ce_wltp1 = electrical.CombinationEvolution(evolution1=[t_wltp1],
evolution2=[p_wltp1],
name='WLTP1 profile')
ce_wltp2 = electrical.CombinationEvolution(evolution1=[t_wltp2],
evolution2=[p_wltp2],
name='WLTP2 profile')
ce_wltp3 = electrical.CombinationEvolution(evolution1=[t_wltp3],
evolution2=[p_wltp3],
name='WLTP3 profile')
ce_load = electrical.CombinationEvolution(evolution1=[t_load],
evolution2=[p_load],
name='Load Profile')
load_bat = electrical.PowerProfile(soc_init=0.05 * 180000,
combination_evolutions=[ce_load],
loop=True,
soc_end=0.95 * 180000,
charger=True,
name='Load profile')
end_bat = electrical.PowerProfile(combination_evolutions=[ce_end],
loop=False,
power_accuracy=0.2,
soc_init=0.1 * 180000,
name='End profile')
wltp_bat = electrical.PowerProfile(
combination_evolutions=[ce_wltp1, ce_wltp2, ce_wltp3],
loop=True,
power_accuracy=0.2,
soc_init=0.95 * 180000,
max_loop=1,
soc_end=0.1 * 180000,
use_selection=False,
evolution2=[p_wltp1],
name='WLTP1 profile')
ce_wltp2 = electrical.CombinationEvolution(evolution1=[t_wltp2],
evolution2=[p_wltp2],
name='WLTP2 profile')
ce_wltp3 = electrical.CombinationEvolution(evolution1=[t_wltp3],
evolution2=[p_wltp3],
name='WLTP3 profile')
ce_load = electrical.CombinationEvolution(evolution1=[t_load],
evolution2=[p_load],
name='Load Profile')
load_bat = electrical.PowerProfile(soc_init=0.05*59.5*3600,
combination_evolutions=[ce_load],
loop=True,
soc_end=0.95*59.5*3600,
use_selection=True,
name='Load profile')
end_bat = electrical.PowerProfile(combination_evolutions=[ce_end],
loop=False,
power_accuracy=0.05,
soc_init=0.2*59.5*3600,
name='End profile')
wltp_bat = electrical.PowerProfile(combination_evolutions=[ce_wltp2],
loop=True,
power_accuracy=0.05,
soc_init=0.95*59.5*3600,
max_loop=50,
soc_end=0.2*59.5*3600,
use_selection=True,
name='WLTP profile')
p_wltp = electrical.Evolution(list(POWER_PROFILE))
t_load = electrical.Evolution(list(range(10)))
p_load = electrical.Evolution([1e5]*10)
t_end = electrical.Evolution(list(range(10)))
p_end = electrical.Evolution([-2e4]*10)
ce_end = electrical.CombinationEvolution(evolution1 = [t_end],
evolution2 = [p_end])
ce_wltp = electrical.CombinationEvolution(evolution1 = [t_wltp],
evolution2 = [p_wltp])
ce_load = electrical.CombinationEvolution(evolution1 = [t_load],
evolution2 = [p_load])
load_bat = electrical.PowerProfile(soc_init = 0.05*180000, combination_evolutions = [ce_load],
loop = True, soc_end = 0.95*180000,
charger = True)
end_bat = electrical.PowerProfile(combination_evolutions = [ce_end], loop = False,
power_accuracy = 0.2, soc_init = 0.1*180000)
wltp_bat = electrical.PowerProfile(combination_evolutions = [ce_wltp], loop = True,
power_accuracy = 0.2, soc_init = 0.95*180000,
max_loop = 1,
soc_end = 0.1*180000, use_selection = False)
comb_profile_wltp = electrical.CombinationPowerProfile([wltp_bat], name='wltp_profil')
comb_profile_load = electrical.CombinationPowerProfile([load_bat], name='load_profil')
comb_profile_end = electrical.CombinationPowerProfile([end_bat], name='end_soc_profil')
power_pack_electric_simulator = electrical.PowerPackElectricSimulator(bms = bms1,
combination_profils = [comb_profile_load, comb_profile_wltp, comb_profile_end],
battery_results = [electrical.ElecBatteryResult()]*3,