energia.library.examples.energy

Energy system examples

Functions

design_scheduling()	A small design and scheduling example with functions for calculations instead of getattr
design_scheduling_material()
design_scheduling_material_modes()	Design and scheduling considering materials and emissions from them
design_scheduling_w_attrs()	A small design and scheduling example with attributes
design_scheduling_w_gattr()	A small design and scheduling example
scheduling()	A small scheduling example
scheduling_w_attrs()	A small scheduling example with attributes
scheduling_wo_time()	A small scheduling example with attributes
supermarket()	A supermarket energy system example

Classes

Currency(*locs[, label, citations])	Same as Economic Impact (Eco)
Environ([label, citations])	Environmental Impact
Location(*has[, label, citations])	A discretization of Space.
Material([basis, label, citations])	Materials are Resources, that are used to set up Operations
Model([name, init, default, capacitate])	An abstract representation of an energy system.
Periods([size, of, n, label, citations])	A discretization of Time.
Process(*args[, label, citations])	Process converts one Resource to another Resource at some Location
Resource([basis, label, citations])	A resource, can be a material, chemical, energy, etc.
Storage(*args[, label, citations])	Storage is a container for three main elements: 1.
TemporalScales(discretizations[, names])	A temporal scale for a model.
Unit([basis, times, label])	Unit of measure for a quantity provided as input to a component

scheduling()

A small scheduling example

scheduling_w_attrs()

A small scheduling example with attributes

scheduling_wo_time()

A small scheduling example with attributes

design_scheduling_w_gattr()

A small design and scheduling example

design_scheduling()

A small design and scheduling example with functions for calculations instead of getattr

design_scheduling_w_attrs()

A small design and scheduling example with attributes

design_scheduling_material()

design_scheduling_material_modes()

Design and scheduling considering materials and emissions from them

supermarket()

A supermarket energy system example

Optimize for cost:

m.usd.spend.opt()

Optimize for CO2 emissions:

m.co2_vent.release.opt()

Maximize efficiency:

m._.lb(sum(m._.consume))