negativen Kosten zulassen, Glitches ignorieren #} {% if calc < 0 %} {{ prev }} {% else %} {{ [calc, prev]|max }} {% endif %} - name: "Stromkosten WP Netz (monatlich)" unique_id: stromkosten_wp_netz_monatlich unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.netzbezug_warmepumpe_monatlich')|is_number and states('input_number.strompreis_bezug_wp')|is_number }} state: > {% set kwh = states('sensor.netzbezug_warmepumpe_monatlich')|float(0) %} {% set preis = states('input_number.strompreis_bezug_wp')|float(0) %} {{ (kwh * preis)|round(2) }} - name: "Stromkosten WP Netz (jährlich)" unique_id: stromkosten_wp_netz_jahrlich unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.netzbezug_warmepumpe_jahrlich')|is_number and states('input_number.strompreis_bezug_wp')|is_number }} state: > {% set kwh = states('sensor.netzbezug_warmepumpe_jahrlich')|float(0) %} {% set preis = states('input_number.strompreis_bezug_wp')|float(0) %} {{ (kwh * preis)|round(2) }} # 2) Netzstromkosten Haushalt (WHG2/Allg./WB, seit 01.01.2025) # kWh (Netz WHG2, korrigiert) * Haushalts-Tarif # Basis: # - sensor.netzbezug_whg2_allg_wb_ab_2025 # - input_number.strompreis_bezug_normal - name: "Stromkosten Haushalt Netz (Euro)" unique_id: stromkosten_haushalt_netz_euro unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.netzbezug_whg2_allg_wb_ab_2025')|is_number and states('input_number.strompreis_bezug_normal')|is_number }} state: > {% set kwh = states('sensor.netzbezug_whg2_allg_wb_ab_2025')|float(0) %} {% set preis = states('input_number.strompreis_bezug_normal')|float(0) %} {% set calc = (kwh * preis)|round(2) %} {% set prevraw = this.state %} {% set prev = prevraw|float(0) if prevraw not in ['unknown','unavailable','nan'] else 0 %} {% if calc < 0 %} {{ prev }} {% else %} {{ [calc, prev]|max }} {% endif %} - name: "Stromkosten Haushalt Netz (monatlich)" unique_id: stromkosten_haushalt_netz_monatlich unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.netzbezug_whg2_allg_wb_monatlich')|is_number and states('input_number.strompreis_bezug_normal')|is_number }} state: > {% set kwh = states('sensor.netzbezug_whg2_allg_wb_monatlich')|float(0) %} {% set preis = states('input_number.strompreis_bezug_normal')|float(0) %} {{ (kwh * preis)|round(2) }} - name: "Stromkosten Haushalt Netz (jährlich)" unique_id: stromkosten_haushalt_netz_jahrlich unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.netzbezug_whg2_allg_wb_jahrlich')|is_number and states('input_number.strompreis_bezug_normal')|is_number }} state: > {% set kwh = states('sensor.netzbezug_whg2_allg_wb_jahrlich')|float(0) %} {% set preis = states('input_number.strompreis_bezug_normal')|float(0) %} {{ (kwh * preis)|round(2) }} # 3) Netzstromkosten gesamt (WP + Haushalt) # Summe aus 1) und 2) - name: "Stromkosten Netz gesamt (Euro)" unique_id: stromkosten_netz_gesamt_euro unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.stromkosten_wp_netz_euro')|is_number and states('sensor.stromkosten_haushalt_netz_euro')|is_number }} state: > {% set wp_cost = states('sensor.stromkosten_wp_netz_euro')|float(0) %} {% set hh_cost = states('sensor.stromkosten_haushalt_netz_euro')|float(0) %} {% set calc = (wp_cost + hh_cost)|round(2) %} {% set prevraw = this.state %} {% set prev = prevraw|float(0) if prevraw not in ['unknown','unavailable','nan'] else 0 %} {% if calc < 0 %} {{ prev }} {% else %} {{ [calc, prev]|max }} {% endif %} - name: "Stromkosten Netz gesamt (monatlich)" unique_id: stromkosten_netz_gesamt_monatlich unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.stromkosten_wp_netz_monatlich')|is_number and states('sensor.stromkosten_haushalt_netz_monatlich')|is_number }} state: > {% set wp = states('sensor.stromkosten_wp_netz_monatlich')|float(0) %} {% set hh = states('sensor.stromkosten_haushalt_netz_monatlich')|float(0) %} {{ (wp + hh)|round(2) }} - name: "Stromkosten Netz gesamt (jährlich)" unique_id: stromkosten_netz_gesamt_jahrlich unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.stromkosten_wp_netz_jahrlich')|is_number and states('sensor.stromkosten_haushalt_netz_jahrlich')|is_number }} state: > {% set wp = states('sensor.stromkosten_wp_netz_jahrlich')|float(0) %} {% set hh = states('sensor.stromkosten_haushalt_netz_jahrlich')|float(0) %} {{ (wp + hh)|round(2) }} # 4) Einspeiseerlöse PV (seit 01.01.2025) # kWh Export (verkaufte Energie, Bitshake Z1 korrigiert) * Einspeisevergütung # Basis: # - sensor.netzeinspeisung_ab_2025 # - input_number.einspeisevergutung - name: "PV Einspeiseerlöse (Euro)" unique_id: pv_einspeiseerloese_euro unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.netzeinspeisung_ab_2025')|is_number and states('input_number.einspeisevergutung')|is_number }} state: > {% set kwh = states('sensor.netzeinspeisung_ab_2025')|float(0) %} {% set verg = states('input_number.einspeisevergutung')|float(0) %} {% set calc = (kwh * verg)|round(2) %} {% set prevraw = this.state %} {% set prev = prevraw|float(0) if prevraw not in ['unknown','unavailable','nan'] else 0 %} {% if calc < 0 %} {{ prev }} {% else %} {{ [calc, prev]|max }} {% endif %} - name: "PV Einspeiseerlöse (monatlich)" unique_id: pv_einspeiseerloese_monatlich unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.netzeinspeisung_monatlich')|is_number and states('input_number.einspeisevergutung')|is_number }} state: > {% set kwh = states('sensor.netzeinspeisung_monatlich')|float(0) %} {% set verg = states('input_number.einspeisevergutung')|float(0) %} {{ (kwh * verg)|round(2) }} - name: "PV Einspeiseerlöse (jährlich)" unique_id: pv_einspeiseerloese_jahrlich unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.netzeinspeisung_jahrlich')|is_number and states('input_number.einspeisevergutung')|is_number }} state: > {% set kwh = states('sensor.netzeinspeisung_jahrlich')|float(0) %} {% set verg = states('input_number.einspeisevergutung')|float(0) %} {{ (kwh * verg)|round(2) }} # 5) Hypothetische Stromkosten OHNE PV # Annahme: gleicher Verbrauch, alles aus dem Netz: # - WP: gesamter WP-Verbrauch (Eltako korrigiert) # - Haushalt: Gesamtverbrauch WHG2/Allg./WB (Schicht B) - name: "Stromkosten ohne PV (Euro)" unique_id: stromkosten_ohne_pv_euro unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.verbrauch_warmepumpe_ab_2025')|is_number and states('sensor.gesamtverbrauch_whg2_allg_wb')|is_number and states('input_number.strompreis_bezug_wp')|is_number and states('input_number.strompreis_bezug_normal')|is_number }} state: > {% set wp_total = states('sensor.verbrauch_warmepumpe_ab_2025')|float(0) %} {% set hh_total = states('sensor.gesamtverbrauch_whg2_allg_wb')|float(0) %} {% set preis_wp = states('input_number.strompreis_bezug_wp')|float(0) %} {% set preis_hh = states('input_number.strompreis_bezug_normal')|float(0) %} {% set kosten = wp_total * preis_wp + hh_total * preis_hh %} {{ kosten|round(2) }} # 6) Effektive Stromkosten MIT PV (Netto) # Netzkosten gesamt – Einspeiseerlöse # Basis: # - Netz WP/Haushalt: korrigierte Netzbezüge ab 2025 # - Einspeisung: netzeinspeisung_ab_2025 - name: "Stromkosten mit PV (Netto, Euro)" unique_id: stromkosten_mit_pv_netto_euro unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.netzbezug_warmepumpe_ab_2025')|is_number and states('sensor.netzbezug_whg2_allg_wb_ab_2025')|is_number and states('sensor.netzeinspeisung_ab_2025')|is_number and states('input_number.strompreis_bezug_wp')|is_number and states('input_number.strompreis_bezug_normal')|is_number and states('input_number.einspeisevergutung')|is_number }} state: > {% set wp_net = states('sensor.netzbezug_warmepumpe_ab_2025')|float(0) %} {% set hh_net = states('sensor.netzbezug_whg2_allg_wb_ab_2025')|float(0) %} {% set preis_wp = states('input_number.strompreis_bezug_wp')|float(0) %} {% set preis_hh = states('input_number.strompreis_bezug_normal')|float(0) %} {% set export_k = states('sensor.netzeinspeisung_ab_2025')|float(0) %} {% set verg = states('input_number.einspeisevergutung')|float(0) %} {% set kosten_netz = wp_net * preis_wp + hh_net * preis_hh %} {% set erloes = export_k * verg %} {{ (kosten_netz - erloes)|round(2) }} # 7) Wert des PV-Eigenverbrauchs Wärmepumpe # (kWh PV/Batt für WP * WP-Tarif) - name: "PV-Eigenverbrauch Wert WP (Euro)" unique_id: pv_eigenverbrauch_wert_wp_euro unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.eigenverbrauch_pv_batterie_warmepumpe')|is_number and states('input_number.strompreis_bezug_wp')|is_number }} state: > {% set eig_wp = states('sensor.eigenverbrauch_pv_batterie_warmepumpe')|float(0) %} {% set preis_wp = states('input_number.strompreis_bezug_wp')|float(0) %} {{ (eig_wp * preis_wp)|round(2) }} # 8) Wert des PV-Eigenverbrauchs Haushalt (WHG2/Allg./WB) # (kWh PV/Batt für Haushalt * Haushalts-Tarif) - name: "PV-Eigenverbrauch Wert Haushalt (Euro)" unique_id: pv_eigenverbrauch_wert_haushalt_euro unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.eigenverbrauch_pv_batterie_whg2_allg_wb')|is_number and states('input_number.strompreis_bezug_normal')|is_number }} state: > {% set eig_hh = states('sensor.eigenverbrauch_pv_batterie_whg2_allg_wb')|float(0) %} {% set preis_hh = states('input_number.strompreis_bezug_normal')|float(0) %} {{ (eig_hh * preis_hh)|round(2) }} # 9) Gesamtwert des PV-Eigenverbrauchs (WP + Haushalt) - name: "PV-Eigenverbrauch Wert gesamt (Euro)" unique_id: pv_eigenverbrauch_wert_gesamt_euro unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.pv_eigenverbrauch_wert_wp_euro')|is_number and states('sensor.pv_eigenverbrauch_wert_haushalt_euro')|is_number }} state: > {% set wp_val = states('sensor.pv_eigenverbrauch_wert_wp_euro')|float(0) %} {% set hh_val = states('sensor.pv_eigenverbrauch_wert_haushalt_euro')|float(0) %} {{ (wp_val + hh_val)|round(2) }} # 10) PV-Gesamtvorteil = Eigenverbrauchs-Wert + Einspeiseerlöse - name: "PV Vorteil gesamt (Euro)" unique_id: pv_vorteil_gesamt_euro unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.pv_eigenverbrauch_wert_gesamt_euro')|is_number and states('sensor.pv_einspeiseerlose_euro')|is_number }} state: > {% set eig = states('sensor.pv_eigenverbrauch_wert_gesamt_euro')|float(0) %} {% set erl = states('sensor.pv_einspeiseerlose_euro')|float(0) %} {% set calc = (eig + erl)|round(2) %} {% set prevraw = this.state %} {% set prev = prevraw|float(0) if prevraw not in ['unknown','unavailable','nan'] else 0 %} {% if calc < 0 %} {{ prev }} {% else %} {{ [calc, prev]|max }} {% endif %} - name: "PV Vorteil gesamt (monatlich)" unique_id: pv_vorteil_gesamt_monatlich unit_of_measurement: "€" device_class: monetary state_class: total state: > {% set eig_wp = states('sensor.verbrauch_warmepumpe_pv_batterie_monatlich')|float(0) %} {% set eig_whg2 = states('sensor.eigenverbrauch_pv_batterie_whg2_allg_wb_monatlich')|float(0) %} {% set preis_wp = states('input_number.strompreis_bezug_wp')|float(0) %} {% set preis_hh = states('input_number.strompreis_bezug_normal')|float(0) %} {% set eins = states('sensor.pv_einspeiseerlose_monatlich')|float(0) %} {% set wert_eigen = eig_wp * preis_wp + eig_whg2 * preis_hh %} {{ (wert_eigen + eins)|round(2) }} - name: "PV Vorteil gesamt (jährlich)" unique_id: pv_vorteil_gesamt_jahrlich unit_of_measurement: "€" device_class: monetary state_class: total state: > {% set eig_wp = states('sensor.verbrauch_warmepumpe_pv_batterie_jahrlich')|float(0) %} {% set eig_whg2 = states('sensor.eigenverbrauch_pv_batterie_whg2_allg_wb_jahrlich')|float(0) %} {% set preis_wp = states('input_number.strompreis_bezug_wp')|float(0) %} {% set preis_hh = states('input_number.strompreis_bezug_normal')|float(0) %} {% set eins = states('sensor.pv_einspeiseerlose_jahrlich')|float(0) %} {% set wert_eigen = eig_wp * preis_wp + eig_whg2 * preis_hh %} {{ (wert_eigen + eins)|round(2) }} # 11) PV-Ersparnis: Kosten ohne PV − Kosten mit PV # Plausibilitätscheck zu "PV Vorteil gesamt" - name: "PV Ersparnis (Euro)" unique_id: pv_ersparnis_euro unit_of_measurement: "€" device_class: monetary state_class: total availability: > {{ states('sensor.stromkosten_ohne_pv_euro')|is_number and states('sensor.stromkosten_mit_pv_netto_euro')|is_number }} state: > {% set k_ohne = states('sensor.stromkosten_ohne_pv_euro')|float(0) %} {% set k_mit = states('sensor.stromkosten_mit_pv_netto_euro')|float(0) %} {% set calc = (k_ohne - k_mit)|round(2) %} {% set prevraw = this.state %} {% set prev = prevraw|float(0) if prevraw not in ['unknown','unavailable','nan'] else 0 %} {% if calc < 0 %} {{ prev }} {% else %} {{ [calc, prev]|max }} {% endif %} - name: "PV Ersparnis (monatlich)" unique_id: pv_ersparnis_monatlich unit_of_measurement: "€" device_class: monetary state_class: total state: > {% set wp_kwh = states('sensor.verbrauch_warmepumpe_monatlich') %} {% set whg2_kwh = states('sensor.gesamtverbrauch_whg2_allg_wb_monatlich') %} {% if not (wp_kwh|is_number and whg2_kwh|is_number) %} unknown {% else %} {% set wp_kwh = wp_kwh|float(0) %} {% set whg2_kwh = whg2_kwh|float(0) %} {% set preis_wp = states('input_number.strompreis_bezug_wp')|float(0) %} {% set preis_hh = states('input_number.strompreis_bezug_normal')|float(0) %} {# Kosten ohne PV: alles aus dem Netz #} {% set kosten_ohne = wp_kwh * preis_wp + whg2_kwh * preis_hh %} {# Kosten mit PV: echte Netzkosten minus Einspeiseerloese #} {% set netz = states('sensor.stromkosten_netz_gesamt_monatlich')|float(0) %} {% set eins = states('sensor.pv_einspeiseerloese_monatlich')|float(0) %} {% set kosten_mit = netz - eins %} {{ (kosten_ohne - kosten_mit)|round(2) }} {% endif %} - name: "PV Ersparnis (jährlich)" unique_id: pv_ersparnis_jahrlich unit_of_measurement: "€" device_class: monetary state_class: total state: > {% set wp_kwh = states('sensor.verbrauch_warmepumpe_jahrlich') %} {% set whg2_kwh = states('sensor.gesamtverbrauch_whg2_allg_wb_jahrlich') %} {% if not (wp_kwh|is_number and whg2_kwh|is_number) %} unknown {% else %} {% set wp_kwh = wp_kwh|float(0) %} {% set whg2_kwh = whg2_kwh|float(0) %} {% set preis_wp = states('input_number.strompreis_bezug_wp')|float(0) %} {% set preis_hh = states('input_number.strompreis_bezug_normal')|float(0) %} {% set kosten_ohne = wp_kwh * preis_wp + whg2_kwh * preis_hh %} {% set netz = states('sensor.stromkosten_netz_gesamt_jahrlich')|float(0) %} {% set eins = states('sensor.pv_einspeiseerloese_jahrlich')|float(0) %} {% set kosten_mit = netz - eins %} {{ (kosten_ohne - kosten_mit)|round(2) }} {% endif %} # ============================================================================================================================================== # ============================================== SCHICHT E - Prüfungen der Energie-Zähler ====================================================== # ============================================================================================================================================== # ====================================================================== # SCHICHT E – KONTROLLEN DER ENERGIEZÄHLER (ohne Offsets, auf Schicht A–D) # ====================================================================== # Vergleich: Direktverbrauch + Batterie-Entladung vs. Eigenverbrauchs-Zähler. # Sollte nahe 0 kWh sein – sonst eigenverbrauch_gesamt_pv_batterie prüfen. - sensor: - name: "Plausibilitätskontrolle" unique_id: plausibilitaetskontrolle unit_of_measurement: "kWh" # device_class: energy state_class: measurement state: > {% set dirc = states('sensor.direktverbrauch_pv_sungrow_ab_2025') | float(0) %} {% set batt = states('sensor.batterie_entladung_sungrow_ab_2025') | float(0) %} {% set eigen = states('sensor.eigenverbrauch_gesamt_pv_batterie') | float(0) %} {{ (dirc + batt - eigen) | round(3) }} # Check: Gesamtverbrauch Haus vs. (Netzbezug_ab_2025 + Direkt_ab_2025 + BattEntl_ab_2025) # Sollte ≈ 0 kWh sein – sonst Bilanz-/Offset-Fehler in den Basis-Sensoren. # Hausbilanz-Abweichung: Haus − (Netz + Direkt + BattEntl) ≈ 0 - name: "Energiebilanz Abweichung (kWh)" unique_id: energiebilanz_abweichung unit_of_measurement: "kWh" # device_class: energy state_class: measurement availability: > {{ states('sensor.gesamtverbrauch_haus_kwh')|is_number and states('sensor.netzbezug_gesamt_ab_2025')|is_number and states('sensor.direktverbrauch_pv_sungrow_ab_2025')|is_number and states('sensor.batterie_entladung_sungrow_ab_2025')|is_number }} state: > {% set haus = states('sensor.gesamtverbrauch_haus_kwh')|float(0) %} {% set bezugk = states('sensor.netzbezug_gesamt_ab_2025')|float(0) %} {% set dirck = states('sensor.direktverbrauch_pv_sungrow_ab_2025')|float(0) %} {% set battdk = states('sensor.batterie_entladung_sungrow_ab_2025')|float(0) %} {{ (haus - (bezugk + dirck + battdk)) | round(3) }} # Negativ-Wächter: „on“, falls einer der Kernzähler < 0 (Reset/Glitch) - name: "Energie Datenfehler (bool)" unique_id: energie_datenfehler state: > {% set ids = [ 'sensor.netzbezug_gesamt_kwh', 'sensor.netzeinspeisung_kwh', 'sensor.gesamtverbrauch_haus_kwh', 'sensor.verbrauch_warmepumpe_kwh', 'sensor.verbrauch_allgemeinstrom_kwh' ] %} {% set neg = [] %} {% for e in ids %} {% set v = states(e) %} {% if v not in ['unknown','unavailable'] and (v|float(-1) < 0) %} {% set _ = neg.append(e) %} {% endif %} {% endfor %} {{ 'on' if neg|count > 0 else 'off' }} # Tagesbilanz: Haus_taglich − (Netz_taglich + Direkt_t + BattEntl_t) ≈ 0 # Nutzt deine täglichen Haus-/Netz-UMs + Sungrow-Tageswerte. - name: "Tagesbilanz Differenz (kWh)" unique_id: tagesbilanz_differenz unit_of_measurement: "kWh" state_class: measurement availability: > {{ states('sensor.gesamtverbrauch_haus_taglich')|is_number and states('sensor.netzbezug_gesamt_taglich')|is_number and states('sensor.daily_direct_energy_consumption')|is_number and states('sensor.daily_battery_discharge')|is_number }} state: > {% set haus = states('sensor.gesamtverbrauch_haus_taglich')|float(0) %} {% set netz = states('sensor.netzbezug_gesamt_taglich')|float(0) %} {% set eigen = states('sensor.daily_direct_energy_consumption')|float(0) + states('sensor.daily_battery_discharge')|float(0) %} {{ (haus - (netz + eigen)) | round(3) }} # ====================================================================== # SCHICHT E – UM-CHECKS für alle Utility-Meter-Gruppen (kWh) # (Suffixe: _stundlich / _taglich / _wochentlich / _monatlich / _jahrlich) # Reihenfolge wie in Schicht F (UMs A–E) # ====================================================================== # A – NETZBEZUG # -------------------------------------------------------------------- # 1) Netzbezug Gesamt (Hausanschluss) - sensor: - name: "UM-Check Netzbezug Gesamt" unique_id: umcheck_netzbezug_gesamt state: > {% set src = states('sensor.netzbezug_gesamt_kwh') %} {% set h = states('sensor.netzbezug_gesamt_stundlich') %} {% set d = states('sensor.netzbezug_gesamt_taglich') %} {% set w = states('sensor.netzbezug_gesamt_wochentlich') %} {% set m = states('sensor.netzbezug_gesamt_monatlich') %} {% set y = states('sensor.netzbezug_gesamt_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 2) Netzbezug Wärmepumpe - name: "UM-Check Netzbezug Wärmepumpe" unique_id: umcheck_netzbezug_wp state: > {% set src = states('sensor.netzbezug_warmepumpe_kwh') %} {% set h = states('sensor.netzbezug_warmepumpe_stundlich') %} {% set d = states('sensor.netzbezug_warmepumpe_taglich') %} {% set w = states('sensor.netzbezug_warmepumpe_wochentlich') %} {% set m = states('sensor.netzbezug_warmepumpe_monatlich') %} {% set y = states('sensor.netzbezug_warmepumpe_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 3) Netzbezug WHG2/Allg./WB - name: "UM-Check Netzbezug WHG2/Allg./WB" unique_id: umcheck_netzbezug_whg2_allg_wb state: > {% set src = states('sensor.netzbezug_whg2_allg_wb_kwh') %} {% set h = states('sensor.netzbezug_whg2_allg_wb_stundlich') %} {% set d = states('sensor.netzbezug_whg2_allg_wb_taglich') %} {% set w = states('sensor.netzbezug_whg2_allg_wb_wochentlich') %} {% set m = states('sensor.netzbezug_whg2_allg_wb_monatlich') %} {% set y = states('sensor.netzbezug_whg2_allg_wb_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # B – VERBRAUCH # -------------------------------------------------------------------- # 4) Verbrauch Wärmepumpe (Eltako) - name: "UM-Check Verbrauch Wärmepumpe" unique_id: umcheck_verbrauch_wp state: > {% set src = states('sensor.verbrauch_warmepumpe_kwh') %} {% set h = states('sensor.verbrauch_warmepumpe_stundlich') %} {% set d = states('sensor.verbrauch_warmepumpe_taglich') %} {% set w = states('sensor.verbrauch_warmepumpe_wochentlich') %} {% set m = states('sensor.verbrauch_warmepumpe_monatlich') %} {% set y = states('sensor.verbrauch_warmepumpe_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 5) Allgemeinstrom (Eltako) - name: "UM-Check Allgemeinstrom" unique_id: umcheck_allgemeinstrom state: > {% set src = states('sensor.verbrauch_allgemeinstrom_kwh') %} {% set h = states('sensor.allgemeinstrom_stundlich') %} {% set d = states('sensor.allgemeinstrom_taglich') %} {% set w = states('sensor.allgemeinstrom_wochentlich') %} {% set m = states('sensor.allgemeinstrom_monatlich') %} {% set y = states('sensor.allgemeinstrom_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 6) Haus-Gesamtverbrauch - name: "UM-Check Gesamtverbrauch Haus" unique_id: umcheck_gesamtverbrauch_haus state: > {% set src = states('sensor.gesamtverbrauch_haus_kwh') %} {% set h = states('sensor.gesamtverbrauch_haus_stundlich') %} {% set d = states('sensor.gesamtverbrauch_haus_taglich') %} {% set w = states('sensor.gesamtverbrauch_haus_wochentlich') %} {% set m = states('sensor.gesamtverbrauch_haus_monatlich') %} {% set y = states('sensor.gesamtverbrauch_haus_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 7) Gesamtverbrauch WHG2/Allg./WB - name: "UM-Check Gesamtverbrauch WHG2/Allg./WB" unique_id: umcheck_gesamtverbrauch_whg2_allg_wb state: > {% set src = states('sensor.gesamtverbrauch_whg2_allg_wb') %} {% set h = states('sensor.gesamtverbrauch_whg2_allg_wb_stundlich') %} {% set d = states('sensor.gesamtverbrauch_whg2_allg_wb_taglich') %} {% set w = states('sensor.gesamtverbrauch_whg2_allg_wb_wochentlich') %} {% set m = states('sensor.gesamtverbrauch_whg2_allg_wb_monatlich') %} {% set y = states('sensor.gesamtverbrauch_whg2_allg_wb_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 8) Gesamtverbrauch Wohnung 2 & Wallbox - name: "UM-Check Gesamtverbrauch Whg2 & WB" unique_id: umcheck_gesamtverbrauch_wohnung2_wb state: > {% set src = states('sensor.gesamtverbrauch_wohnung_2_wallbox') %} {% set h = states('sensor.gesamtverbrauch_wohnung_2_wb_stundlich') %} {% set d = states('sensor.gesamtverbrauch_wohnung_2_wb_taglich') %} {% set w = states('sensor.gesamtverbrauch_wohnung_2_wb_wochentlich') %} {% set m = states('sensor.gesamtverbrauch_wohnung_2_wb_monatlich') %} {% set y = states('sensor.gesamtverbrauch_wohnung_2_wb_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # C – PV / BATTERIE – ERZEUGUNG UND SPEICHER # -------------------------------------------------------------------- # 9) PV-Erzeugung gesamt (Totalsensor) - name: "UM-Check PV-Erzeugung gesamt" unique_id: umcheck_pv_erzeugung_gesamt state: > {% set src = states('sensor.total_pv_generation') %} {% set h = states('sensor.pv_erzeugung_gesamt_stundlich') %} {% set d = states('sensor.pv_erzeugung_gesamt_taglich') %} {% set w = states('sensor.pv_erzeugung_gesamt_wochentlich') %} {% set m = states('sensor.pv_erzeugung_gesamt_monatlich') %} {% set y = states('sensor.pv_erzeugung_gesamt_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 10) PV-Ertrag ohne Batterieeinspeisung - name: "UM-Check PV-Ertrag ohne Batterie" unique_id: umcheck_pv_ertrag_ohne_batt state: > {% set src = states('sensor.pv_ertrag_ohne_batterieeinspeisung_kwh') %} {% set h = states('sensor.pv_ertrag_ohne_batterie_stundlich') %} {% set d = states('sensor.pv_ertrag_ohne_batterie_taglich') %} {% set w = states('sensor.pv_ertrag_ohne_batterie_wochentlich') %} {% set m = states('sensor.pv_ertrag_ohne_batterie_monatlich') %} {% set y = states('sensor.pv_ertrag_ohne_batterie_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 11) Netzeinspeisung gesamt - name: "UM-Check Netzeinspeisung" unique_id: umcheck_netzeinspeisung state: > {% set src = states('sensor.netzeinspeisung_kwh') %} {% set h = states('sensor.netzeinspeisung_stundlich') %} {% set d = states('sensor.netzeinspeisung_taglich') %} {% set w = states('sensor.netzeinspeisung_wochentlich') %} {% set m = states('sensor.netzeinspeisung_monatlich') %} {% set y = states('sensor.netzeinspeisung_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 12) Batterieentladung (Totalsensor) - name: "UM-Check Batterieentladung" unique_id: umcheck_batterieentladung state: > {% set src = states('sensor.total_battery_discharge') %} {% set h = states('sensor.batterieentladung_stundlich') %} {% set d = states('sensor.batterieentladung_taglich') %} {% set w = states('sensor.batterieentladung_wochentlich') %} {% set m = states('sensor.batterieentladung_monatlich') %} {% set y = states('sensor.batterieentladung_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 13) Batterieladung aus PV (Totalsensor) - name: "UM-Check Batterieladung aus PV" unique_id: umcheck_batterieladung_aus_pv state: > {% set src = states('sensor.total_battery_charge_from_pv') %} {% set h = states('sensor.batterieladung_aus_pv_stundlich') %} {% set d = states('sensor.batterieladung_aus_pv_taglich') %} {% set w = states('sensor.batterieladung_aus_pv_wochentlich') %} {% set m = states('sensor.batterieladung_aus_pv_monatlich') %} {% set y = states('sensor.batterieladung_aus_pv_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 14) Netzladung Batterie - name: "UM-Check Netzladung Batterie" unique_id: umcheck_netzladung_batterie state: > {% set src = states('sensor.netzladung_batterie') %} {% set h = states('sensor.netzladung_batterie_stundlich') %} {% set d = states('sensor.netzladung_batterie_taglich') %} {% set w = states('sensor.netzladung_batterie_wochentlich') %} {% set m = states('sensor.netzladung_batterie_monatlich') %} {% set y = states('sensor.netzladung_batterie_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # D – EIGENVERBRAUCH # -------------------------------------------------------------------- # 15) Eigenverbrauch PV/Batterie gesamt - name: "UM-Check Eigenverbrauch PV/Batt gesamt" unique_id: umcheck_eigenverbrauch_pv_batt_gesamt state: > {% set src = states('sensor.eigenverbrauch_gesamt_pv_batterie') %} {% set h = states('sensor.eigenverbrauch_pv_batterie_gesamt_stundlich') %} {% set d = states('sensor.eigenverbrauch_pv_batterie_gesamt_taglich') %} {% set w = states('sensor.eigenverbrauch_pv_batterie_gesamt_wochentlich') %} {% set m = states('sensor.eigenverbrauch_pv_batterie_gesamt_monatlich') %} {% set y = states('sensor.eigenverbrauch_pv_batterie_gesamt_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 16) Eigenverbrauch WP aus PV/Batterie - name: "UM-Check Eigenverbrauch WP aus PV/Batt" unique_id: umcheck_eigenverbrauch_wp_pv_batt state: > {% set src = states('sensor.eigenverbrauch_pv_batterie_warmepumpe_monoton') %} {% set h = states('sensor.eigenverbrauch_warmepumpe_aus_pv_batterie_stundlich') %} {% set d = states('sensor.eigenverbrauch_warmepumpe_aus_pv_batterie_taglich') %} {% set w = states('sensor.eigenverbrauch_warmepumpe_aus_pv_batterie_wochentlich') %} {% set m = states('sensor.eigenverbrauch_warmepumpe_aus_pv_batterie_monatlich') %} {% set y = states('sensor.eigenverbrauch_warmepumpe_aus_pv_batterie_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # 17) Eigenverbrauch PV/Batt WHG2/Allg./WB - name: "UM-Check Eigenverbrauch PV/Batt WHG2/Allg./WB" unique_id: umcheck_eigenverbrauch_pv_batt_whg2_allg_wb state: > {% set src = states('sensor.eigenverbrauch_pv_batterie_whg2_allg_wb_monoton') %} {% set h = states('sensor.eigenverbrauch_pv_batt_whg2_allg_wb_stundlich') %} {% set d = states('sensor.eigenverbrauch_pv_batt_whg2_allg_wb_taglich') %} {% set w = states('sensor.eigenverbrauch_pv_batt_whg2_allg_wb_wochentlich') %} {% set m = states('sensor.eigenverbrauch_pv_batt_whg2_allg_wb_monatlich') %} {% set y = states('sensor.eigenverbrauch_pv_batt_whg2_allg_wb_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # E – DIREKTVERBRAUCH PV # -------------------------------------------------------------------- # 18) Direktverbrauch PV (Totalsensor) - name: "UM-Check Direktverbrauch PV" unique_id: umcheck_direktverbrauch_pv state: > {% set src = states('sensor.total_direct_energy_consumption') %} {% set h = states('sensor.direktverbrauch_pv_stundlich') %} {% set d = states('sensor.direktverbrauch_pv_taglich') %} {% set w = states('sensor.direktverbrauch_pv_wochentlich') %} {% set m = states('sensor.direktverbrauch_pv_monatlich') %} {% set y = states('sensor.direktverbrauch_pv_jahrlich') %} {% if src in ['unknown','unavailable','nan'] or h in ['unknown','unavailable','nan'] or d in ['unknown','unavailable','nan'] or w in ['unknown','unavailable','nan'] or m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set src = src|float(0) %} {% set h = h|float(0) %} {% set d = d|float(0) %} {% set w = w|float(0) %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if h < -tol or d < -tol or w < -tol or m < -tol or y < -tol %} NEGATIVE {% elif y - src > tol %} YEARLY_GT_SOURCE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% elif w - m > tol %} WEEKLY_GT_MONTHLY {% elif d - w > tol %} DAILY_GT_WEEKLY {% elif h - d > tol %} HOURLY_GT_DAILY {% else %} OK {% endif %} {% endif %} # ==================================================================== # Euro-Checks (Monat/Jahr) – wie gehabt # ==================================================================== - name: "UM-Check EUR Stromkosten WP" unique_id: umcheck_eur_stromkosten_wp state: > {% set m = states('sensor.stromkosten_wp_netz_monatlich') %} {% set y = states('sensor.stromkosten_wp_netz_jahrlich') %} {% if m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if m < -tol or y < -tol %} NEGATIVE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% else %} OK {% endif %} {% endif %} - name: "UM-Check EUR Stromkosten Haushalt" unique_id: umcheck_eur_stromkosten_haushalt state: > {% set m = states('sensor.stromkosten_haushalt_netz_monatlich') %} {% set y = states('sensor.stromkosten_haushalt_netz_jahrlich') %} {% if m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if m < -tol or y < -tol %} NEGATIVE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% else %} OK {% endif %} {% endif %} - name: "UM-Check EUR Stromkosten gesamt" unique_id: umcheck_eur_stromkosten_gesamt state: > {% set m = states('sensor.stromkosten_netz_gesamt_monatlich') %} {% set y = states('sensor.stromkosten_netz_gesamt_jahrlich') %} {% if m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if m < -tol or y < -tol %} NEGATIVE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% else %} OK {% endif %} {% endif %} - name: "UM-Check EUR PV-Einspeiseerlöse" unique_id: umcheck_eur_pv_einspeise state: > {% set m = states('sensor.pv_einspeiseerlose_monatlich') %} {% set y = states('sensor.pv_einspeiseerlose_jahrlich') %} {% if m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if m < -tol or y < -tol %} NEGATIVE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% else %} OK {% endif %} {% endif %} - name: "UM-Check EUR PV-Vorteil gesamt" unique_id: umcheck_eur_pv_vorteil state: > {% set m = states('sensor.pv_vorteil_gesamt_monatlich') %} {% set y = states('sensor.pv_vorteil_gesamt_jahrlich') %} {% if m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if m < -tol or y < -tol %} NEGATIVE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% else %} OK {% endif %} {% endif %} - name: "UM-Check EUR PV-Ersparnis" unique_id: umcheck_eur_pv_ersparnis state: > {% set m = states('sensor.pv_ersparnis_monatlich') %} {% set y = states('sensor.pv_ersparnis_jahrlich') %} {% if m in ['unknown','unavailable','nan'] or y in ['unknown','unavailable','nan'] %} unknown {% else %} {% set m = m|float(0) %} {% set y = y|float(0) %} {% set tol = 0.01 %} {% if m < -tol or y < -tol %} NEGATIVE {% elif m - y > tol %} MONTHLY_GT_YEARLY {% else %} OK {% endif %} {% endif %}