[docs]class USAResource:
"""Generator type arrangement for USA grid models."""
def __init__(self):
self.profile_resources = {"hydro", "solar", "wind", "wind_offshore"}
self.group_profile_resources = {
"hydro": {"hydro"},
"solar": {"solar"},
"wind": {"wind", "wind_offshore"},
}
self.curtailable_resources = {"hydro", "solar", "wind", "wind_offshore"}
self.thermal_resources = {
"biomass",
"coal",
"dfo",
"geothermal",
"ng",
"nuclear",
}
self.renewable_resources = {"wind", "wind_offshore", "solar"}
self.carbon_resources = {"biomass", "coal", "dfo", "ng"}
self.clean_resources = {
"geothermal",
"hydro",
"nuclear",
"solar",
"wind",
"wind_offshore",
}
self.group_all_resources = {
"biomass": {"biomass"},
"coal": {"coal"},
"geothermal": {"geothermal"},
"hydro": {"hydro"},
"ng": {"ng"},
"nuclear": {"nuclear"},
"other": {"other"},
"oil": {"dfo"},
"solar": {"solar"},
"wind": {"wind", "wind_offshore"},
}
self.all_resources = {r for v in self.group_all_resources.values() for r in v}
# If None, Pmin in Grid object is maintained or profile is tracked
# If not None, Pmin in Grid will be replaced for thermal generators and
# range of curtailment will be set for other.
self.pmin_as_share_of_pmax = {
"biomass": 0,
"coal": None,
"dfo": 0,
"geothermal": 0.95,
"hydro": 1,
"ng": 0,
"nuclear": 0.95,
"other": 0,
"solar": 0,
"wind": 0,
"wind_offshore": 0,
}
[docs]class EUResource:
"""Generator type arrangement for EU grid model."""
def __init__(self):
self.profile_resources = {
"inflow",
"offwind-ac",
"offwind-dc",
"onwind",
"ror",
"solar",
}
self.group_profile_resources = {
"hydro": {"inflow", "ror"},
"solar": {"solar"},
"wind": {"onwind", "offwind-ac", "offwind-dc"},
}
self.curtailable_resources = {
"inflow",
"offwind-ac",
"offwind-dc",
"onwind",
"ror",
"solar",
}
self.thermal_resources = {
"biomass",
"CCGT",
"coal",
"geothermal",
"lignite",
"nuclear",
"oil",
"OCGT",
}
self.renewable_resources = {"offwind-ac", "offwind-dc", "onwind", "solar"}
self.carbon_resources = {
"biomass",
"CCGT",
"coal",
"lignite",
"OCGT",
"oil",
}
self.clean_resources = {
"geothermal",
"inflow",
"nuclear",
"offwind-ac",
"offwind-dc",
"onwind",
"ror",
"solar",
}
self.group_all_resources = {
"biomass": {"biomass"},
"coal": {"coal", "lignite"},
"geothermal": {"geothermal"},
"hydro": {"inflow", "ror"},
"ng": {"CCGT", "OCGT"},
"nuclear": {"nuclear"},
"oil": {"oil"},
"solar": {"solar"},
"wind": {"onwind", "offwind-ac", "offwind-dc"},
}
self.all_resources = {r for v in self.group_all_resources.values() for r in v}
self.pmin_as_share_of_pmax = {
"biomass": None,
"CCGT": None,
"coal": None,
"geothermal": None,
"inflow": 0,
"lignite": None,
"nuclear": None,
"OCGT": None,
"oil": None,
"offwind-ac": 0,
"offwind-dc": 0,
"onwind": 0,
"ror": 0,
"solar": 0,
}
[docs]def get_resource(model):
"""Return arrrangement of generator types.
:param str model: grid model
"""
_lookup = {
"usa_tamu": USAResource,
"hifld": USAResource,
"europe_tub": EUResource,
}
return _lookup[model]().__dict__
