# Cenários acadêmicos; não representam desempenho de usina real.
import math
P=702.0
eta=.60
fuel=P/eta
non_electric=fuel-P
E_full=P*8760/1e6
E_85=P*8760*.85/1e6
capex_kw=4e9/(P*1000)
GT=P/.38
assert math.isclose(fuel,1170)
assert math.isclose(non_electric,468)
assert math.isclose(E_full,6.14952)
assert math.isclose(E_85,5.227092)
assert math.isclose(capex_kw,5698.005698005698)
assert math.isclose(GT,1847.3684210526317)
for key,val in dict(fuel_MW=fuel,non_electric_MW=non_electric,E_full_TWh=E_full,E_85_TWh=E_85,capex_USD_per_kW=capex_kw,illustrative_GT_fuel_MW=GT).items():print(key,round(val,5))