def _add_dcline_gens(net):
for _, dctab in net.dcline.iterrows():
pfrom = dctab.p_kw
pto = - (pfrom * (1 - dctab.loss_percent / 100) - dctab.loss_kw)
pmax = dctab.max_p_kw
create_gen(net, bus=dctab.to_bus, p_kw=pto, vm_pu=dctab.vm_to_pu,
min_p_kw=-pmax, max_p_kw=0.,
max_q_kvar=dctab.max_q_to_kvar, min_q_kvar=dctab.min_q_to_kvar,
in_service=dctab.in_service)
create_gen(net, bus=dctab.from_bus, p_kw=pfrom, vm_pu=dctab.vm_from_pu,
min_p_kw=0, max_p_kw=pmax,
max_q_kvar=dctab.max_q_from_kvar, min_q_kvar=dctab.min_q_from_kvar,
in_service=dctab.in_service)
def _add_dcline_gens(net):
from pandapower.create import create_gen
for dctab in net.dcline.itertuples():
pfrom = dctab.p_mw
pto = (pfrom * (1 - dctab.loss_percent / 100) - dctab.loss_mw)
pmax = dctab.max_p_mw
create_gen(net, bus=dctab.to_bus, p_mw=pto, vm_pu=dctab.vm_to_pu,
min_p_mw=0, max_p_mw=pmax,
max_q_mvar=dctab.max_q_to_mvar, min_q_mvar=dctab.min_q_to_mvar,
in_service=dctab.in_service)
create_gen(net, bus=dctab.from_bus, p_mw=-pfrom, vm_pu=dctab.vm_from_pu,
min_p_mw=-pmax, max_p_mw=0,
max_q_mvar=dctab.max_q_from_mvar, min_q_mvar=dctab.min_q_from_mvar,
in_service=dctab.in_service)