def __init__(self, temporary):
gasturbine = GasTurbine(
temporary) # 为求H_CHP_out_max 和 C_CHP_out_max调整pl = 1
boiler = Boiler(temporary)
absorptionchiller = AbsorptionChiller(temporary)
self.E_out_max = gasturbine.nominal
self.heat_ele_ratio = 0.94 * gasturbine.effi_th_nom / gasturbine.effi_ele_nom # 0.94: 热电比认为可不变.xlsx 文件里F 列
if gasturbine.get_H_out(Parameters.get_nominal_GasTurbine(
temporary)) <= boiler.heat_in_max:
boiler_heat_in = gasturbine.get_H_out(
Parameters.get_nominal_GasTurbine(temporary))
# 进入余热锅炉的热量，但设计的结果一定是gasturbine.get_H_out(P.nominal_GasTurbine) >= boiler.heat_in_max #
else:
boiler_heat_in = boiler.heat_in_max
self.H_out_max = boiler.get_H_out(boiler_heat_in) * (1 - Parameters.k)
if boiler.get_H_out(boiler_heat_in
) * Parameters.k <= absorptionchiller.heat_in_max:
absorptionchiller_heat_in = boiler.get_H_out(
boiler_heat_in) * Parameters.k
# 进入制冷机的热量，但设计的结果一定是 boiler.get_H_out(boiler_heat_in) * P.k >= absorptionchiller.heat_in_max
else:
absorptionchiller_heat_in = absorptionchiller.heat_in_max
self.C_out_max = absorptionchiller.get_C_out(absorptionchiller_heat_in)
def __init__(self, temporary): # 全是小写,heat_stor:上一时刻的储能
self.nominal = Parameters.get_nominal_HeatStorage(temporary)
self.effi_relea = Parameters.effi_HeatStorage_relea
self.effi_abs = Parameters.effi_HeatStorage_abs
self.H_out_nominal = self.nominal * (
1 - Parameters.loss_HeatStorage
) / Parameters.delttime * self.effi_relea # 此处为实际情况，满容量时最大输出热量
def __init__(self, temporary): # 全是小写,cold_stor:上一时刻的储能
self.nominal = Parameters.get_nominal_ColdStorage(temporary)
self.effi_relea = Parameters.effi_ColdStorage_relea
self.effi_abs = Parameters.effi_ColdStorage_abs
self.C_out_nominal = self.nominal * (
1 - Parameters.loss_ColdStorage
) / Parameters.delttime * self.effi_relea
def __init__(self, temporary): # 单位均为 元
self.cc_GasTurbine = 3000 * Parameters.get_nominal_GasTurbine(temporary) / 1000
self.cc_Boiler = 300 * Parameters.get_nominal_Boiler(temporary) / 1000
self.cc_AbsorptionChiller = 1200 * Parameters.get_nominal_AbsorptionChiller(temporary) / 1000
self.cc_GasBoiler = 300 * Parameters.get_nominal_GasBoiler(temporary) / 1000
self.cc_HeatPump = 970 * Parameters.get_nominal_HeatPump(temporary) / 1000
self.cc_HeatStorage = 230 * Parameters.get_nominal_HeatStorage(temporary) / 1000
self.cc_ColdStorage = 230 * Parameters.get_nominal_ColdStorage(temporary) / 1000
self.cc_EleStorage = 230 * Parameters.get_nominal_EleStorage(temporary) / 1000
self.cc_InternalCombustionEngine = 3000 * temporary[0] / 1000 # temporary[0]就是内燃机额定功率
def __init__(self, temporary):
self.nominal = Parameters.get_nominal_GasTurbine(
temporary) # nominal: KW
self.effi_ele_nom = 0.04049 * math.log(self.nominal) - 0.0687
self.effi_th_nom = -0.025 * math.log(self.nominal) + 0.64
self.heat_ele_ratio = 0.94 * self.effi_th_nom / self.effi_ele_nom
def __init__(self, temporary): # heat_in为燃气轮机输出的热量
self.nominal = Parameters.get_nominal_Boiler(temporary)
self.effi = Parameters.effi_Boiler
self.heat_in_max = self.nominal/self.effi
def __init__(self, temporary): # C_out由需求决定
self.nominal = Parameters.get_nominal_HeatPump(temporary)
self.effi = Parameters.effi_HeatPump
def __init__(self, number, temporary): # number: 第n个内燃机
database = ICEDatabase()
self.ice_database_one = database.ice_database[number - 1]
self.nominal = Parameters.get_nominal_InternalCombustionEngine(
temporary)
self.effi_ele_nominal = self.ice_database_one[1]
def __init__(self, temporary):
self.nominal = Parameters.get_nominal_AbsorptionChiller(temporary)
self.COP = Parameters.COP_AbsorptionChiller
self.C_out_max = Parameters.get_nominal_Boiler(
temporary) * Parameters.k * self.COP
self.heat_in_max = self.nominal / self.COP
def __init__(self, temporary):
self.nominal = Parameters.get_nominal_GasBoiler(temporary)
self.effi = Parameters.effi_GasBoiler