0fa03a566a
## 🎯 Hauptänderungen ### Version 3.4.0 - SOC-Drift & Charging Capacity - ✨ Sicherheitspuffer (20-50% konfigurierbar) für untertägige SOC-Schwankungen - ✨ Monatliche automatische Batterie-Kalibrierung - 🐛 SOC-Plausibilitäts-Check (filtert 65535% Spikes beim Modus-Wechsel) - 🐛 Zeitabhängige API-Abfrage (vor/nach 14:00 Uhr) ### Neue Features - 🔋 **Safety Buffer**: Kompensiert SOC-Drift und Eigenverbrauch - 🔋 **Auto-Calibration**: Monatlicher Vollzyklus für SOC-Genauigkeit - 🔋 **Spike Protection**: 4-fach Schutz gegen ungültige SOC-Werte - 🔋 **Smart API**: Verhindert HTTP 500 Errors bei fehlenden Tomorrow-Preisen ### Dokumentation - 📚 SOC_CALIBRATION_GUIDE.md - Umfassender Kalibrierungs-Guide - 📚 FIX_CHARGING_CAPACITY.md - Sicherheitspuffer-Dokumentation - 📚 FIX_SOC_SPIKE_PROBLEM.md - Spike-Protection-Lösung - 📚 FIX_API_TIMING.md - Zeitabhängige API-Abfrage - 📚 DIAGNOSE_LADE_PROBLEM.md - Debug-Guide ### Neue Dateien - battery_calibration_automation.yaml - 4 Automations für Kalibrierung - battery_calibration_input_helper.yaml - Input Helper Config - battery_optimizer_input_helper_safety_buffer.yaml - Puffer Config - debug_schedule.py - Umfassendes Debug-Script ### Scripts - battery_charging_optimizer.py v3.4.0 - hastrom_flex_extended.py v1.1.0 - debug_schedule.py v1.0.0 ### Fixes - 🐛 SOC springt auf 65535% beim ESS-Modus-Wechsel → Debounce + Plausibilitäts-Check - 🐛 API-HTTP-500 vor 14:00 → Zeitabhängige Abfrage - 🐛 Batterie nicht bis 100% geladen → Sicherheitspuffer - 🐛 SOC driftet ohne Vollzyklen → Automatische Kalibrierung ## 🚀 Installation 1. Input Helper erstellen (siehe battery_optimizer_input_helper_safety_buffer.yaml) 2. Automations installieren (siehe battery_calibration_automation.yaml) 3. Scripts aktualisieren (battery_charging_optimizer.py v3.4.0) 4. PyScript neu laden ## 📊 Verbesserungen - Präzisere Ladeplanung durch Sicherheitspuffer - Robustheit gegen SOC-Drift - Keine API-Fehler mehr vor 14:00 - Hardware-Stopp bei 100% wird respektiert - Bessere Batterie-Gesundheit durch regelmäßige Kalibrierung 🤖 Generated with Claude Code (claude.ai/code) Co-Authored-By: Claude <noreply@anthropic.com>
326 lines
10 KiB
YAML
326 lines
10 KiB
YAML
# ===================================================================
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# Batterie-Optimierung Dashboard
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# Übersichtliches Layout mit maximal 4 Spalten
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# ===================================================================
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title: Batterie-Optimierung
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path: battery-optimizer
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icon: mdi:battery-charging
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badges: []
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cards:
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# ===================================================================
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# SECTION 1: STATUS OVERVIEW (Volle Breite)
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# ===================================================================
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- type: vertical-stack
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cards:
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# Haupt-Status-Karte
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- type: custom:bubble-card
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card_type: pop-up
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hash: '#battery-status'
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name: Batterie Status
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icon: mdi:battery-charging-80
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margin_top_mobile: 18px
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margin_top_desktop: 74px
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width_desktop: 540px
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# Power Flow Visualisierung
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- type: custom:power-flow-card-plus
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entities:
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battery:
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entity: sensor.ess0_activepower
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state_of_charge: sensor.esssoc
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display_state: two_way
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grid:
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entity: sensor.grid_activepower
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solar:
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entity: sensor.production_activepower
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clickable_entities: true
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display_zero_state:
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transparency: 50
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w_decimals: 0
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kw_decimals: 2
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# ===================================================================
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# SECTION 2: STEUERUNG & AKTUELLER PLAN (2+2 Spalten)
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# ===================================================================
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- type: horizontal-stack
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cards:
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# LINKE SEITE: Steuerung (2 Spalten)
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- type: vertical-stack
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cards:
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# Optimizer Toggle
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- type: custom:bubble-card
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card_type: button
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button_type: switch
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entity: input_boolean.battery_optimizer_enabled
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name: Automatische Optimierung
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icon: mdi:robot
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show_state: true
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# Manuelle Steuerung
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- type: custom:bubble-card
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card_type: button
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button_type: switch
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entity: input_boolean.goodwe_manual_control
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name: Manuelle Steuerung
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icon: mdi:hand-back-right
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show_state: true
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# Wichtige Parameter
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- type: entities
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title: Parameter
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entities:
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- entity: input_number.battery_optimizer_min_soc
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name: Min. SOC
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- entity: input_number.battery_optimizer_max_soc
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name: Max. SOC
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- entity: input_number.battery_optimizer_max_charge_power
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name: Ladeleistung
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- entity: input_number.battery_optimizer_reserve_capacity
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name: Reserve
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- type: divider
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- entity: sensor.hastrom_flex_ext
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name: Aktueller Preis
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icon: mdi:currency-eur
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- entity: sensor.esssoc
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name: Aktueller SOC
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icon: mdi:battery
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# RECHTE SEITE: Aktueller Plan (2 Spalten)
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- type: vertical-stack
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cards:
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# Plan Header
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- type: custom:bubble-card
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card_type: button
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entity: sensor.battery_charging_plan_status
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name: Ladeplan
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icon: mdi:calendar-clock
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show_state: true
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show_last_changed: true
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# Kompakte Plan-Anzeige
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- type: markdown
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content: |
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{% set schedule = state_attr('pyscript.battery_charging_plan', 'schedule') %}
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{% set last_updated = state_attr('pyscript.battery_charging_plan', 'last_updated') %}
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{% if schedule %}
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**Plan erstellt:** {{ last_updated[:16] if last_updated else 'Unbekannt' }}
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**Geplante Ladestunden:**
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{% for slot in schedule %}
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{% if slot.action == 'charge' %}
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- **{{ slot.time[:16] }}**
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🔋 {{ slot.power }}W · 💶 {{ slot.price }}ct/kWh
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*{{ slot.reason }}*
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{% endif %}
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{% endfor %}
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{% else %}
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⚠️ Kein Plan verfügbar
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{% endif %}
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# Nächste Aktion
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- type: custom:bubble-card
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card_type: button
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entity: sensor.battery_next_charge_time
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name: Nächste Ladung
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icon: mdi:clock-start
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show_state: true
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# ===================================================================
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# SECTION 3: VISUALISIERUNGEN (Volle Breite)
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# ===================================================================
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- type: vertical-stack
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cards:
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# Strompreis-Verlauf mit geplanten Ladezeiten
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- type: custom:plotly-graph
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title: Strompreis & Ladeplanung
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hours_to_show: 48
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refresh_interval: 10
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layout:
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height: 300
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showlegend: true
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xaxis:
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title: Zeit
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yaxis:
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title: Preis (ct/kWh)
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side: left
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entities:
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# Strompreis
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- entity: sensor.hastrom_flex_ext
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name: Strompreis
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line:
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color: rgb(255, 152, 0)
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width: 2
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fill: tozeroy
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fillcolor: rgba(255, 152, 0, 0.1)
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# Geplante Ladezeiten (als Marker)
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- entity: ''
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name: Geplante Ladung
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internal: true
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data_generator: |
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return Object.entries(hass.states['pyscript.battery_charging_plan'].attributes.schedule || {})
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.filter(([k,v]) => v.action === 'charge')
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.map(([k,v]) => ({
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x: v.time,
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y: parseFloat(v.price),
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text: `${v.power}W`
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}));
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mode: markers
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marker:
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color: rgb(76, 175, 80)
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size: 12
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symbol: diamond
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# SOC & Batterie-Leistung
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- type: custom:plotly-graph
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title: Batterie SOC & Leistung
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hours_to_show: 24
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refresh_interval: 10
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layout:
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height: 300
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showlegend: true
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xaxis:
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title: Zeit
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yaxis:
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title: SOC (%)
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side: left
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range: [0, 100]
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yaxis2:
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title: Leistung (W)
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side: right
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overlaying: y
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entities:
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# SOC
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- entity: sensor.esssoc
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name: SOC
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yaxis: y
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line:
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color: rgb(33, 150, 243)
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width: 3
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fill: tozeroy
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fillcolor: rgba(33, 150, 243, 0.1)
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# Batterie-Leistung
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- entity: sensor.ess0_activepower
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name: Ladeleistung
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yaxis: y2
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line:
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color: rgb(76, 175, 80)
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width: 2
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dash: dot
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# Energie-Fluss über Zeit
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- type: custom:plotly-graph
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title: Energie-Flüsse
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hours_to_show: 24
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refresh_interval: 10
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layout:
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height: 300
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showlegend: true
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xaxis:
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title: Zeit
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yaxis:
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title: Leistung (W)
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entities:
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- entity: sensor.production_activepower
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name: PV-Produktion
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line:
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color: rgb(255, 193, 7)
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width: 2
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fill: tozeroy
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fillcolor: rgba(255, 193, 7, 0.2)
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- entity: sensor.grid_activepower
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name: Netzbezug
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line:
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color: rgb(244, 67, 54)
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width: 2
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- entity: sensor.ess0_activepower
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name: Batterie
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line:
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color: rgb(76, 175, 80)
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width: 2
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# ===================================================================
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# SECTION 4: DETAILLIERTER PLAN (Ausklappbar)
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# ===================================================================
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- type: custom:bubble-card
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card_type: separator
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name: Detaillierte Plan-Ansicht
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icon: mdi:table
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- type: markdown
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title: Vollständiger Ladeplan
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content: |
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{% set schedule = state_attr('pyscript.battery_charging_plan', 'schedule') %}
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{% set stats = state_attr('pyscript.battery_charging_plan', 'plan_statistics') %}
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{% if schedule and stats %}
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### 📊 Plan-Statistiken
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| Metrik | Wert |
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|--------|------|
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| Geplante Ladestunden | {{ stats.total_charging_hours }} |
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| Gesamte Energie | {{ stats.total_energy_kwh | round(2) }} kWh |
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| Durchschnittspreis | {{ stats.average_price | round(2) }} ct/kWh |
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| Günstigster Preis | {{ stats.min_price | round(2) }} ct/kWh |
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| Teuerster Preis | {{ stats.max_price | round(2) }} ct/kWh |
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---
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### 📅 Stunden-Details
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| Zeit | Aktion | Leistung | Preis | Grund |
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|------|--------|----------|-------|-------|
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{% for slot in schedule %}
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| {{ slot.time[11:16] }} | {{ '🔋 Laden' if slot.action == 'charge' else '⏸️ Warten' }} | {{ slot.power if slot.power else '-' }}W | {{ slot.price }}ct | {{ slot.reason }} |
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{% endfor %}
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{% else %}
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⚠️ **Kein Ladeplan verfügbar**
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Der Plan wird täglich um 14:05 Uhr neu berechnet.
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{% endif %}
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# ===================================================================
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# SECTION 5: SYSTEM-INFOS (Ausklappbar)
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# ===================================================================
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- type: custom:bubble-card
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card_type: separator
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name: System-Informationen
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icon: mdi:information
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- type: entities
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title: System-Status
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show_header_toggle: false
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entities:
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- entity: sensor.openems_state
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name: OpenEMS Status
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- type: divider
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- entity: sensor.battery_capacity
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name: Batteriekapazität
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- entity: sensor.ess0_capacity
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name: Installierte Kapazität
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- type: divider
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- entity: sensor.forecast_solar_energy_today
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name: PV-Prognose Heute
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- entity: sensor.forecast_solar_energy_tomorrow
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name: PV-Prognose Morgen
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- type: divider
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- entity: automation.battery_charging_schedule_calculation
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name: Tägliche Berechnung
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- entity: automation.battery_charging_schedule_execution
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name: Stündliche Ausführung
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