Python fin_cst_assembly Examples

Example #1

    def setUp(self):

        self.fin = fin_cst_assembly()

        self.fin.turbine_cost = 6087803.555 / 50
        self.fin.turbine_number = 50
        preventative_maintenance_cost = 401819.023
        land_lease_cost = 22225.395
        corrective_maintenance_cost = 91048.387
        self.fin.avg_annual_opex = preventative_maintenance_cost + corrective_maintenance_cost + land_lease_cost
        self.fin.bos_costs = 7668775.3
        self.fin.net_aep = 15756299.843

Example #2

File: test_Plant_FinanceSE.py Project: WISDEM/Plant_FinanceSE

    def setUp(self):

        self.fin = fin_cst_assembly()

        self.fin.turbine_cost = 6087803.555 / 50
        self.fin.turbine_number = 50
        preventative_maintenance_cost = 401819.023
        land_lease_cost = 22225.395
        corrective_maintenance_cost = 91048.387
        self.fin.avg_annual_opex = preventative_maintenance_cost + corrective_maintenance_cost + land_lease_cost
        self.fin.bos_costs = 7668775.3
        self.fin.net_aep = 15756299.843

Example #3

File: example.py Project: WISDEM/Plant_FinanceSE

# 3 ---------
# 4 --------- 

print "Cost of energy for offshore wind plant with 50 NREL 5 MW Reference Turbines"
print "Levelized COE: ${0:.4f} USD/kW".format(fin.lcoe)
print "COE: ${0:.4f} USD/kW".format(fin.coe)
print

# 4 ----------
# 5 ----------

# A simple test of basic_finance model
from plant_financese.basic_finance.basic_finance import fin_cst_assembly

fin2 = fin_cst_assembly()

# 5 ---------- 
# 6 ----------

fin2.turbine_cost = 6087803.555 / 50
fin2.turbine_number = 50
preventative_maintenance_cost = 401819.023
land_lease_cost = 22225.395
corrective_maintenance_cost = 91048.387
fin2.avg_annual_opex = preventative_maintenance_cost + corrective_maintenance_cost + land_lease_cost
fin2.bos_costs = 7668775.3
fin2.net_aep = 15756299.843

fin.fixed_charge_rate = 0.12
fin.tax_rate = 0.4

Example #4

File: example.py Project: nickjohnson13/Plant_FinanceSE

# 3 ---------
# 4 ---------

print "Cost of energy for offshore wind plant with 50 NREL 5 MW Reference Turbines"
print "Levelized COE: ${0:.4f} USD/kW".format(fin.lcoe)
print "COE: ${0:.4f} USD/kW".format(fin.coe)
print

# 4 ----------
# 5 ----------

# A simple test of basic_finance model
from plant_financese.basic_finance.basic_finance import fin_cst_assembly

fin2 = fin_cst_assembly()

# 5 ----------
# 6 ----------

fin2.turbine_cost = 6087803.555 / 50
fin2.turbine_number = 50
preventative_maintenance_cost = 401819.023
land_lease_cost = 22225.395
corrective_maintenance_cost = 91048.387
fin2.avg_annual_opex = preventative_maintenance_cost + corrective_maintenance_cost + land_lease_cost
fin2.bos_costs = 7668775.3
fin2.net_aep = 15756299.843

fin.fixed_charge_rate = 0.12
fin.tax_rate = 0.4