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SinaHKazemiSinaHKazemi
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House model completed
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‎Project.toml‎

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@@ -29,4 +29,4 @@ PrettyPrinting = "0.4.2"
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Revise = "3.8.0"
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SankeyMakie = "0.1.1"
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StatsPlots = "0.15.7"
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Test = "1.11.0"
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Test = "1.11.0"

‎examples/House/config.json‎

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{
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"_comment1": "House Model",
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"_comment2": "The parser will ignore any key that starts with '_comment', such as this one.",
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"_comment3": "",
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"units": {
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"_comment": "Each entity must have 'input', 'output' and 'scale' keys.",
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"power":{"input": "kW", "scale": 1, "output": "kW"},
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"energy": {"input": "kWh", "scale": 1, "output": "kWh"},
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"co2_emissions": {"input": "kg", "scale": 1, "output": "kg"},
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"cost_energy": {"input": "EUR/kWh", "scale": 1, "output": "EUR/kWh"},
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"cost_power": {"input": "EUR/kW", "scale": 1, "output": "EUR/kW"},
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"co2_spec": {"input": "kg/kWh", "scale": 1, "output": "kg/kWh"},
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"money": {"input": "EUR", "scale": 1, "output": "EUR"}
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},
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"parameters": {
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"_comment1": "This dictionary contains the definition of parameters. The 'type' and 'sets' keys are mandatory in all parameter definitions.",
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"_comment2": "The value of the 'type' key must be an integer, float, boolean or string.",
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"_comment3": "A parameter can have either a 'value' or a 'default' key, but not both at the same time.",
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"_comment4": "The value of the 'sets' key could be [],['Y'],['C'],['P'],['P','Y'],['P','T']. Replace the surrounding quotes with double quotes.",
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"_comment5": "If 'sets' is equal to [] or ['Y'] then the 'value' must be defined here in the definition of the parameter.",
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"discount_rate": {
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"type": "Float",
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"sets": [],
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"value": 0.05
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},
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"dt": {
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"type": "Integer",
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"sets": [],
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"value": 1
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},
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"annual_co2_limit": {
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"type": "Float",
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"sets": ["Y"],
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"unit": "co2_emissions",
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"value": 0
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},
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"co2_price": {
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"type": "Float",
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"sets": ["Y"],
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"unit": "money",
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"value": 0
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},
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"is_storage": {
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"type": "Boolean",
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"sets": ["P"],
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"default": false
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},
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"charge_efficiency": {
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"type": "Float",
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"sets": ["P"],
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"default": 1
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},
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"c_rate": {
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"type": "Float",
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"sets": ["P"]
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},
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"max_legacy_capacity": {
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"type": "Float",
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"sets": ["P","Y"],
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"unit": "power",
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"default": 0
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},
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"min_legacy_capacity": {
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"type": "Float",
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"sets": ["P","Y"],
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"unit": "power"
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},
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"max_capacity": {
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"type": "Float",
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"sets": ["P","Y"],
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"unit": "power"
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},
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"min_capacity": {
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"type": "Float",
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"sets": ["P","Y"],
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"unit": "power"
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},
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"operational_cost_energy": {
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"type": "Float",
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"sets": ["P","Y"],
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"unit": "cost_energy",
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"default": 0
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},
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"operational_cost_power": {
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"type": "Float",
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"sets": ["P","Y"],
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"unit": "cost_power",
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"default": 0
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},
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"capital_cost_power": {
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"type": "Float",
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"sets": ["P","Y"],
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"unit": "cost_power",
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"default": 0
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},
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"min_fraction_in": {
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"type": "Float",
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"sets": ["P","Y"]
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},
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"min_fraction_out": {
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"type": "Float",
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"sets": ["P","Y"]
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},
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"max_fraction_in": {
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"type": "Float",
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"sets": ["P","Y"]
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},
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"max_fraction_out": {
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"type": "Float",
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"sets": ["P","Y"]
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},
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"max_energy_out": {
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"type": "Float",
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"sets": ["P","Y"],
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"unit": "energy"
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},
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"min_energy_out": {
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"type": "Float",
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"sets": ["P","Y"],
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"unit": "energy"
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},
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"availability_profile": {
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"type": "Float",
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"sets": ["P","T"],
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"normalized": false
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},
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"output_profile": {
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"type": "Float",
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"sets": ["P","T"],
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"normalized": true
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},
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"lifetime": {
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"type": "Integer",
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"sets": ["P"],
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"default": 100
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},
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"technical_availability": {
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"type": "Float",
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"sets": ["P"],
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"default": 1
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},
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"specific_co2": {
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"type": "Float",
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"sets": ["P"],
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"default": 0,
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"unit": "co2_spec"
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},
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"efficiency": {
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"type": "Float",
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"sets": ["P"],
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"default": 1
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},
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"carrier_color": {
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"_comment": "https://juliagraphics.github.io/Colors.jl/dev/namedcolors/",
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"type": "String",
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"sets": ["C"]
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},
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"carrier_order": {
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"_comment": "Order of plotting: The lowest order appears in the lowest position.",
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"type": "Integer",
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"sets": ["C"]
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},
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"process_color": {
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"_comment": "https://juliagraphics.github.io/Colors.jl/dev/namedcolors/",
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"type": "String",
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"sets": ["P"]
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},
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"process_order": {
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"_comment": "Order of plotting: The lowest order appears in the lowest position.",
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"type": "Integer",
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"sets": ["P"]
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}
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},
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"timesteps" : "./time_series/8_weeks_Manual.txt",
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"years" : [2015, 2020, 2025, 2030, 2035, 2040, 2045, 2050, 2055, 2060],
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"carriers": {
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"Dummy": {},
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"Vehicles_Propulsion": {
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"carrier_color": "tomato1"
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},
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"Heat": {
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"carrier_color": "firebrick2"
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},
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"Electricity": {
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"carrier_color": "orange"
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}
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},
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"processes": {
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"Import_Electricity": {
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"carrier_in": "Dummy",
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"carrier_out": "Electricity",
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"operational_cost_energy": 0.30,
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"process_color": "lightcyan",
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"process_order": 1
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},
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"Demand_Heat": {
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"carrier_in": "Heat",
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"carrier_out": "Dummy",
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"min_energy_out": 3000,
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"output_profile": "./time_series/Household_Heat_Demand.txt",
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"process_color": "plum2",
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"process_order": 300
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},
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"Demand_Electricity": {
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"carrier_in": "Electricity",
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"carrier_out": "Dummy",
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"min_energy_out": 2500,
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"output_profile": "./time_series/Electricity_Demand_Corrected.txt",
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"process_color": "magenta1",
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"process_order": 301
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},
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"PP_PV": {
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"carrier_in": "Dummy",
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"carrier_out": "Electricity",
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"lifetime": 20,
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"operational_cost_power": 15,
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"capital_cost_power": 1500,
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"availability_profile": "./time_series/PV_availability_rescaled.txt",
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"process_color": "darkgoldenrod1",
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"process_order": 406
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},
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"PP_Wind": {
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"carrier_in": "Dummy",
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"carrier_out": "Electricity",
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"lifetime": 25,
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"operational_cost_power": 20,
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"capital_cost_power": 4000,
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"availability_profile": "./time_series/Onshore_Wind_Availability_rescaled.txt",
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"process_color": "royalblue1",
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"process_order": 409
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},
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"Heat_Pump": {
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"carrier_in": "Electricity",
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"carrier_out": "Heat",
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"efficiency": 3.7,
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"lifetime": 17,
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"operational_cost_power": 20,
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"capital_cost_power": 2000,
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"process_color": "tomato2",
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"process_order": 603
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},
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"Battery": {
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"_comment": "energy storage capacity of the battery is equal to the capacity of the conversion process(max power in and out) divided by c_rate",
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"carrier_in": "Electricity",
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"carrier_out": "Electricity",
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"lifetime": 15,
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"capital_cost_power": 1500,
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"is_storage": true,
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"c_rate": 0.5,
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"process_color": "green2",
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"process_order": 1001
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}
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}
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}

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