def linear_constraints():
lc.add_storage_balance(om, block)
var.set_storage_cap_bounds(om, block)
if not block.optimization_options.get('investment', False):
var.set_bounds(om, block, side='output')
var.set_bounds(om, block, side='input')
else:
lc.add_storage_charge_discharge_limits(om, block)
def _(e, om, block):
"""Simple transport assembler grouping the constraints
for simple transport components
The method uses the simple_transformer_assembler() method.
Parameters
----------
See :func:`assembler`.
Returns
-------
See :func:`assembler`.
"""
# input output relation for simple transport
lc.add_simple_io_relation(om, block)
# bounds
var.set_bounds(om, block, side='output')
return(om)
def linear_constraints():
lc.add_simple_extraction_chp_relation(om, block)
var.set_bounds(om, block, side='output')
var.set_bounds(om, block, side='input')
def linear_constraints():
lc.add_simple_io_relation(om, block)
var.set_bounds(om, block, side='output')
