Datamodel aanpassingen Peter

Peter heeft 5 nieuwe energy assets toegevoegd van het type: HEATMODEL, GAS_PIT, DIESEL_VEHICLE, ELECTRIC_HOB en STORAGE_HEAT. De velden van iedere asset incl hoe de preprocesser er om moet gaan staat in het voorbeeld hieronder. De exacte waarden en verdelingen van al die velden zijn nog niet definitief bepaald, maar de waarden hieronder gegeven kunnen in eerste instantie worden toegepast

Verder zijn er een aantal wijzigingen in de velden van gridconnections voor huishoudens:

• insulation_label -> niet meer nodig voor modelrun
• vier optionele velden die de thermostaat regelen
• twee optionele velden die prijsgevoeligheid bepalen

  {
    "owner_actor": "house1",
    "id": "house1",
    "capacity_kw": 17.0,
    "parent_electric": "E2",
    "parent_heat": null,
    "charging_mode": "CHEAP",
    "battery_mode": null,
    "category": "HOUSE",
    //"insulation_label": "C",  !insulation is not model input anymore, but the preprocessor must the insulation label and housetype to a heatmodel!
    "heating_type": "GASBURNER",
    "type": "SEMIDETACHED",
    "smart_assets": "false",
    "temp_setpoint_night_degC": 14.0, //uniform distrubtion e.g. 13-18   
    "temp_setpoint_night_start_hr": 22.5, //uniform distribution e.g. 21-23.5
    "temp_setpoint_day_degC": 20.0, //uniform distribution e.g. 18-23
    "temp_setpoint_day_start_hr": 6.0, //uniform distribution e.g. 6.5-9.0
    "pricelevel_low_dif_from_avg_eurpkWh": 0.05, //uniform distribution
    "pricelevel_high_dif_from_avg_eurpkWh": 0.03, //uniform distribution with dependency on the pricelevel_low
    "assets": [
      {
        "type": "HEATMODEL",
        "category": "STORAGE",
        "name": "Store heat mass", //name can be anything
        "capacityHeat_kW": 100.0,  //fixed value
        "initial_temperature_degC": 20.0,   //fixed value
        "minTemp_degC": -10.0,   //fixed value
        "maxTemp_degC": 50.0,    //fixed value
        "lossfactor_WpK": 70.0, //can be anything between 150-30, dependend on housetype and isolation level
        "heatCapacity_JpK": 10000000.0 //differs per housetype
      },
      {
        "type": "GAS_PIT",
        "name": "Gas pit", //name can be anything
        "eta_r": 0.75,  //fixed value
        "category": "CONVERSION",
        "capacityHeat_kW": 8.0 //fixed value
      },
      {
        "type": "ELECTRIC_HOB",
        "name": "Electric hob", // name can be anything
        "category": "CONVERSION",
        "eta_r": 0.95,  //fixed value
        "capacityElectricity_kW": 5.0 //fixed value
      },
      {
        "type": "DIESEL_VEHICLE",
        "name": "Diesel_Vehicle",
        "category": "CONSUMPTION",
        "energyConsumption_kWhpkm": 0.8, //fixed value (may get update)
        "vehicleScaling": 1,  // integers 
      },
      {
        "type": "STORAGE_HEAT",
        "name": "Household heat buffer", // name can be anything
        "category": "STORAGE",
        "capacityHeat_kW": 4.0,  //fixed value
        "initial_temperature_degC": 40.0, //fixed value
        "minTemp_degC": 25,  //fixed value
        "maxTemp_degC": 80,  //fixed value
        "setTemp_degC": 30,  //fixed value
        "lossFactor_WpK": 0.0,  //fixed value
        "heatCapacity_JpK": 1200000.0,  //uniform distribtion like : 1,000,000 to 1.500.000
        "ambientTempType": "AIR"
      },
    ]
  }```