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| {
"config_version": 2,
"homeassistant": {
"ip_address": "supervisor",
"protocol_api": "http"
},
"database_ha": {
"engine": "sqlite",
"db_path": "/homeassistant",
"database": "home-assistant_v2.db"
},
"database_da": {
"engine": "sqlite",
"db_path": "../data",
"database": "day_ahead.db"
},
"meteoserver_key": "!secret meteoserver-key",
"meteoserver_model": "harmonie",
"meteoserver_attempts": 2,
"prices": {
"source_day_ahead": "nordpool",
"energy_taxes_consumption": {
"2022-01-01": 0.06729,
"2023-01-01": 0.12599,
"2024-01-01": 0.1088,
"2025-01-01": 0.10154,
"2026-01-01": 0.09161
},
"energy_taxes_production": {
"2022-01-01": 0.06729,
"2023-01-01": 0.12599,
"2024-01-01": 0.1088,
"2025-01-01": 0.10154,
"2026-01-01": 0.09161
},
"cost_supplier_consumption": {
"2022-01-01": 0.002,
"2023-03-01": 0.018,
"2024-04-01": 0.0175,
"2024-08-01": 0.020496,
"2026-08-03": 0.01652893
},
"cost_supplier_production": {
"2022-01-01": 0.002,
"2023-03-01": 0.018,
"2024-04-01": 0.0175,
"2024-08-01": 0.020496,
"2026-08-03": 0.01652893
},
"vat_consumption": {
"2022-01-01": 21.0,
"2022-07-01": 9.0,
"2023-01-01": 21.0
},
"vat_production": {
"2022-01-01": 21.0,
"2022-07-01": 9.0,
"2023-01-01": 21.0
},
"multiplier_consumption": {
"2000-01-01": 1.0
},
"multiplier_production": {
"2000-01-01": 1.0
},
"last_invoice": "2026-08-03",
"tax_refund": true,
"regular high": 0.5,
"regular low": 0.4,
"switch to low": 23
},
"logging_level": "info",
"use_calc_baseload": false,
"baseload_calc_periode": 56,
"baseload": [
0.35,
0.35,
0.35,
0.35,
0.35,
0.35,
0.38,
0.42,
0.45,
0.45,
0.45,
0.45,
0.45,
0.45,
0.45,
0.45,
0.45,
0.50,
0.50,
0.50,
0.50,
0.50,
0.42,
0.38
],
"graphical_backend": "",
"graphics": {
"style": "Solarize_Light2",
"battery_balance": true,
"prices_consumption": true,
"prices_production": false,
"prices_spot": true,
"average_consumption": true,
"show": true
},
"interval": "15min",
"strategy": "input_select.dao_strategy",
"max_gap": 0.005,
"notifications": {
"opstarten": false,
"berekening": false
},
"grid": {
"max_power": 17.0
},
"history": {
"save_days": 7
},
"dashboard": {
"port": 5000
},
"battery": [
{
"name": "AlphaESS Smile-G3-T10",
"entity actual level": "sensor.alphaess_soc_battery",
"capacity": 9.3,
"upper limit": "input_number.dao_upper_limit",
"lower limit": "input_number.dao_lower_limit",
"optimal lower level": "input_number.dao_optimal_lower_level",
"entity min soc end opt": "input_number.dao_min_soc_einde",
"entity max soc end opt": "input_number.dao_max_soc_einde",
"charge stages": [
{ "power": 0, "efficiency": 1.0 },
{ "power": 1000, "efficiency": 0.965 },
{ "power": 2500, "efficiency": 0.960 },
{ "power": 4000, "efficiency": 0.955 },
{ "power": 5000, "efficiency": 0.950 }
],
"discharge stages": [
{ "power": 0, "efficiency": 1.0 },
{ "power": 1000, "efficiency": 0.965 },
{ "power": 2500, "efficiency": 0.960 },
{ "power": 4000, "efficiency": 0.955 },
{ "power": 5000, "efficiency": 0.950 }
],
"minimum power": 100,
"dc_to_bat efficiency": 0.968,
"dc_to_bat max power": 5000,
"bat_to_dc efficiency": 0.968,
"bat_to_dc max power": 5000,
"cycle cost": 0.015,
"entity set power feedin": "input_number.dao_set_power_feedin",
"entity set operating mode": "input_select.dao_set_operating_mode",
"entity stop inverter": "input_datetime.dao_stop_inverter",
"entity balance switch": "input_boolean.dao_balance_switch",
"entity from battery": "input_number.dao_from_battery",
"entity from ac": "input_number.dao_from_ac",
"entity from pv": "input_number.dao_from_pv",
"entity calculated soc": "input_number.dao_calculated_soc",
"solar": [
{
"name": "AlphaESS PV",
"entity pv switch": "input_boolean.alphaess_helper_dispatch_pv_switch",
"ml_prediction": false,
"entities sensors": [
"sensor.alphaess_total_energy_from_pv"
],
"strings": [
{
"tilt": 28,
"orientation": 60,
"capacity": 3.6,
"yield": 0.00765
},
{
"tilt": 28,
"orientation": -120,
"capacity": 3.15,
"yield": 0.00669
}
],
"max_power": 6.75
}
]
}
],
"solar": [],
"electric_vehicle": [],
"machines": [],
"boiler": {
"boiler_present": false,
"entity actual temp.": "sensor.boiler_gemeten",
"entity setpoint": "sensor.boiler_ingesteld",
"entity hysterese": "sensor.hysterese_hot_water",
"cop": 2.9,
"cooling rate": 0.4,
"volume": 180,
"heating allowed below": 44,
"elec. power": 1500,
"activate service": "press",
"activate entity": "input_button.hw_trigger"
},
"heating": {
"heater_present": false,
"degree days factor": 3.6,
"stages": [
{
"max_power": 225,
"cop": 7.1
},
{
"max_power": 300,
"cop": 7.0
},
{
"max_power": 400,
"cop": 6.5
},
{
"max_power": 500,
"cop": 6.0
},
{
"max_power": 600,
"cop": 5.5
},
{
"max_power": 750,
"cop": 5.0
},
{
"max_power": 1000,
"cop": 4.5
},
{
"max_power": 1250,
"cop": 4.0
}
],
"entity adjust heating curve": "input_number.stooklijn_verschuiving_day_ahead",
"adjustment factor": 0.04
},
"tibber": {
"api_token": "!secret tibber_api_token",
"api_url": "https://api.tibber.com/v1-beta/gql"
},
"xgboost": {
"tune_hyperparameters": true
},
"report": {
"entities_grid_consumption": [
"sensor.alphaess_total_energy_consumption_from_grid_meter"
],
"entities_grid_production": [
"sensor.alphaess_total_energy_feed_to_grid_meter"
],
"entities_solar_production_dc": [
"sensor.alphaess_total_energy_from_pv"
],
"entities_solar_production_ac": [],
"entities_ev_consumption": [
"sensor.laadpunt_total_energy"
],
"entities_wp_consumption": [],
"entities_boiler_consumption": [],
"entities_battery_consumption": [
"sensor.alphaess_total_energy_charge_battery"
],
"entities_battery_production": [
"sensor.alphaess_total_energy_discharge_battery"
],
"entities_machine_consumption": []
},
"scheduler": {
"active": true,
"schedule": [
{
"time": "0235",
"action": "calc_baseloads"
},
{
"time": "0435",
"action": "get_meteo_data"
},
{
"time": "1035",
"action": "get_meteo_data"
},
{
"time": "1635",
"action": "get_meteo_data"
},
{
"time": "2235",
"action": "get_meteo_data"
},
{
"time": "1255",
"action": "get_day_ahead_prices"
},
{
"time": "1355",
"action": "get_day_ahead_prices"
},
{
"time": "1455",
"action": "get_day_ahead_prices"
},
{
"time": "1554",
"action": "get_day_ahead_prices"
},
{
"time": "1655",
"action": "get_day_ahead_prices"
},
{
"time": "1840",
"action": "train_ml_predictions"
},
{
"time": "xx00",
"action": "calc_optimum"
},
{
"time": "xx15",
"action": "calc_optimum"
},
{
"time": "xx30",
"action": "calc_optimum"
},
{
"time": "xx45",
"action": "calc_optimum"
},
{
"time": "2359",
"action": "clean_data"
}
]
}
} |
:strip_exif()/u/5079/tweak.gif?f=community)
. Nu kan ik dit makkelijk in het script stoppen, echter... kan DAO plannen dat de EV uit de batterij opgeladen moet worden? Of komt dat nooit voor?/u/528703/crop565b8adf732d6_cropped.png?f=community)
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. Maar ik krijg dan dus hele gekke negatieve waardes in de baseload berekening, áls ik tenminste mijn pv input neerzet onder "entities_solar_production_dc" ipv "entities_solar_production_ac". Volgens mij schreef jij dat je zelf AC gebruikt, en je ouders DC. Dus misschien moet jij dit in de config van je ouders ook maar eens controleren, zou zomaar kunnen dat je daar ook negatieve waardes krijgt?
![[Afbeelding]](https://tweakers.net/i/Sl9Wc6KrE_W54BC86-NlakHKPf8=/fit-in/4000x4000/filters:no_upscale():strip_exif()/f/image/JZFKA8mhd9t3brX7D7LIjCJG.png?f=user_large){kind=link}